AGRICULTURAL SURVEY OF NORTHUMBERLAND.
[1]CHAPTER I. GEOGRAPHICAL STATE AND CIRCUMSTANCES.
SECTION 1.—Situation and Extent.
THE diſtrict included in this Survey is the whole of the county of Northumberland, and thoſe detached parts of the county of Durham called Norhamſhire, Iſland⯑ſhire, and Bedlingtonſhire.
On the Eaſt, by the German ocean, | 60 miles |
Weſt, by Roxburghſhire and Cumberland | 50 |
47 | |
North, by Berwickſhire, | 18 |
South, by the county of Durham, | 50 |
Making the whole circumference | 225 miles. |
It is ſituated between the latitude of 54 deg. 51 min. and 55 deg. 48 min. north; and longitudes of 1 deg. 00 min. and 2 deg. 27 min. weſt from London; its great⯑eſt length from north to ſouth is 64 miles, and breadth 48; and contains 1980 ſquare miles, which may be divided into lands that are, or may be, cultivated by the plough | Acres. 817200 |
And mountainous diſtricts improper for tillage, | 450000 |
Making in the whole | 1267200 |
SECT. 2 —Diviſion.
[2]The county of Northumberland is divided into ſix Wards.—viz. Tindale Ward, Coquetdale Ward, Glen⯑dale Ward, Bamborough Ward, Morpeth Ward, and Caſtle Ward.—The three firſt are ſituated in the weſ⯑tern part of the county, and include the whole of the mountainous diſtrict, with a conſiderable portion of in⯑cloſed cultivated country:—The three latter adjoin the ſea coaſt, and being exempt from mountainous diſtrict, have been long under cultivation; the vaſt reſources of coal, Caſtle Ward in particular poſſeſſes, and the increaſed population the coal trade occaſions, give them a decided preference in point of riches and population; tho' in point of magnitude, conſiderably the ſmalleſt, occupying leſs than one fourth of the county.
Norhamſhire and Iſlandſhire are ſituated at the northern extremity of the county of Northumberland, and com⯑prehend a triangular ſpace, the two ſides of which are formed by the River Tweed and German Ocean, and the baſe the northern boundary of Glendale and Bambro' Ward; it contains about 72 ſquare miles of well-inclo⯑ſed cultivated country.
Bedlingtonſhire is ſituated at the ſouth-eaſt corner of Caſtle Ward, bounded on the eaſt by the German Ocean, and on the north and ſouth by the rivers Wanſbeck and Blyth, and contains about 30 ſquare miles.
SECT. 3.—Climate.
The Climate—in regard to temperature, is ſubject to great variation; upon the mountains, ſnow will often continue for ſeveral months, (and may frequently be ſeen there of a conſiderable depth) when there is none in the lower diſtricts. The weather is very inconſtant, but moſt⯑ly [3]runs in extremes. In the Spring months, the cold, piercing, eaſterly winds are moſt prevalent; and our longeſt droughts are always accompanied by them: in ſome places they have acquired the name of ſea-pines, from the ſlow progreſs vegetation makes whenever they con⯑tinue for a few weeks. Rain is of little uſe while they prevail, from the great cold which always attends them.
The mild weſtern and ſouthern breezes rarely take place before June; they are certain harbingers of rain and vigorous vegetation, and are the moſt prevailing winds through the Summer and Autumn: In the latter ſeaſon, they often blow with tempeſtuous fury, daſh out the corn, and diſappoint the juſt hopes of the induſtrious farmer.
Our greateſt falls of ſnow, or rain, are from the ſouth, or ſouth-eaſt; and whenever we have a very high weſt wind, it is a certain ſign that a great quantity of rain is falling to the weſtward, in Cumberland and Roxburgh⯑ſhire.
SECT. 4.—Soil and Surface.
A ſtrong fertile clayey loam—occupies the level tract of country along the coaſt, and reaches as far up in general as the great poſt road. It is well adapted to the culture of wheat, pulſe, clover, and grazing.
Sandy, gravelly, and dry loam—or what is here more generally underſtood by turnip ſoil, is found on the banks of the Tyne, from Newburn to Haltwhiſtle; on the Co⯑quet, about and above Rothbury; on the Aln, from its mouth to Alnwick; and down Tweed-ſide: But the greateſt quantity of this kind of ſoil is found in the vales of Breamiſh, Till, and Beaumont. The hills ſurrounding the Cheviot mountains are moſtly a dry, channelly, ſharp-pointed, gravelly loam.
[4] Moiſt Loams—on a wet, cold, clayey bottom, occupy a large portion of this county, being unſafe for ſheep, and unfit for turnips; they are principally employed in grow⯑ing grain, rearing young cattle, and feeding ewes and lambs. This ſoil prevails moſt in the middle and ſouth⯑eaſt parts of the county.
Black Peat Earth—is the prevailing ſoil in moſt of the mountainous diſtricts, and is found in many places through the lower parts of the county.
The aſpect of this county, in reſpect to ſurface, is mark⯑ed with great variety; along the ſea-coaſt, it is nearly level; towards the middle, the ſurface is more diverſified, and thrown into large ſwelling ridges, formed by the principal rivers:—Theſe parts are well incloſed; in ſome places enriched with wood and recent plantations, but the general appearance is deſtitute of thoſe ornaments:— The weſtern part (except a few intervening vales) is an extenſive ſcene of open, mountainous diſtrict, where the hand of Cultivation is rarely to be traced.
Of the mountainous diſtricts, thoſe around Cheviot are the moſt valuable; being in general fine green hills, thrown (by ſome of thoſe convulſive changes which this globe has at ſome time experienced) into numberleſs variety of forms; the verdant, ſwift-ſloping ſides of which, incloſe and ſhelter many deep, narrow glens: through the whole of this diſtrict no mineral or other kind of ſtone is found, except brown, red, and grey whinſtone: —they extend from the head of Coquet, down to Allen⯑ton; from thence northward to Prendwick, Branton, Il⯑derton, Wooler, Kirknewton, and Mindrim, and occupy at leaſt an area of 90000 acres.
The other mountainous diſtricts lie chiefly on the weſtern part of the county, ſome of which adjoin the county of Durham; but the largeſt portion extends from the Ro⯑man Wall to the river Coquet (with a few intervening [5]incloſed vales) and to the moors north of Rothbury.— They are not marked by any ſtriking irregularities of ſur⯑face, being in general extenſive, open, ſolitary waſtes, growing little elſe but heath, and affording a hard ſubſiſ⯑tence to the flocks that depaſture them.
SECT. 5.—Minerals.
Coal—is found in abundance thro' the greateſt part of this county, particularly in the lower diſtrict; in the ſouth-eaſt quarter it is of the beſt quality,* and the moſt numerous and thickeſt ſeams, from whence thoſe vaſt quantities are exported which ſupply the great conſump⯑tion of the London market, as well as the coaſting and foreign trade.—This coal trade is the foundation of the commerce of the county, and the principal ſource of its wealth, as well as a never-ſailing nurſery for ſome of the beſt ſeamen in the Britiſh Navy.—Of the quantity of coals raiſed in this county, we have not been able to form a probable conjecture, for want of ſufficient data to eſti⯑mate the quantity uſed at home; but have obtained what are exported from the River Tyne, in which a conſider⯑able portion raiſed in the county of Durham is included, and which may probably come near a balance for thoſe conſumed in this county.—Some idea of the magnitude of this trade may be formed by the following ſtatement of.
In 1772 | 351890 Newcaſtle chaldrons |
1776 | 380000 |
1791 | 444909 |
1792 | 490682 |
1793 | 486133 |
1794 | 426384* |
1795 | 505650 |
From hence it appears that this trade is increaſing at an amazing rate, there being not leſs than one-third more coals exported now than were exported 20 years ſince: From Hartley and Blyth there are exported yearly between 30000 and 40000 chaldrons; if theſe be added to the average export from Newcaſtle for the laſt three or four years, the quantity exported from this county may be fairly eſtimated at 510000 Newcaſtle chaldrons, or 956250 London chaldrons; the Newcaſtle chaldron being to the London chaldron in the ratio of 8 to 15:—The value of the above quantity to the various parties concerned will appear by the following
Paid at Newcaſtle, | £ | s. | d. |
To the coal owner (ſittage included‡) for 160 chaldrons, at 15s. per chald. | 120 | 0 | 0 |
£ | s. | d. | |
Brought forward | 120 | 0 | 0 |
20 keel dues at 13s. 4d. | 13 | 6 | 8 |
Trimming 2s. 6d. keelman's beer 1s. 4d. per chaldron | 3 | 16 | 8 |
Duke of Richmond's duty 1s. per chald. and ticket 6d. | 8 | 0 | 6 |
Cocket and bond at Cuſtom-houſe | 0 | 3 | 8 |
Town's dues 2d.* per chaldron and 1s. for ticket | 1 | 7 | 8 |
Fee (or 'Foy') to ſitter's clerk | 0 | 5 | 0 |
Inſurance (ſuppoſe) | 1 | 10 | 0 |
Bridlington Pier | 0 | 4 | 6 |
Spurn Light | 0 | 13 | 4 |
Well, Winterton, Foulneſs, Caſter, Lo⯑weſtoff, and Harwich lights; and Scarborough and Whitby Piers | 4 | 13 | 5 |
Paid at London— | |||
Entry fee at Meter's office | 0 | 3 | 6 |
Cocket fee 2s. 6d. return 1s. 6d. | 0 | 4 | 0 |
Lord Mayor's dues a farthing per London chaldron | 0 | 6 | 0 |
Ditto for groundage | 0 | 0 | 6 |
Trinity Houſe dues 3 farthings per New⯑caſtle chaldron | 0 | 10 | 0 |
Nore light 3s. market dues 3s. | 0 | 6 | 0 |
Carried over | 155 | 11 | 5 |
£ | s. | d. | |
Brought over | 155 | 11 | 5 |
King's duty*8s. 10d. 10s. per London chald. on 300† chaldrons | 150 | 0 | 0 |
Mettage 0 8 10s. per London chald. on 300† chaldrons | |||
Orphan's duty 6 10s. per London chald. on 300† chaldrons | |||
King's duty on Meter's ſack | 0 | 1 | 6 |
Bond | 0 | 13 | 6 |
Diſcount 2 per cent. on two-thirds of the amount (ſuppoſing the coals to ſell for 35‡ pounds per ſcore of 21 chaldrons to the ſcore; the amount of the cargo will be 500 pounds) which with ſome other expences will be about | 7 | 16 | 0 |
Commiſſion ½ per cent on the whole a⯑mount | 2 | 10 | 0 |
Total expences of the cargo | 316 | 12 | 5 |
Which deducted from 500l. (the amount of the cargo as above) leaves 183l. 7s. 7d. for the freight of the ſhip.
[9]As we are not able to procure ſufficient information of the number of people in the coal trade, we ſhall take the liberty of extracting from Mr M'Nab's Letter to Mr Pitt, that the number of perſons employed and dependent on the coal trade, in the year 1792, were,
On the river Tyne | 38475 |
On the river Wear | 26250 |
Total | 64725 |
To the coal-owners the winning and working theſe collieries are very expenſive, and frequently attended with conſiderable riſque; for tho' very large fortunes have been made in the buſineſs, yet many have been loſt; the unexpected alteration of the ſtrata, from dykes and other troubles; the frequent and dreadful exploſions from in⯑flammable air; the great depth of the ſhafts, and increaſ⯑ing quantities of water to be raiſed from them, baffle the moſt experienced artiſts, and overcome the amazing pow⯑ers of the fire-engine, which of late years has received many improvements, and been made to perform what was thought abſolutely impoſſible at its firſt introduction.*
Theſe powerful machines are now applied to the pur⯑poſes of drawing coals, which buſineſs was formerly uni⯑verſally performed by horſes; frequently 8 to a ſhaft, where great quantities were drawn and diſpatch was ne⯑ceſſary; but by the invention and application of the draw⯑ing machines, a great many horſes were diſmiſſed from [10]the collieries; which has conſiderably reduced the con⯑ſumption of oats in this neighbourhood.
Many of the collieries are ſituated at a conſiderable diſ⯑tance from the river, to which the coals are conveyed from the pits in a peculiar kind of carriage, called a New-caſtle coalwaggon; (pl. 1, fig. 1.) it has 4 ſmall wheels, about 34 inches diameter, fixed to the axles, with which they turn round, and move on a road (called the waggon-way) made on purpoſe with wood, which is formed by long pieces of wood (RA, rails) about 4 inches ſquare, laid length-ways, upon ſleepers of wood (SSS) and the thickneſs of the rail above the plane of the reſt of the road, and at the exact diſtance of the waggon wheels from each other, as it is upon thoſe rails the wheels run.
A new waggon-way (including timber, levelling, gravel⯑ing, and workmanſhip) will coſt about 5s. per yard, or 440l. per mile; and the expence of keeping it in repair is generally about 1½d. per chaldron on a quantity of 15000 chaldrons annually, or 93l. 15s. 0d. per mile.*
The dimenſions of the body of theſe waggons are as follows:
Ft. | Ins. | |
Length at top | 7 | 0 |
— bottom | 5 | 6 |
Breadth at top | 6 | 0 |
— bottom | 3 | 0 |
Height | 3 | 9 |
They hold a chaldron of coals, or 53 cwt. and are drawn by a ſingle horſe.
[11]A gently-inclined plane is the moſt deſirable poſition for thoſe waggon-ways; but few ſituations will admit of this: Upon levels, or eaſy aſcents, a ſingle horſe draws the waggon: On ſuch parts of the way where the declina⯑tion is ſufficient for the waggon to move by the power of gravity, the horſe is taken out and follows behind; and where the deſcents are ſuch, that the waggon would move with too great rapidity by its own weight, (or "run a⯑main,") the motion is regulated by a crooked piece of wood, (called a convey) coming over the top of one of the hind wheels; upon which the waggon-man preſſes with ſuch force as he finds requiſite, to regulate the motion of the waggon.*
In has been aſſerted, that "the coals in this county are inexhauſtible"—Mr Williams, in his Natural Hiſtory of the Mineral Kingdom, is of a different opinion, and think it a matter of ſuch importance as to deſerve the ſe⯑rious attention of the Legiſlature.—Towards elucidating this point, it may be of ſome uſe to eſtimate what number of acres are wrought yearly in this county to ſupply the above quantity of coals: In order to accompliſh this ob⯑ject, the thickneſs and number of workable ſeams of coal muſt be firſt aſcertained; for which purpoſe we have been favoured with ſections† exhibiting the thickneſs and depth of the various ſtrata, in ſome of the deepeſt pits in the county; which will not only be uſeful for the preſent purpoſe, but we hope will be acceptable to many of our readers, who are curious in reſearches of ſubterraneous geography.
At St Anthon's Colliery (3 miles eaſt of Newcaſtle) the ſtrata from the ſurface to the LOW MAIN coal, are:—
[12]
Yds. | Ft. | Ins. | |
Soil and clay | 10 | 0 | 0 |
Brown poſt | 24 | 0 | 0 |
1. COAL | 0 | 0 | 6 |
Blue-metal ſtone | 5 | 2 | 0 |
White girdles | 4 | 1 | 0 |
2. COAL | 0 | 0 | 8 |
White and grey poſt | 12 | 0 | 0 |
Soft blue metal | 10 | 0 | 0 |
3. COAL | 0 | 0 | 6 |
White poſt girdles | 6 | 0 | 0 |
Whin | 3 | 1 | 6 |
Strong white poſt | 6 | 1 | 0 |
4. COAL | 0 | 1 | 0 |
Soft blue thill | 3 | 2 | 0 |
Soft girdles mixed with whin | 7 | 2 | 0 |
5. COAL | 0 | 0 | 6 |
Blue and black ſtone | 7 | 1 | 0 |
6. COAL | 0 | 0 | 8 |
Strong white poſt | 3 | 0 | 0 |
Grey metal ſtone | 3 | 1 | 0 |
7. COAL | 0 | 0 | 8 |
Grey poſt mixed with whin | 8 | 1 | 0 |
Grey girdles | 6 | 1 | 0 |
Blue and black ſtone | 4 | 2 | 0 |
8. COAL | 0 | 1 | 0 |
Grey metal ſtone | 4 | 0 | 0 |
Strong white poſt | 12 | 0 | 0 |
Black metal ſtone with hard girdles | 6 | 0 | 0 |
9. HIGH MAIN COAL | 2 | 0 | 0 |
Grey metal | 9 | 0 | 0 |
Poſt girdles | 0 | 2 | 0 |
Blue metal | 1 | 1 | 0 |
Carried over | 163 | 0 | 2 |
Yds. | Ft. | Ins. | |
Brought over | 163 | 0 | 2 |
Girdles | 0 | 1 | 2 |
Blue metal ſtone | 10 | 0 | 0 |
Poſt | 0 | 1 | 0 |
Blue metal ſtone | 6 | 0 | 0 |
Whin and blue metal | 0 | 1 | 6 |
Strong white poſt | 7 | 0 | 0 |
Brown poſt with water | 0 | 0 | 7 |
Blue metal ſtone with grey girdles | 4 | 2 | 0 |
10. COAL | 1 | 0 | 0 |
Blue metal ſtone | 6 | 0 | 3 |
White poſt | 1 | 1 | 0 |
11. COAL. | 0 | 0 | 6 |
Strong grey metal with poſt girdles | 4 | 0 | 6 |
Strong white poſt | 2 | 1 | 0 |
Whin | 0 | 1 | 0 |
Blue metal ſtone | 2 | 2 | 7 |
Grey metal ſtone with poſt girdles | 5 | 1 | 5 |
Blue metal ſtone with whin girdles | 3 | 1 | 3 |
12. COAL | 0 | 1 | 6 |
Blue grey metal | 1 | 0 | 8 |
White poſt | 4 | 0 | 7 |
White poſt mixed with whin | 4 | 0 | 0 |
White poſt | 2 | 2 | 0 |
Dark blue metal and coal | 0 | 2 | 2 |
Grey metal ſtone and girdles | 4 | 2 | 0 |
White poſt mixed with whin | 6 | 0 | 7 |
Whin | 0 | 1 | 0 |
White poſt mixed with whin | 2 | 0 | 0 |
13▪ COAL | 1 | 0 | 3 |
Dark grey metal ſtone | 1 | 0 | 6 |
Grey metal and whin girdles | 3 | 1 | 10 |
Carried over | 251 | 2 | 6 |
Yds. | Ft. | Ins. | |
Brought over | 251 | 2 | 6 |
Grey metal and girdles | 3 | 0 | 0 |
White poſt | 1 | 0 | 0 |
14. COAL | 1 | 0 | 2 |
Blue and grey metal | 1 | 1 | 0 |
15. COAL | 0 | 0 | 9 |
Blue and grey metal | 4 | 0 | 0 |
White poſt mixed with whin | 1 | 1 | 6 |
Grey metal | 2 | 0 | 6 |
Grey metal and girdles | 2 | 0 | 9 |
16. LOW MAIN COAL | 2 | 0 | 6 |
Total | 270 | 1 | 8 |
In the above pit or ſhaft, which is nearly* the deepeſt in the kingdom, there are no leſs than 16 ſeams of coal. But many of theſe, from their thinneſs, are not workable. The 9th, called the high main coal, and the 10th, the low main coal, are the two principal ſeams for affording quan⯑tities of coal, being together 12½ feet thick, and are thoſe moſt generally wrought. But the 10th, 13th, and 14th, are all workable ſeams, and will afford conſiderable quan⯑tities of coal; the aggregate of the three making nearly 9½ feet thick; ſo that the total thickneſs of the workable ſeams in this colliery amount to 22 feet.
In Montague Main Colliery (3 miles weſt of Newcaſtle) ſouth of the main dyke, the ſtrata are:—
Yds. | Ft. | Ins. | |||||||||||||
Soil and clay | 5 | 0 | 0 | ||||||||||||
White poſt | 0 | 2 | 0 | ||||||||||||
1. COAL (1) | 0 | 0 | 4 | ||||||||||||
Black metal ſtone | 1 | 0 | 2 | ||||||||||||
Grey poſt | 3 | 2 | 0 | ||||||||||||
Carried over | 10 | 1 | 6 | ||||||||||||
Yds. | Ft. | Ins. | |||||||||||||
Brought over | 10 | 1 | 6 | ||||||||||||
Blue metal ſtone | 5 | 1 | 0 | ||||||||||||
Grey poſt | 4 | 0 | 0 | ||||||||||||
Strong white poſt | 5 | 0 | 0 | ||||||||||||
Grey poſt | 1 | 2 | 0 | ||||||||||||
White poſt with black metal partings | 10 | 0 | 0 | ||||||||||||
Grey poſt | 0 | 1 | 4 | ||||||||||||
Brown poſt with coal pipes | 1 | 1 | 8 | ||||||||||||
White poſt | 5 | 0 | 0 | ||||||||||||
Ditto with whin | 1 | 0 | 0 | ||||||||||||
2. COAL (2) | 0 | 0 | 6 | ||||||||||||
Black metal ſtone | 9 | 0 | 0 | ||||||||||||
Grey ditto | 8 | 2 | 0 | ||||||||||||
Brown poſt with ſkamy partings | 1 | 1 | 0 | ||||||||||||
3. COAL (3) | 0 | 0 | 9 | ||||||||||||
Grey metal ſtone | 3 | 2 | 10 | ||||||||||||
4.
| 1 | 2 | 3 | ||||||||||||
Grey metal ſtone | 1 | 1 | 0 | ||||||||||||
Strong white poſt | 5 | 1 | 0 | ||||||||||||
Whin | 0 | 2 | 0 | ||||||||||||
White poſt | 2 | 2 | 0 | ||||||||||||
5. COAL | 0 | 1 | 0 | ||||||||||||
Black metal ſtone | 3 | 0 | 8 | ||||||||||||
White poſt | 6 | 0 | 0 | ||||||||||||
Black metal ſtone | 9 | 0 | 0 | ||||||||||||
Grey metal ſtone | 10 | 2 | 4 | ||||||||||||
Grey poſt with whin girdles | 5 | 0 | 0 | ||||||||||||
Strong white poſt | 12 | 2 | 0 | ||||||||||||
Grey metal ſtone | 6 | 2 | 0 | ||||||||||||
6. COAL | 0 | 0 | 8 | ||||||||||||
Carried over | 133 | 1 | 6 | ||||||||||||
Yds. | Ft. | Ins. | |||||||||||||
Brought over | 133 | 1 | 6 | ||||||||||||
Poſt girdles | 0 | 2 | 0 | ||||||||||||
Grey metal ſtone | 2 | 1 | 0 | ||||||||||||
7. COAL, called Beaumont S [...]am | 1 | 0 | 4 | ||||||||||||
Strong white thill | 1 | 0 | 7 | ||||||||||||
Strong white poſt | 4 | 0 | 4 | ||||||||||||
8. COAL | 0 | 1 | 6 | ||||||||||||
Black thill | 0 | 2 | 4 | ||||||||||||
Grey metal ſtone | 0 | 1 | 2 | ||||||||||||
Grey poſt | 0 | 2 | 0 | ||||||||||||
Grey metal ſtone | 0 | 2 | 10 | ||||||||||||
Strong white poſt | 1 | 0 | 4 | ||||||||||||
9. COAL | 0 | 1 | 3 | ||||||||||||
Black metal ſtone | 2 | 2 | 4 | ||||||||||||
White poſt | 0 | 1 | 8 | ||||||||||||
Blue metal ſtone with poſt girdles | 2 | 0 | 0 | ||||||||||||
White poſt with whin girdles | 4 | 1 | 9 | ||||||||||||
Black metal ſtone | 0 | 1 | 5 | ||||||||||||
Grey poſt | 0 | 1 | 2 | ||||||||||||
Blue metal ſtone | 1 | 0 | 0 | ||||||||||||
Strong white poſt | 0 | 1 | 3 | ||||||||||||
Blue metal ſtone | 2 | 2 | 1 | ||||||||||||
10. COAL | 0 | 0 | 8 | ||||||||||||
Black thill | 1 | 0 | 4 | ||||||||||||
Blue metal ſtone with poſt girdles | 2 | 1 | 0 | ||||||||||||
Grey poſt | 1 | 0 | 0 | ||||||||||||
Strong white poſt | 7 | 2 | 6 | ||||||||||||
Black metal ſtone | 0 | 0 | 1 | ||||||||||||
11. COAL, called Low Main | 0 | 2 | 11 | ||||||||||||
Grey metal ſtone | 9 | 0 | 0 | ||||||||||||
White poſt | 5 | 0 | 0 | ||||||||||||
Grey metal ſtone with poſt girdles | 2 | 0 | 0 | ||||||||||||
White poſt with whin girdles | 6 | 1 | 6 | ||||||||||||
Carried over | 198 | 1 | 10 | ||||||||||||
Yds. | Ft. | Ins. | |||||||||||||
Brought over | 198 | 1 | 10 | ||||||||||||
Grey metal ſtone with poſt girdles | 1 | 1 | 0 | ||||||||||||
12. COAL called Low Low Main, or Baker's Main | 0 | 2 | 10 | ||||||||||||
Grey metal ſtone | 1 | 2 | 0 | ||||||||||||
White poſt | 0 | 2 | 0 | ||||||||||||
Grey metal ſtone | 0 | 1 | 8 | ||||||||||||
Black metal ſtone | 0 | 0 | 10 | ||||||||||||
Grey metal ſtone | 2 | 2 | 6 | ||||||||||||
Grey poſt | 2 | 0 | 6 | ||||||||||||
Strong white poſt with whin girdles | 7 | 1 | 8 | ||||||||||||
Grey metal ſtone | 6 | 2 | 6 | ||||||||||||
Grey poſt | 0 | 2 | 0 | ||||||||||||
White poſt | 1 | 2 | 0 | ||||||||||||
Grey metal ſtone | 0 | 1 | 0 | ||||||||||||
13. COAL | 0 | 0 | 6 | ||||||||||||
Grey metal ſtone | 0 | 1 | 0 | ||||||||||||
Grey metal ſtone with poſt girdles | 6 | 2 | 2 | ||||||||||||
14. COAL | 0 | 0 | 5 | ||||||||||||
Grey metal ſtone | 0 | 0 | 4 | ||||||||||||
Grey poſt | 2 | 1 | 6 | ||||||||||||
White poſt with whin | 5 | 0 | 4 | ||||||||||||
Grey metal ſtone | 0 | 1 | 0 | ||||||||||||
15. COAL | 0 | 0 | 3 | ||||||||||||
Grey metal ſtone with poſt girdles | 2 | 0 | 6 | ||||||||||||
Strong white poſt with whin girdles | 1 | 2 | 5 | ||||||||||||
Total depth | 245 | 1 | 9 |
In this ſhaft there are 15 ſeams of coal, of which on⯑ly four are workable, viz. the 4th, 7th, 11th, and 12th, making together 4 yds. 1 ft. 7 ins. of wórkable coal. If the medium be taken betwixt this and St Anthon's, it will be nearly 6 yards thick of workable coal, from which may be formed▪
[18]
An acre of ground contains | 4840 ſquare yards, |
which multiplied by the thickneſs, | 6 yards |
gives | 29040 cubic yards in an acre. |
From which deduct 1/ [...] for waſte, and the part o [...] pillars neceſſary to be left in working | 9680 |
there remains | 19360 cubic yards to be wrought. |
And as three cubic yards of coal, when wrought, afford a Newcaſtle chaldron,
therefore | 19360 |
divided by | 3 |
=gives 6453 Newcaſtle chaldrons per acre.
The coals exported yearly from the rivers Tyne and Wear, with Hartley and Blyth, amount to about 825000 chaldrons,* which, with the home conſumption of the two counties of Northumberland and Durham, will make the quantity of coals raiſed yearly about 1,000,000 chaldrons.
And the chaldrons raiſed yearly | 1,000,000 |
divided by the chaldrons per acre | 6453 |
=gives 155 acres near⯑ly per year, cleared of coal 6 yds. thick.
And by eſtimating the breadth occupied by the caking coals to be on an averge 8 miles broad, and 25 miles long, in the two counties, we ſhall find there will be about 200 ſquare miles, or 128000 acres, of coal proper for expor⯑tation.
[19]
Then the whole area | 128000 |
divided by the yearly conſumption, | 155 |
=825 years. The time before this ſpace will be wrought out.
But there are ſome reaſons to think, that a thickneſs of ſeam equal to 6 yards will not be obtained over an ex⯑tent of 200 ſquare miles; probably not more on an aver⯑age than 4 yards; in which caſe, the coal will be exhauſt⯑ed in 550 years: and if the aggregate thickneſs of the ſeams to be obtained ſhould prove only three yards, then little more than 400 years will be the term of continu⯑ance; but it is probable, that before the half of that time be elapſed, the price to the conſumer will be con⯑ſiderably increaſed, from the increaſed expence of ob⯑taining them, and the increaſed length of carriage from the pits to the river. This laſt, we preſume, may be re⯑duced in ſome ſituations, by adopting canals inſtead of waggon-ways, which we have often wondered have never yet been attempted.
From the above inveſtigation it appears, that Mr Williams's apprehenſions are not ſo chimerical at have been repreſented; how far it may be right for the legiſ⯑lature to interfere, we leave to the conſideration of thoſe more converſant in political ſpeculations.
Of the coal found all thro' Bambro' Ward, Iſlandſhire, and thoſe parts of Glendale Ward eaſt of the river Till, the ſeams are very thin, moſtly from 1 to 3 feet thick, and of a very inferior quality, yielding a great quantity of aſhes, and neither caking in the fire, nor burning to a cinder: they are uſed only for home-conſumption, and for burning lime; for the latter purpoſe they are well adapted, by their property of neither caking nor burning to a cinder; and it luckily happens, that thro' all this diſ⯑trict, the coal and lime are generally found together; a circumſtance which greatly facilitates and leſſens the ex⯑pence of burning lime.
[20]If a line be drawn from Alemouth to a little weſt of Bywell on the river Tyne, very little of this kind of coal and limeſtone will be found to the eaſt of it; and from this line to the ſea coaſt, no limeſtone whatever ap⯑pears, except a ſmall patch of a different limeſtone that puts in at Whitley, near Tynemouth, and runs from thence in a ſouth-weſterly direction thro' the county of Durham, &c. In this ſpace, betwixt theſe two ranges of limeſtone, lie the caking coals of ſuperior quality above de⯑ſcribed, and the ſame breadth of coal may be traced thro' the county of Durham, ſtretching in the ſame direction, and bounded on the eaſt and weſt, in a ſimilar manner, by ſtretches of limeſtone of different kinds.
It would be a curious inveſtigation to trace theſe mi⯑nerals thro' the different counties acroſs the iſland, and ſhow where the ſtrata of each ſpecies riſe to the ſurface; and the deviations cauſed in them by croſs veins or dykes, &c.; we believe it will be found that very little or no coal lies to the eaſt of this line, and that no chalk lies to the weſt.
Limeſtone,—of an excellent quality, abounds thro' all Bambro' Ward, Iſlandſhire, and that part of Glendale Ward ſituated on the eaſt ſide of the river Till; it ſtretches from hence in a ſouth-weſterly direction thro' the central parts of the county, and is found at Shilbottle, Longframlington, Hartburn, Rial, Corbridge, &c. and at numberleſs other places to the weſtward of theſe; but the ſouth-eaſt quarter, which is ſo rich in coal, is deſtitute of lime;* as is alſo that part of Glendale Ward weſt of the river Till.
Stone Marl,—abounds in many places near Tweedſide; and Shell Marl is found in a few places in Glendale Ward. The greateſt quantity is at Wark and Sunnylaws, where it has been formed by a depoſit of various kinds of [21]ſhells, both univalve and bivalve, many of which are yet perfect, forming a ſtratum ſeveral feet in depth of pure calcareous earth; but the exact depth of this bed of marl has never yet been aſcertained, for want of a proper level to carry off the water: It probably may afford matter of ſpeculation to ſome readers to be informed, that in the middle of this marl there is an horizontal ſtratum of ſand about 12 inches thick; and alſo that, a few years ſince, a Red Deer Stag, in the attitude of running, and in every part complete, was found embedded in the marl: horns of the ſame animal have been found at different times in perfect preſervation; and a part of the ſcalp, with the cores of a pair of horns belonging to ſome animal of the Bos Taurus ſpecies, were lately found here: we have never ſeen any breed of cattle, the horns of which were of equal magnitude; for though the outſide ſhell or horn part was wanting, yet the core was 24 inches long, and 12 inches circumference at the root; and when in a perfect ſtate and covered with the outſide ſhell, muſt have been about 5 inches diameter: their form is a gentle curve, and have all the appearance of a pair of bull's horns; but probably of a different breed of cattle to any we have at preſent.
Clay Marl,—is alſo found in ſmall quantities, but in ſitu⯑ations where it could not be conveniently uſed with effect.
Lead Ore,—has hitherto never been found in any quan⯑tity but in the mountainous diſtricts on the ſouth-weſt part of the county, towards the head of that branch of South Tyne, called Allendale; and a ſmall quantity at Fallowfield, a little to the north of Hexham.*
In this county, lead ore is wrought by the bing, a meaſure containing 8 cwt. of clean ore; the workmen being paid by the owners of the mine at different prices, [22]from 8s. to 36s. per bing (for getting, and waſhing, or cleaning) according to the richneſs. quality, or hardneſs of the mine. If the owners ſell any of the ore in this ſtate, the price is generally from 3l. 10s. to 4l. 10s. per bing, but they moſtly have ſmelt mills of their own, where they ſmelt it at their own coſt, take the ſilver out of it by refining,* and then caſt the lead into long pieces, call⯑ed pigs of 1 ½ cwt. each.—Pig lead is ſold by the fother, a quantity containing 21 cwt. which is reckoned to ſell at a fair price when at 15l. or 16l. per fother; in 1776 it was as low as 12l. and in the beginning of 1782 it was 17l. 5s.—in 1788 it roſe gradually to 23l. 10s. per fother, which was ſeveral pounds higher than it was ever ſold at before; but in the following year, it ſell to 16l. or 17l per fother, which ſhews the fluctuating price of this article.
The Ore of Zink,—is found in great abundance embed⯑ded with ſpar, in moſt of the veins producing lead ore; but its diſtance from any braſs manufactures, and from water carriage, renders it of little value. In theſe mines are alſo found great variety of cryſtallizations of ſpar, quartz, &c. &c.
The mines which produce lead ore are very fluctuating, and uncertain in point of profit to the adventurers; but tend to a general good, by giving employment to a numer⯑ous claſs of induſtrious workmen, who, being ſituated in a climate improper for the production of grain, are oblig⯑ed to receive the greateſt part of their proviſions from the more fertile diſtricts of the county, and by thoſe means encourage its agriculture.
[23] Iron Ore,—may be had in many parts of the county; of late years the convenience of ſhipping it at Holy Iſland, has induced the Carron Company to have conſiderable quantities from thence.
Freeſtones,—of various kinds, abound in almoſt every part of the county, and are applied to all the purpoſes of building. Many of the quarries afford tolerable ſlates for roofing, and flags for floors: at ſome of them excellent grindſtones are got, of which a great many are exported from Camus and Warkworth.
SECT. 6.—Waters.
The principal rivers, which act as eſtuaries to the reſt, are the Tyne, Blyth, Wanſbeck, Coquet, Aln, and Tweed. The innumerable ſtreams, which loſe their names in the above, ſpread in every direction through the county:— The Tyne branches into nearly two equal ſtreams a little above Hexham, which are diſtinguiſhed by the names of North Tyne and South Tyne: the main branch of North Tyne, is the Reed; and of South Tyne, the Allen: The principal ſtreams which empty themſelves into the Tyne eaſt of Hexham, are the Devil's-water and the Der⯑went: and the river Till is the only ſtream, of any note, which empties itſelf into the Tweed, in this county.
The Tyne and Tweed are the moſt eminent for their navigation, the tide flowing up the former 16 miles, and up the latter eight or ten; the navigation of the other rivers is confined to a ſmall diſtance from their mouths; of theſe the Blyth and Aln are of the moſt im⯑portance, from the convenience which the firſt affords to its neighbourhood, for the exportation of conſiderable quantities of coals; and both of them for corn, &c. and the importation of timber, iron, and other uſeful articles.
The Tyne and Tweed have been long celebrated for [24]their ſalmon fiſheries: in the latter a rent of 800l. a year is paid for a fiſhing of 200 yards in length, near the mouth of the river; and the ſame rent is paid for other [...] above the bridge, not more than 250 yards in [...]. The fiſh taken here are, the Salmon, Bull-trout, Wh [...]ng, and large common Trout, and nearly the whole of them ſent to London; in the con⯑veyance of which, a great improvement has taken place of late years, by packing them in pounded ice; by this means they are preſented nearly as freſh at the London market, as when taken out of the river. For the purpoſe of car⯑rying them, and keeping up a conſtant and regular ſupply, veſſels called ſmacks ſail 3 times a week, and being pur⯑poſely conſtructed for ſwift ſailing, frequently make their run in 48 hours. Theſe veſſels are from 70 to 120 tons burden; on an average 12 men are employed in each veſſel, and make about 14 voyages in a year; and not leſs than 75 boats, and 300 fiſhermen, are employed in taking the fiſh in the river Tweed.
CHAPTER II. STATE OF PROPERTY.
SECT. 1.—Eſtates.
ESTATES vary in their annual value from 20l. to up⯑wards of 20000l. a year;—one in particular is upwards of 40000l.—Small eſtates from 20l. to 200l. a year, are found in the ſouthern and middle parts of the county, but very rarely in the northern.
There are probably few parts of the kingdom where eſtates have made ſuch rapid improvements as in this county; there being ſeveral inſtances of the value being [25]more than trebled within the laſt 40 years. Many cau⯑ſes have certainly been aiding to produce this great ef⯑fect; but the principal one is attributed to letting large farms, and leaſes for 21 years; by which means the te⯑nants of capital were encouraged to make thoſe great ex⯑ertions, from which ſuch advantages have reſulted, not only to themſelves and proprietors of the land, but to the community at large, from the very increaſed produce, and ſuperiority of its quality.
The uſual mode of letting farms is to fix a rent, under certain conditions and covenants, 6 or 12 months before the expiration of the leaſe; but upon one of the largeſt eſtates in the county,* the tenants have an offer of their farms 2½ or 3 years before the expiration of the leaſe, which is a mutual benefit to both landlord and tenant; and is attended with ſo many advantages, that it is in a fair way of being generally adopted.
On ſome eſtates the practice of letting farms by ſecret propoſals is ſtill in uſe: this is a dark and myſterious mode, which frequently defeats the end it is intended to accompliſh, and inſtead, of obtaining an exceſſive high rent, the prize has been often gained at a very inferior value; and, in the language of the turf, (where only one has en⯑tered the liſts) "by walking the courſe:" and we have known ſome of the firſt farmers in the county forego their farms, rather than ſubmit to contend in the dark. Upon moſt eſtates it is generally ſtipulated, that a certain portion of the beſt old grazing, lands, on each farm, ſhall be kept in graſs during the whole term.
The quantity of land to be in ploughing is moſtly limit⯑ed to a certain number of acres; and at the expiration of the term, where the tenant quits on the 12th of May, he is allowed to have a crop of corn from off two-thirds of the arable lands; this is called the way-going crop: the [26]entering tenant has the ſtraw, and leads the crop into the ſtack-yard.—The houſes, hedges, gates, drains, &c. are kept and left in repair by the tenant, who likewiſe pays all taxes, ceſſes, &c.
Of the annual value of the eſtates in this county, no authentic information could be obtained; but a probable gueſs may be formed by ſuppoſing that there are 800000 acres of cultivated land, and that this on an average is worth 14s. per acre,—and that 450,000 acres of moun⯑tainous diſtrict is worth 2s. per acre.
Then 800000 acres, at 14s. | 60000l. |
And 450000 acres, at 2s. | 45000l. |
Gives the total value of the lands per ann. | £.605000 |
SECT. 2.—Tenures.
The land property in this county is moſtly freehold:—There are to be found in a few places ſome ſmall par⯑cels of copyhold; and in thoſe diſtricts which belong to the county of Durham, ſome leaſeholds for lives, or years, held under the church.—There are alſo two or three ma⯑nors of cuſtomary tenure towards the head of South Tyne.
CHAPTER III. BUILDINGS.
SECT. 1.—Houſes of Proprietors.
THE ſeats of the principal proprietors of this county conſiſt of venerable caſtles, old halls, and elegant mo⯑dern manſions.—To give particular deſcriptions would [27]be too extenſive for an Agricultural Survey; thoſe who wiſh for information on this ſubject, we beg leave to re⯑fer to Hutchinſon's View of Northumberland, Pennant's Tour, &c. &c.
SECT. 2.—Farm Houſes, Offices, &c.
Buildings,—for the uſe and convenience of farms, were formerly very ſhabby and ill contrived; but thoſe that have been erected of late years, are better adapted to the various purpoſes wanted for extenſive farms and improved cultivation.
The moſt approved form of diſtributing the various offices is, on the eaſt, weſt, and north ſides of a rectan⯑gular parallelogram, which is generally divided into two fold-yards, for cattle of different ages, the ſouth being left open to admit the ſun; and for the ſame reaſon, and alſo for the ſake of cleanlineſs and health, the farm houſe is removed in front thirty or forty yards; between which and the ſouth wall of the fold is a ſmall court for coals, young poultry, &c. as in the annexed plan
- A. The farm-houſe.
- B. The barn, 18 feet by 60.
- C. Sheds, over which are granaries.
- D D. Ditto, upon which are built corn-ſlacks; one of which is for wintering yearling calves, the other for holding implements of huſbandry.
- E. Byers for cows and work-oxen, 16 feet by 48.
- F. Stables.
- G. Pig-ſtyes, with hen-houſe above.
- H H. Fold-yards for cattle of different ages.
Repairs are moſtly done by the tenants; on the large farms complaints are ſeldom made of their being neglect⯑ed, but upon ſmall farms the landlord is frequently obli⯑ged to lend his aſſiſtance.
SECT. 3.—Cottages.
Such cottages as have been erected a number of years, are built with ſtone and clay, and covered with thatch; thoſe that have been built of late years, are of ſtone and lime, covered with tiles, and moſtly a floor of lime and ſand; they conſiſt of one apartment 15 ft. by 16, to dwell in, with a ſmall one at the entrance for a cow, coals, working tools, &c. 9 ft. by 16, and are only one ſtory high: Very few of them want the accommodation of a garden.
The materials uſed for building are, ſtone and bricks, but moſtly the former. Straw (thatch) uſed to be the univerſal covering, but it is now nearly fallen into diſuſe, and tiles or ſlates ſubſtituted in its ſtead. The ſmall dark blue ſlate, from Scotland, is the kind generally uſed here, and are much ſuperior to tiles; for though they are more expenſive at firſt, yet it is probable that in a few years they may be as cheap, from the repairs tiles ſo frequently require, eſpecially where they are ſo ill manufactured.
Fir timber is univerſally uſed for all the purpoſes of building.
CHAPTER IV. MODE OF OCCUPATION.
[29]SECT. 1.—Farms, and Character of the Farmers.
THE ſize of farms—varies conſiderably in this county; in Glendale and Bambrough Wards the farms are large, from 500l. to 1500l. a year; very few under 100l. In the other parts of the county they are from 50l. to 300l. a year: Some tenants in the northern parts of the county, farm from 2000l. to 4000l. a year, and upwards:—The capitals neceſſary for ſuch farms entitle them to a good education, and give them a ſpirit of independence and en⯑terprize, that is rarely found amongſt the occupiers of ſmall farms and ſhort leaſes. Their minds being open to conviction, they are ready to try new experiments, and adopt every beneficial improvement, that can be learnt in other diſtricts; for this purpoſe many of them have tra⯑verſed the moſt diſtant parts of the kingdom to obtain agricultural knowledge, and have tranſplanted every prac⯑tice they thought ſuperior to thoſe they were acquainted with, or that could be advantageouſly purſued in their own ſituation: And ſcarce a year paſſes without ſome of them making extenſive agricultural tours, for the ſole pur⯑poſe of examining the modes of culture, of purchaſing or hiring the moſt improved breeds of ſtock, and ſeeing the operations of new-invented and moſt uſeful imple⯑ments.
The character of a farmer is here ſo reſpectable, that gentlemen who poſſeſs landed property from 500l. to 1500l a year, think it no debaſement to follow the pro⯑feſſion: [30]and ſo high a name have many of the farmers obtained for their ſuperior knowledge in rural affairs, that they are ſeldom without pupils from various and diſtant parts of the kingdom, with whom they have very hand⯑ſome premiums.*—Amongſt the preſent pupils may be reckoned the ſon of an Parl and the ſon of a Baronet;—who, from their abilities, attention, and anxious readineſs to learn and work at every operation, we hope will do cre⯑dit to the profeſſion, and render the moſt eſſential ſervices to their reſpective diſtricts.
SECT. 3.—Rent.
The rent—of lands in this county uſed formerly to be clogged with payments in kind, and perſonal ſervices: But theſe have been long diſuſed, and the whole is now paid in money.—The rents are moſtly due on the 12th of May and the 22d of November; but payment is ſeldom required till four or five months after being due.
The rent per acre muſt vary with the quality of the land, and other circumſtances: At a diſtance from towns, and for the purpoſes of farming only, lands may be had from one ſhilling per acre up to 30 and 40 ſhillings:—Laſt year, a farm of upwards of 2000 acres was let for 20s. an acre, unincloſed, but tithe-free of grain:—One of 600 acres, at 24s. per acre, pays all tithes:—Another of 300 acres, at 35s. per acre, tithe-free, well incloſed, and in high condition, and ſeveral other large farms that pay tithes of every kind, have been let as high as from 27 to 37s. per acre; and ſome old rich grazing paſtures along the ſea-coaſt let for 40s. per acre.
SECT. 3.—Tithes.
[31]Of this bane to Agriculture, we do not find any thing, peculiar to this county, which is not common to the reſt. In ſome parts the tithes are collected with moderation, in others with all the ſeverity that law can enforce; ſome let for a term of years at a fair rent, whilſt others value and let every year.
SECT. 4.—Poor Rates.
In Newcaſtle they vary from 2s. 6d. to 4s. 6d. in the pound, in times of peace; but at preſent, All-Saints pa⯑riſh is as high as 6s. per pound, owing to the ſea-faring people living moſtly in this pariſh; and the ſailors being impreſſed, their wives and children come for ſupport up⯑on the pairſh—At Hexham they are 2s. 6d.—Morpeth 3s. 6d.—Alnwick 1s. 10d.—Belford 2s. 6d.—Berwick 2s 8d.—Wooler 1s. 6d.—and in other parts of the county we find they vary from 6d. to 2s. per pound.
SECT. 5.—Leaſes.
Leaſes—for twenty-one years, are let on moſt of the principal eſtates, eſpecially in the northern parts of the county. Some proprietors of land in the other diſtricts let only for nine, twelve, or fifteen years. The general time of entry is the 12th of May.* The covenants vary with circumſtances; but we think the following the beſt calculated for improvement, and the benefit of both land⯑lord and tenant:
After the uſual reſervations of mines, woods, &c. and [32]proviſoes of re-entry on non-payment of rent or aliena⯑tion, &c. the tenant covenants to pay the rent—all taxes—keep and leave all in repair—not to ſell hay, ſtraw, or other fodder, from off the premiſes—to lay the dung on the premiſes, except that bred the laſt year—not to ſow any hemp, flax, muſtard, or rape, except the laſt for green food—not to depaſture more ſtints the laſt year, than were depaſtured for two years preceding—to deſtroy the moles yearly, and ſcale the graſs grounds—to threſh the waygoing crop in an uniform manner, and deliver a daily ſupply of ſtraw to the next tenant—to keep uneaten the lands ſown with graſs ſeeds in the laſt year of the term, from the firſt of October, except one half to be eaten by the offgoing tenant after the 1ſt of April, to the end of the term—to permit the leſſor to ſow graſs ſeeds on the waygoing crop—and to plough the lands intended for fallow five months before the expiration of the term—to have no more ploughing than* acres at one time—to fallow yearly for wheat, turnips, or other green crops, one-third of the tillage lands, and lay upon every acre cart loads of lime, where neceſſary; or, in lieu thereof, cart loads of dung—not to keep any land in tillage more than three years at one time—to lay to graſs yearly one-third of the tillage lands, and ſow upon every acre pounds of clover, &c. (or other ſeeds ſuited to the ſoil;) to keep ſuch lands in graſs at leaſt two or three years,† be⯑fore they are ploughed out again—to lay down to graſs, or have in graſs the laſt three years, all thoſe fields called —to keep in graſs [33]during the whole of the term, and at the end thereof leave in graſs all thoſe fields called* [...] and all ſuch lands as ſhall be converted into watered meadows—to be at one half the expence of making new quick ſences, and of cleaning and rearing them for ſeven years after firſt planted—and others, that ſituation or circumſtances may require.
The leſſor convenants, that the tenant ſhall have peace⯑able poſſeſſion, and a waygoing crop from off two-thirds of the tillage lands, with the uſe of the ſtack yards, barns, and granaries, for twelve months after the expiration of the term; alſo to be at one-half the expence of making all new quick fences, and of cleaning and rearing them for ſeven years after firſt planted; with other covenants that may be agreed on, reſpecting building, &c.
SECT. 6—Expence and Profit.
The expence upon a farm may be eſtimated pretty near the truth, for a certain number of acres; but the profits depend upon ſo many precarious circumſtances, ſuch as ſeaſons, mode of culture, produce, markets, &c. that we think any eſtimate of profits upon a particular farm, would be a very vague criterion for judging of the reſt, and moſt probably would not ſuit any other farm of the ſame rent or magnitude in the county; we ſhall there⯑fore ſtate the expence of cultivating an acre, ſuppoſing a farm in the rotation of three years arable and three years graſs—viz—
- 1 year oats.
- 2 turnips.
- 3 barley.
- 4 clover and other graſſes.
- 5 clover and other graſſes.
- 6 clover and other graſſes.
[34]And that the firſt year's clover carries ſix ſheep per acre, the ſecond year four, and the third year two ſheep per acre:—Then the expence will be as follows.
Firſt year—for oats | |||
£ | s. | d. | |
Ploughing and harrowing | 0 | 6 | 0 |
Seed and ſowing | 0 | 14 | 0 |
Weeding | 0 | 1 | 0 |
Harveſting | 0 | 6 | 0 |
Threſhing and winnowing | 0 | 5 | 0 |
Market expences and carriage | 0 | 6 | 0 |
1 | 18 | 0 | |
Second year—for turnips, drilled at 30 inch intervals. | |||
Ploughing & harrowing 5 times | 1 | 5 | 0 |
Lime, leading & laying on | 1 | 5 | 0 |
Leading dung | 0 | 8 | 0 |
Spreading ditto | 0 | 2 | 0 |
Seed and drilling | 0 | 1 | 6 |
Hand-hoeing twice | 0 | 6 | 0 |
Horſe-hoeing twice | 0 | 1 | 6 |
3 | 9 | 0 | |
Third year—for barley, ſown broad-caſt. | |||
Ploughing & harrowing twice | 0 | 10 | 0 |
Seed 3 buſh.* and ſowing | 0 | 8 | 0 |
Weeding | 0 | 1 | 0 |
Harveſting, threſhing, mar⯑keting, and carriage | 0 | 17 | 0 |
1 | 16 | 0 | |
Carried over | 7 | 3 | 0 |
£. | s. | d. | |
Brought over | 7 | 3 | 0 |
4th, 5th and 6th years—clover and graſſes. | |||
Graſs ſeeds ſown on the bar⯑ley crop | 0 | 14 | 0 |
Harrowing and rolling in | 0 | 1 | 0 |
Stoning, ſcaling, and catch⯑ing moles for 3 years | 0 | 5 | 0 |
Attendance and other ex⯑pences of ſheep for 3 years | 0 | 12 | 0 |
1 | 12 | 0 | |
Taxes and ceſſes for 6 years | 0 | 18 | 0 |
Capital employed for cultivation, &c. | 9 | 13 | 0 |
Ditto for 12 ſheep, at 26s. each | 15 | 12 | 0 |
Total capital employed on 6 acres | 25 | 5 | 0 |
The intereſt of which allowing 10 per cent. is | 2 | 10 | 6 |
To which muſt be added the ex⯑pence of cultivation | 9 | 13 | 0 |
Gives the expence per year for 6 acres | 12 | 3 | 6 |
Or per acre | 2 | 0 | 6 |
The expences incurred for cultivation will be nearly the ſame, whatever the ſoil, but the produce will vary ac⯑cording to the quality of the land.
On good lands the produce may be,
1ſt year— | Oats, 45 buſh per acre, at 2s per buſh. | 4 | 10 | 0 |
2 | Turnips, per acre | 5 | 0 | 0 |
3 | Barley, 36 buſh. per acre, at 2s 6d do. | 4 | 10 | 0 |
Carried over | 14 | 0 | 0 | |
£. | s. | d. | ||
Brought over | 14 | 0 | 0 | |
4th year— | Clover and graſſes | 3 | 0 | 0 |
5 | Do. | 2 | 0 | 0 |
6 | Do. | 1 | 0 | 0 |
Value of produce in 6 years | 20 | 0 | 0 | |
Deduct expence of cultivation, &c. | 12 | 3 | 6 | |
Leaves the rent for 6 years | 7 | 16 | 6 | |
Or, per acre, per year | 1 | 6 | 1 |
If the value of the crops be,
1ſt year— | Oats, 30 buſh. per acre, at 28 per buſh. | 3 | 0 | 0 |
2 | Turnips, | 3 | 10 | 0 |
3 | Barley, 24 buſh. per acre, at 2s 6d do. | 3 | 0 | 0 |
4 | Clover and graſſes | 2 | 10 | 0 |
5 | Do. | 1 | 10 | 0 |
6 | Do. | 0 | 15 | 0 |
Value of produce in 6 years | 14 | 5 | 0 | |
Deduct expence of cultivation, &c. | 12 | 3 | 0 | |
Gives the rent for 6 years | 2 | 2 | 0 | |
Or, per acre, per year | 0 | 7 | 0 |
From the above ſtatement it appears, that nearly the fame capital will be required to carry on a farm in tillage, at 7s. per acre, that it does one at 26s. per acre:—There⯑fore, a farm of good land of 100l. per year, will require leſs capital than a farm of bad land of 100l. per year; and alſo, that when the value of the crops in 6 years amounts to no more than 12l. ſuch lands are improper for arable, and will pay no rent;—of courſe the moſt profitable mode of employing ſuch ſoils, is to let them remain in paſturage.
CHAPTER V. IMPLEMENTS.
[37]THE Carts—uſed in this county are moſtly drawn by two horſes; they are in general heavy, clumſy, and ill-formed, and ſuch as we think few diſtricts would wiſh to imitate; they are right-lined rectangular parallelopipe⯑dons; the general dimenſions for a two-horſe cart are 66 inches long, 40 inches wide, and 20 inches deep, and contain 24½ Wincheſter buſhels, ſtreaked meaſure:—The uſual load for two horſes in Winter is 30 buſhels of wheat, and in Summer 36; the firſt about 17 cwt. and the lat⯑ter about 20 cwt. or one ton.*
Single-horſe Carts—are becoming more prevalent in ſe⯑veral parts of the county.—Mr James Johnſon, a common carrier at Hexham, has a horſe 16 hands high that com⯑monly carries from Hexham to Newcaſtle 24 cwt. and 20 cwt. back again; and there are inſtances of his having carried 26 cwt. from Newcaſtle to Hexham, which is a very banky, heavy-pulling road.
Waggons—drown by four horſes, are uſed by ſome far⯑mers [38]for leading coals and lime; but we hope a few years will ſhew the abſurdity of employing ſuch unwieldy carriages, ſo deſtructive to roads, and of ſo little utility to farmers.
The ſwing Plough—made in imitation of the Rother⯑ham plough, is in general uſe through every part of this county;* its form is conſtantly varying, no fixed rules being known for its conſtruction; ſcarce two carpenters making them alike, differing widely in length and height of the beam, point of yoking, form of mould-board, &c. &c —To remedy theſe defects it was intimated, in the firſt edition of this Report, that "An Eſſay on the con⯑ſtruction of the Plough, deduced from mathematical principles." would be ſoon offered to the public.—This Eſſay is now publiſhed,† from which we have extracted the following
"PRACTICAL CONSTRUCTION For determining the poſition and dimenſions of the moſt eſſential parts of a Plough.
"That the operation of ploughing may be performed with the leaſt loſs of power, it is neceſſary to know the height and inclination of the horſe's ſhoulder.
"While a horſe is in the act of pulling, the inclina⯑tion of his ſhoulder varies from 69 to 75 degrees, accord⯑ing to circumſtances, the medium is 72 degrees; and the medium height of the point of draught on the ſhoul⯑der of a horſe, 15½ hands high, is 48 inches.
[39]"Theſe data being got from experiment, and the depth to be ploughed (ſuppoſe 6 inches) given,
"Draw a right line AB, and at any point (fig. 2, pl. 1) A, erect a perpendicular AP, equal to 48 inches.
"With AP as a radius, from P as a center, deſcribe a quarter of a circle AQ, which divide into 90 equal parts or degrees.
"From P, through 72 degrees, draw a right line to meet AB in B.
"Set the length of the traces and ſwing-trees from P to H; this is commonly 102 inches.
"From H, upon AB, let fall a perpendicular HI, which meaſured on the ſcale that AP was taken from, will give the height of the beam HI=16½ inches.
"Then at the diſtance of half the depth the land is in⯑tended to be ploughed (in this caſe 3 inches) draw a line parallel to AB; and from C, where it interſects PB, let fall a perpendicular upon AB to S, which will give the point of the ſock; and a line drawn through C, making an angle of 45 degrees with BA, will be the poſition of the fore-edge of the coulter.
"The heel of the plough will be got by ſetting the length of the ſole 36 inches from S to L.
"The length of the beam will be determined by ta⯑king the diſtance from H to any fixed point, as S, or B, or L, and applying it to the ſcale of equal parts.—In this caſe
- HS=44½ inches.
- HB=53½ do.
- HL=79 do."
The form of the mould-board is ſuch, that the ſod to be raiſed preſſes equally againſt it on every part, from the ſock point S, to where it leaves it at K; it alſo differs from other mould-boards in not beginning to take its riſe from the bottom oppoſite to the heel L, but at leaſt 12 inches farther forward towards the ſock, and in being cut [40]away at the bottom oppoſite the heel L, about 3 inches high, (from the ſole) by which the turning of the ſod is much facilitated.
For the demonſtration of the principles from which the above conſtruction is derived, as well as the inveſti⯑gation and practical directions for making the mould-board,* and finding the curve of the breaſt GS, with many other eſſential properties, we muſt beg leave to re⯑fer to the aſore-mentioned eſſay; and only obſerve, that wherever theſe ploughs have been properly tried, they have anſwered the intention; being allowed, by all who have ſeen them at work, to go with more eaſe to the horſes than any other.—The beſt mode of applying the draught, is by two horſes yoked double, and driven with cords by the holder; which are ſufficient for ploughing the ſtrongeſt lands, and will in general do an acre per day.†
The ſingle-horſe Plough—for ploughing between the rows of drilled turnips, is repreſented in ſig. 3, pl. 1, the mould-board of which moves upon two hinges, placed on the inſide, and is ſet wider or cloſer as circumſtances require, by the crooked piece of iron A (fixed to the ſtilt) being ſhiſted along the flat piece of iron, placed upon the top of the mould-board with holes in it:—The width at the bottom when cloſeſt is 5 inches, and when wideſt, 9 or 10 inches.
The capſtan is made with holes in it at C, for regula⯑ting the breadth of the furrows; and at D, for increaſing []
Fig. 1.
Fig. 2.
Fig 3.
Fig. 4.
Fig 5.
[41]or decreaſing the depth. The price of this plough, when compleatly finiſhed, is 1l. 5s.
A double mould-board Plough,—is made by putting on another mould-board, with hinges on the other ſide, but about ſix inches longer.
A Horſe hoe,—for hoeing the intervals between beans drilled at 30 inches diſtance is repreſented (fig. 4, pl. 1.) The beam AB is 5 feet long, and its height at B 16 inches: the curved ſides, CF, DE, are deſcribed with a radius of 24 inches from G and D as centers; the length of the ſtilts from A to F, 42 inches; the length of the ſhanks of the hoes from G, to the underſide of the beam, is 15 inches; their length, GH, 7½ inches; and breadth, GI, 5½ inches. This horſe-hoe, with the coulters and hoes placed as in the figure, will penetrate and compleatly hoe ſtrong lands in dry ſeaſons, when it would be in vain to attempt to ſtir them with a plough or hand-hoe.
For hoeing the intervals between turnips, or other crops where the ſoil is light, the coulters are taken out, and other ſets of hoes put in the holes made in the ſides CE and DE, and end CD, to hoe from 18 to 30 inches at once; for this purpoſe, in dry ſeaſons, it is preferable to the ſingle-horſe plough above deſcribed; and with proper formed hoes, will anſwer all the other purpoſes of expenſive ſcufflers, cultivators, and quicken rakes; though no more than a ſingle-horſe be required to draw it, and its price be only 30 or 40 ſhillings, according to the number and variety of the hoes.
This implement anſwers very well for hoeing wheat or barley, drilled at 10 or 12 inch intervals, by making it a little wider, ſo as to take in four hoes.
Harrows.—A large heavy harrow called a brake, is com⯑monly uſed for reducing rough land, eſpecially fallows. [42]Single-horſe harrows, containing four bulls, and 24 tines or teeth, five or ſeven inches long, (below the bull) are generally uſed for harrowing-in ſeed, after it has had a ſingling by the brake; a man drives three horſes, and every horſe draws his own harrow. Some people uſe two horſe harrows, joined in the middle by crooks and loops; and alſo ſmall light harrows with ſhort tines, for putting in graſs ſeeds.
Rollers—for reducing cloddy land, rolling wheat in the Spring, and graſs ſeeds, are moſtly made of wood; they are generally 5½ feet long, and from 12 to 30 inches diameter: thoſe uſed for ſlattening the tops of one-bout ridges, for drilling turnips upon, are 5 feet long, and 10 or 11 inches diameter; the framing is various, but that ſhewn in the annexed drawing is the moſt general (pl. 2, fig. 3.) The rope by which the drill is drawn is faſtened to the bar B, and is ſlipped from one end to the other, at every turning, to ſuit the ſowing. To prevent the accumulation of earth upon the roller, a thin piece of wood C, is placed at its back, to act as a ſcraper.
A drill for ſowing Turnips, on the tops of one-boul ridges.—When this mode of cultivating turnips was firſt intro⯑duced, the only drill uſed was a hollow cylinder of tin, with a ſmall hole in the bottom, thro' which the ſeed was ſhook: if this orifice be made of ſuch ſize as to depoſit a proper quantity of ſeed, it is very liable to ſtop, and of courſe large ſpaces are totally miſſed; if made ſo wide as to prevent this inconvenience, it then ſows far too much: This defect induced me ſome years ſince to conſtruct one upon different principles, which is now coming into general uſe.
The moſt eſſential parts of this drill conſiſt of a ſolid cylinder C (fig. 1, pl. 2.) of iron or braſs, 2 inches di⯑ameter, and 1 inch broad; on the ſurface are made or punched 15 or 16 cavities, of the form of a ſemi-egg, []
Fig. 1.
Fig. 2
Fig. 3.
Fig. 4.
[43]cut length-ways, and ſo deep as to hold 4 or 5 ſeeds each. On the back part of this cylinder (a little below the top) is placed the hind part of the hopper, to which is fixed a piece of iron or braſs GA, one inch long, and ¾ broad, hollowed on the inſide into the form of a Gothic arch, (as in fig. 4.) the ſides of which meeting the ſides of the cavities in an oblique angle, prevent the ſeeds from bruiſ⯑ing; at the lower end of this piece of iron (which may be called a gatherer) is made a ſlit 3/10 of an inch long, and 1/10 wide; and at the back of it, a thin flat piece of iron TE, moves up and down, by means of a ſcrew S, at the top of the hopper, which enlarges or leſſens the orifice O, direct⯑ly above the cavities, and increaſes or diminiſhes the quan⯑tity of ſeed delivered, as the operator thinks neceſſary: —This ſlip of thin iron (which may be called a regula⯑tor) is let into a groove made in the board which forms the back part of the hopper.
This cylinder CY, before the cavities are made, is fix⯑ed on an iron axle LL, 1 inch ſquare, and turned very true, as well as are thoſe parts of the axle which turn in the collars, or thimbles, fixed in the ſhafts or handles DD, (fig. 2, pl. 2.) To the ends of the axle are fixed two wheels WW, 26 inches diameter, that turn the axle and cylinder round; which in paſſing thro' the hopper H (filled with turnip ſeed) bring forward in each cavity a number of ſeeds, and drop them into the ſpout P, which are conveyed by it to the coulter C, that forms a channel on the top of the one-bout ridge SD (fig 3, pl. 2.) for receiving them,—where S is the channel, and D the dung directly under the ſeeds.
If the cavities be made to hold 5 ſeeds when the regula⯑tor or tongue is ſcrewed cloſe down, and there be 16 ca⯑vities, it will then depoſit 80 ſeeds in one revolution; and as the diameter of the wheel is 26 inches, the circumfer⯑ence will be 81½; in this caſe 80 ſeeds will be depoſited [44]in 81½ inches, or nearly 12 in a foot:—From this minimum quantity, by ſcrewing up the regulator, the number may be increaſed gradually to 50 or 60 in a foot; which is far too much, unleſs in very particular and unfavourable ſituations.
The price of this drill, is 1l. 5s.
Drills,—for ſowing the different kinds of grain, uſed in this county: not being able to regulate the quantity of ſeed, to ſuit different ſoils, ſeaſons, &c. we mentioned in the firſt edition of this Report, that a drill was then mak⯑ing, which would remedy thoſe complaints; a deſcription and drawing of which, being publiſhed in the Appendix to the Eſſay on Ploughs, mentioned in p. 38, we take the li⯑berty of extracting from thence, "A deſcription of a drill, upon a new conſtruction, for ſowing all kinds of grain, in any quantity, and at any diſtance.
"The inſide part of the drill, by which the quanti⯑ty of ſeed is regulated, is repreſented by fig. 1. pl. 3, where AX is an iron axle, 1 or 1¼ inch ſquare, upon which are fixed, at 9 or 10 inches diſtance, five, ſix, or more, braſs fluted cylinders, the flutes being rather more than a ſemi-circle ⅝ of an inch diameter, or ⅝ wide and [...]/ [...] deep.
"RM are hollow cylindrical rims of hammered iron, which have ſegments turned down at right angles, to fit exactly the flutes of the braſs cylinders; the cavities of which are increaſed or diminiſhed by the ſegments of the iron cylindrical rims ſliding backwards or forwards in the flutes. This is performed in all the cylinders at the ſame time, by a rectangular ſpace (n) being made in the braſs cylinders, through which paſſes a ſtraight piece of iron IN, moving on friction wheels at J, and faſtened to the plates at LK, and alſo to the cylindrical rims RM.
"LV is a lever, the fulcrum of which is F, and moved []
Fig. 1.
Fig. 2.
[45]by a ſcrew S, paſſing through the frame at V. The end at LK is forked, and made to fit exactly the ſides of the collar or plates of iron JK.
"By turning the ſcrew S, the lever moves the whole of the rims at once, and the cavities are increaſed or diminiſh⯑ed at pleaſure,* and almoſt inſtantaneouſly, to ſow any kind of grain, and in any proportion, which is ſhewn upon the ſcale EOP, by the index KO fixed to the end of the lever at K.
"Fig. 2, pl. 3. is a view of the machine when ready for work;†" and for a more particular deſcription, for regulating the depths, diſtances, &c. we beg leave to re⯑fer to the above-mentioned Eſſay.
For Turnips,—the large hopper is taken off, and a ſet of ſmall ones ſixed upon the half-egg cavities at the end of the braſs cylinders: The quantity is regulated by a tongue ſcrewing up and down, as deſcribed in the turnip drill (fig. 1, pl. 2.)
For ſowing beans or peaſe at wide intervals, viz. from 27 to 30 inches, I uſe a drill with only one wheel and one cylinder, which a man wheels before him in the fur⯑row, or (what I find much better) it may be fixed in the body of a ſmall plough, (drawn by a ſingle horſe) with one ſtilt that paſſes between the wheel and the ſeed-box, (fig. 5, pl. 1.) By this means the wheel moves along a ſmooth ſurface between the land-ſide and mould-board M, and the ſeed is depoſited at a regular depth: two inches anſwers very well for beans. With the ſame ſmall plough and drill I have ſown both wheat and barley, at different [46]intervals from 6 to 12 inches, and 1½ or 2 inches deep, with good ſucceſs; and, for ſmall concerns, this cheap and ſimple apparatus will probably be found the moſt eligi⯑ble.
It is fixed to the plough by two pieces of iron going from the ends of the drill; one to the beam at B, and the other to the ſtilt at C, and moving round, on bolts, allow the wheel W to fall and riſe with every accidental hollow or eminence.
The low part of the coulter is knee'd or bent, to bring it to the ſame plane with the land ſide of the plough.
Threſhing Machines— are now becoming general in the northern parts of the country; they are all upon the prin⯑ciple of the flax mill; which principle was firſt introduced into this county for threſhing corn, by Mr Edward Greg⯑ſon, near 32 years ſince; the machine he uſed was work⯑ed by a man, who could threſh with it 12 buſhels of wheat in a day; but being hard work, and Mr Gregſon dying ſoon after, it was neglected. Mr Wm Menzie, who was ſer⯑vant with Mr Gregſon at the time, ſays "that his maſter took the idea from a ſmall flax mill which a Scotchman travelled the country with, for the purpoſe of ſwingling the flax which the farmers grew for their own uſe: this portable flax mill was carried in a cart from one farm⯑houſe to another, being a cylinder of 5 or 5½ feet diame⯑ter, and 18 inches wide; the ſwitchers were driven by his foot, with a crank like a cutler's wheel; and that the threſhing machine Mr Gregſon had, was made at that time, and exactly the ſame as the ſaid flax mill."—Mr Tho. Gregſon thinks that his brother Edward had ſeen ſome⯑thing of a ſimilar nature in Scotland, probably the ſame which Mr D. Meldrum gives an account of, about the ſame time, in a letter to Mr William Charge of Cleaſby, in the county of York, which he deſcribes as being the ſame as the flax mill; that it threſhed 150 buſhels of [47]oats a day, which dropped through a ſkreen into a win⯑nowing machine, that dreſſed at the ſame time.
Some time after this, Mr Oxley erected a threſhing machine at Flodden, moved by horſes, in which the corn was fed-in betwixt two fluted rollers, and ſtruck by ſwitch⯑ers, placed as thoſe are in the preſent machines; only they are hung on hinges. Thoſe in uſe now, are fixed as were thoſe of Mr Gregſon's. The complaint of Mr Oxley's machine was, that it did not threſh common oats clean, probably for want of velocity; for it is found in the machines now uſed, that if the ſwitchers move with a velocity of 1500 feet per minute, they will not threſh clean; and experience has proved, that to threſh com⯑mon oats clean, requires a velocity of 2500 feet per minute.
Mr Ilderton erected two threſhing machines, one at Ilderton and another at Hawkhill, worked by horſes, the principle of which was to rub the grain out by pro⯑jecting pieces of wood, (on the circumference of a large cylinder) rubbing againſt ſeveral fluted rollers: he uſed it many years, but it was frequently neceſſary to put the ſtraw twice thro' before it was perfectly clean.
We were informed by the late Sir Francis Kinlock, Bart. of Gilmerton, Scotland, that while he was at⯑tempting to perfect Mr Ilderton's machine, he ſaw a port⯑able flax mill, made for the uſe of poor families, worked by a man. It ſtruck him that it would threſh corn, and he got one made, with the addition of two ſmooth rollers for taking in the corn; the work being too hard for a man, he ſent it to Mr Mickle's mill, to have it tried by water: ſoon after, Mr Mickle's ſon built a threſhing mill at Kilbogie; and after ten or twelve had been erected in the neighbourhood, by other workmen, he applied to Mr Kinlock to take out a patent, who told him that he did not look upon it as an original invention, and that a pat⯑ent [48]would not be of any uſe. Some time after this, Mr Mickle took out a patent (for England only) in his own name, for the purpoſe we ſuppoſe of ſecuring to himſelf his own combination of wheels, &c. for movement of the various parts, as the leading principle of the machine had been applied to the ſame purpoſe at leaſt 20 years before.*
At their firſt introduction into this county, the corn and ſtraw were thrown out together upon the floor, and cauſed great confuſion: to remedy this, a ſkreen was added, thro' which the grain dropped into a winnowing machine, and from off the ſkreen the ſtraw was taken by a man: but a circular rake, invented about eight years ſince,† performs the operation much better; and at the ſame time ſaves a conſiderable expence. This rake is now added to all thoſe that have been lately erected; and only cauſes an addition to the machinery of one light wheel. Theſe machines are moved both by water and by horſes; two, four, and even ſix of the latter are ſometimes employed; the former is certainly the beſt power where it can be obtained.
From a review of the whole, it appears that the princi⯑ple of the flax mill had been applied by different perſons at different times, for the purpoſe of threſhing corn; and ſince its being more generally uſed, different perſons have invented and uſed various combinations of wheels and other contrivances to effect the ſame purpoſe, and render the machine more perfect.
The ſimpleſt and moſt uſeful combinations and contri⯑vances are certainly the beſt: but whoſe are entitled to [49]this appellation we do not pretend to determine; the public muſt judge for themſelves.—The combination we ſhall offer is different to any we have ſeen, for which reaſon, and being that where the firſt circular rake was applied, we ſhall give
A deſcription and calculation of a Threſhing Machine erected at Chillingham.
In pl. 4, fig. 1, BB, is a horizontal board or table 5 feet long by 3 ft. 4 ins. broad, on which the corn CC is evenly ſpread, and preſented to the caſt-metal fluted rollers RR (4 inches diameter) which take it regularly in, and by their weight and ſharp edges hold faſt the ſtraw, while it is ſtruck, ſwitched, or threſhed, by the ſwitchers, or pie⯑ces of wood SSSS, fixed in the cylinder DD, and pro⯑jecting 3 inches from its ſurface;* theſe, when they ſtrike the corn, move in an upward direction RE, with great velocity, and throw the corn as it is threſhed, and the ſtraw as it leaves the fluted rollers, againſt the circu⯑lar rake KK, and upon the wire ſkreen G, from whence the ſtraw is taken by the rake, and delivered upon the ſloping board L, down which it ſlides to the floor N, while the corn paſſes thro' the ſkreen G into the hopper H, and from thence to the inclined board I; but in fal⯑ling from H to I, a ſtrong current of air, raiſed by the fanners FFF, blows the chaff over the ſloping board O, and the light corn againſt it, which falls into the ſpace P, and the chaff into M, while the good grain ſlides down the inclined board II, to the floor at Q, from whence it is taken and put into a ſecond winnowing machine, in which are placed proper riddles to ſuit different kinds of grain: This ſecond machine is moved by a rope going [50]over a pulley, fixed in the axle T, and is ſet a-going, or ſtopped, at pleaſure, by a ſtretching pulley, as occaſion requires.
Where the ſituation will admit of the board II, being placed about 4 feet from the floor, the ſecond winnow⯑ing machine may be placed directly under it, and ſave the trouble of lifting the corn.
To find the velocity of the particular parts,—we muſt divide the product of the number of cogs in the driving wheels, by the product of the number of cogs in the dri⯑ven wheels, and the quotient will be the number of re⯑volutions made by the laſt moved part, for one of the firſt moving part.
The whole is put in motion by an overſhot water wheel 14 feet diameter, which makes from 5 to 6 revolutions per minute, according to the ſupply of water; on the axle of this water wheel is fixed a large ſpur wheel aa, of 160 cogs (152¾ inches diameter) which drives a caſt-me⯑tal pinion b, of 16 cogs (15, 28 inches diameter) on the axis of which is placed another ſpur wheel c, of 63 cogs (60, 1 inches diameter) that drives the caſt-metal pinion d, of 16 leaves, (15, 28 inches diameter) on the axis of which is fixed the cylinder DD, (4 feet diameter, and 5 feet long) with the four projecting pieces of wood, or ſwitchers, SSSS, that ſwitch or threſh the corn, as de⯑ſcribed above.
Then 160/16 × 63/16 =39,375, | the revolutions of the cylinder for one of the water wheel, |
which, multipled by 5,5, | the medium revolutions of the water wheel per minute, |
gives 216,562, | the revolutions of the cylinder per minute; |
this multiplied by 4 | the number of ſwitchers, |
[]
Dressed Corn Q
Light Corn P
C [...] M
Straw N
[51]
gives 866,25 | the number of ſtrokes per minute. |
And as the diameter of the cylinder is 4 feet, the cir⯑cumference will be 12,56;
therefore 216,5625, | the revolutions of the cy⯑linder per minute, |
multiplied by 12,56 | feet, the circumference of the cylinder, |
gives 2720 | feet, the velocity of the ſwitchers per minute. |
The large ſpur wheel a, alſo drives the light cog wheel [...], of 63 cogs (60, 1 inches diameter) fixed on the axis kl, of the rake, for taking away the ſtraw.
Then 1 [...]/ [...]=2,54 | the number of revolutions, which the rake makes for one of the water wheel, |
multiplied by 5,5 | the revolutions of the water wheel per minute, |
gives 13,97 | nearly 14, the revolutions of the rake per minute; which having 4 arms, will clear the ſcreen of ſtraw 56 times per minute. |
The Rollers,—are moved by the pinion b, of 16 leaves, working into the ſlight caſt-metal wheel f, fixed on the iron axis ii, of the lower roller, on which axis is alſo fix⯑ed a ſmall pinion g, of 8 leaves, working into another h, of equal number, fixed on the axis* of the upper roller, which gives the two rollers an equable motion, for taking in the corn.
Then 169/16; × 16/30 = 4,444, | the revolutions of the rollers for one of the water wheel, |
multiplied by 5,5 | |
gives 24,44, | the revolutions of the rollers per minute. |
And the diameter of the rollers being 4 inches, the circumference will be 12,566 inches;
therefore 12,566 | inches, the circumference of the rollers, |
multiplied by 24,44, | the revolutions of the rollers per minute, |
gives 307,1 | inches of ſtraw paſſing thro' the rollers per minute; which 307 inches receive 866 ſtrokes of the ſwitchers in that time, or nearly three ſtrokes to an inch. |
When the rollers are required to move ſwifter or ſlow⯑er, they may be driven very conveniently from the end of the axle of the rake, by fixing a caſt-metal faced wheel on it, with three rows of cogs, (8, 10, and 13) working into a ſhifting pinion of 8 leaves, fixed on an iron axle; at the other end of which is put a ſmall bevel wheel of 12 teeth, working into another of 8 teeth on the end of the axle of the lower roller.
The Fanners,—are moved by a croſſed rope, paſſing over a pulley T, 10 inches diameter, fixed on the axis of the cylinder, and another V, of 8 inches diameter on the axis of the fanners. Then as the axle of the cylinder makes 216,56 revolutions per minute, we have 216,56 × 10/8 = 270,7 revolutions of the fanners per minute.
From the above it appears, that when
- The water wheel makes 5½ revolutions in 1 minute,
- The cylinder will make 216½ ditto,
- The rollers — 24½ nearly,
- The rake — 14 ditto, and clears the ſkreen of ſtraw 56 times per minute.
- [53]The fanners — 270¾ ditto,
- The ſwitchers make 866 ſtrokes per minute, and move with a velocity of 2720 feet per minute.
The rollers take in nearly 300 inches of corn per mi⯑nute: The medium length of good oats is about 30 in⯑ches; and, ſuppoſing half a ſheaf put in at a time, a whole ſheaf will then be equal to 60 inches:
Therefore 300/60 = 5 ſheaves per minute; which agrees with the uſual rate of going of this machine, when ſup⯑plied with a medium quantity of water. From ſome expe⯑riments lately made, 120 ſheaves of oats were threſhed in 22 minutes, and yielded 12 buſhels, which is at the rate of 33 buſhels per hour, or 264* per day of 8 hours.
The expence, for the attendance on the threſhing and dreſſing part of this machine, is only that of three women, viz: One to feed-in, another to hand the ſheaves to the feeder, and the third to take away and riddle the corn after it is winnowed; of courſe the expence of threſhing and dreſſing 264 buſhels is only 1s. 6d.
The expence of threſhing the ſame quantity by the flail, would be one twenty-fifth part,† or 10½ buſhels, which at 2s. per buſhel is 21s.; to which muſt be added 2s. the expence of a man and two women, to aſſiſt in winnowing, making in all, 23s.
The expence of erecting a threſhing machine of this [54]kind, was from 70 to 80l.; but ſince the advance of wood, iron, and wages, it will be now near 100l.
Machines of ſmall dimenſions are erected for about 50l. which, with 2 horſes, will threſh and dreſs 120 buſh⯑els of oats, or 60 of wheat, in 8 hours.
Rollers, or ſmall Millſtones, are added to many of theſe machines, for cruſhing or grinding grain, for horſes, ſwine, &c. Knives for cutting ſtraw, and many other uſeful appendages, might be added.
The Winnowing Machine is in univerſal uſe here; we believe very little, if any corn is dreſſed by any other means: They were firſt made by a farmer of a mechanical genius called ROGERS, who lived at Cavers near Hawick, and whoſe grandſon, now a carpenter there, ſtill makes them, perhaps of as uſeful a form as any other perſon, and at as low rates as from 2l. 8s. to 3l.
Old Rogers, we are told by his deſcendant, happen⯑ed in the year 1733 to ſee a machine, thrown out of the way as uſeleſs, in an old granary at Leith, of which he took ſuch notice, that, on his return home, he ſet about making one, the utility of which ſoon recommended it to many principal farmers: in a few years they were u⯑niverſally uſed, and are now become ſo abſolutely neceſ⯑ſary, where large quantities of corn are to be dreſſed, that it would be attended with conſiderable inconvenience to do without them; of ſuch great utility has been the ſu⯑perior diſcernment of this ingenious and unnoticed in⯑dividual!
The preſent Mr Rogers ſays, he believes the machine his grandfather ſaw at Leith, was brought from Holland: An anonymous remarker, who ſigns himſelf a Scotch Far⯑mer, ſtates "that it was firſt introduced by the late cele⯑brated Andrew Fletcher of Saltoun, along with the bar⯑ley mill, from Holland, in the year 1711;" and we have ſomewhere read or heard, that the Dutch brought it [55]from the Chineſe, which is corroborated by the informa⯑tion we lately received from the Honourable Mr Doug⯑laſs,* who was ſhewn (when on his travels in France) by the late Duke de Rochefoucalt, a ſet of Chineſe drawings, repreſenting the culture of rice in all its ſtages, from the firſt planting to its being prepared for ſale, and that the laſt drawing was a repreſentation of the dreſſing or win⯑nowing, which was performed by a machine exactly ſimilar to that we now uſe for the ſame purpoſe.
Dr Deſagulier's blowing wheel, which he preſented to the Royal Society in 1734, is exactly on the ſame prin⯑ciples.
Two men and three women will winnow, dreſs and meaſure up into ſacks, 250 buſhels of oats, or 150 buſhels of wheat, per day,—the expence 3s. 8d.
A pair of pruning ſhears, repreſented in fig. 1, pl. 5, have been particularly recommended by Mr Tweddell, of Threepwood, to the Preſident of the Board, as being ſu⯑perior to any other implement for the purpoſe of cutting hedges.—They conſiſt of a ſtrong ſharp kniſe 6 inches long, moving betwixt two ſquare-edged cheeks; the up⯑per handle is 2 feet 6 inches long, and the other 2 feet 3 inches.
There are many other implements uſed in this county, but as we believe moſt of them are ſuch as are well known in other parts of the kingdom, it would be of little uſe to deſcribe them here.
CHAPTER VI. INCLOSURES.
THE parts of this county capable of cultivation are in [56]general well incloſed by live hedges; the only exception is a ſmall part of the vales of Breamiſh, Till, and Glen: but even here, the advantage of having well-fenced fields is ſo well underſtood, and ſo much deſired by the tenants, that we hope, in eight or ten years, the whole of this valuable diſtrict will be incloſed by proper fences.
The ſize of incloſures varies with the ſize of farms. In ſome parts, from two to ſix or eight acres; in the nor⯑thern parts, where the farms are large, the fields are from 20 to 100 acres.
The fences moſt generally uſed for new incloſures, are earth mounds; at the baſe of which, and on the edge of the ditch out of which they are raiſed, are planted the quicks, generally upon a turned ſod ſix inches high; which we think too low, as we always find the quicks grow much better when planted three ſods high, with the thickneſs of two ſurface ſods laid under their roots. This in moſt caſes doubles, and in thin ſoil trebles, the ſurface ſoil, and forms a thick bed of the beſt earth for the roots of the quicks to grow in, as will be more clearly ſeen in the annexed ſketch of ſuch a ſence, fig. 2, pl. 5, where AB is the ditch, 4½ feet wide at top; BCD the mound; the baſe BD, ſix feet wide; and height CD, four feet. Q, the quicks planted upon three turned ſods, at leaſt 15 inches high, with ſurface ſods and ſoil 12 in⯑ches thick, under and behind their roots.—The expence of making this kind of fence, is 1s. 4d. per rood of 7 yards, excluſive of quicks and railing.
The quicks ſhould never be planted nearer each other than nine inches, and upon good land a foot. Quicks four or five years old, with ſtrong clean ſtems, are always to be preferred to thoſe that are younger and ſmaller.
It is a cuſtom, in ſome parts, to clip young quicks every year; this makes the fence look neat and ſnug, but it checks their growth, and keeps them always weak in the []
Fig. 1.
Fig. 2.
Fig. 3.
Fig. 4.
Fig. 5.
Fig. 6.
[57]ſtem, and, when they grow old, open at bottom; while thoſe that are left to nature, get ſtrong ſtems and ſide bran⯑ches, which by interweaving one with another, make a thick and impenetrable hedge, and if cut at proper inter⯑vals, (of nine or ten years), will always maintain its ſupe⯑riority, over thoſe that have been clipped from their firſt planting. In point of profit, and of labour ſaved, there is no compariſon; and for beauty, we prefer nature, and think a luxuriant hawthorn in full bloom, or loaden with its ripened fruit, is a more pleaſing, enlivening, and gra⯑tifying object, than the ſtiff formal ſameneſs produced by the ſhears of a gardener.
Walter Trevelyan, Eſq of Nether-Witton, ſhewed us a new mode of raiſing fences:—He erects an earth mound (fig. 3, pl. 5,) 7 feet wide at bottom AB, 4 feet wide at top CD, and 5 feet high; on the middle of the top he plants a row of quicks Q, and on each ſide at 2 feet diſ⯑tance puts in willow ſlakes WW, an inch in diameter, and 1½ or 2 ft. long, ſloping outwards, which take root and form a live fence, for the preſervation of the quicks in the middle — Theſe ſtakes are at firſt bound together by a kind of oddering; at the time we ſaw them they had been only two years done, of courſe no judgment could be formed, for ſome years to come, whether it poſſeſſed ſuperior advantages to the mode above-deſcribed: It ap⯑peared to us an experiment yet undetermined. In ſome ſituations, we are inclined to believe, it may be very uſe⯑ful, eſpecially in cold, ſoft, marſhy ſoils: Whether it will be ſuperior in all, we ſtill entertain ſome doubts; but are perſuaded, that a full trial will be given, by the ſpirited improver who is making the experiment.—The expence is 2s. 6d. per rood of 7 yards.
Stone Walls are alſo uſed for fences in ſome ſituations; the uſual dimenſions are 2½ feet at bottom, 15 or 16 in⯑ches at top, and 4 to 4½ feet high: About half way up [58]a row of through-ſtones are put, at the rate of 9 or 10 in a rood of 7 yards, and on the top a coping of ſods, or ſtones ſet edge-ways; the latter is preferable, as being the moſt laſting, and preſenting a more awful aſpect, to de⯑ter the Highland ſheep from attempting to leap them— The expence of making theſe walls is from 5s. 6d. to 6s. 6d. a rood of 7 yards, for winning and walling: The expence of leading depends on the diſtance.—Twelve or fourteen cart load will do a rood.
The advantages of incloſing private property in this coun⯑ty principally ariſe from ſeparating lands of different qua⯑lities, which can, by theſe means, be employed in ſuch culture, or depaſtured by ſuch ſtock, as the occupier thinks moſt ſuitable; and, where ſheep are kept, they feed with more facility and readineſs, being freed from the whims of the ſhepherd, and the teazings of his dog; and, by ſeparating the dry ground from the wet, a ſtock-maſter has it more in his power to avoid that fatal mala⯑dy, the rot.
Gates are made of various forms, but agree nearly in ſize, being generally 8½ feet wide, and from 4¼ to 5 feet high, with 5 ſtrong bars about 3½ inches deep, and a weaker one about 1 inch ſquare, placed between the two loweſt bars.—The lighter a gate is, eſpecially in the fore⯑part, the better, provided it be ſufficiently ſtrong; for this reaſon the top bar ſhould be conſiderably ſtronger than the reſt, as it is the moſt liable to be broken, eſpe⯑cially where horſes are kept, if not made ſo high that they cannot eaſily get their necks over it. The moſt approved form is that repreſented, fig. 4, pl. 5.
Hanging Gates, ſo as to have a proper fall or tendency to ſhut of themſelves, being little underſtood by carpen⯑ters, we hope the following directions for effecting that purpoſe may be acceptable.
Having ſet the poſt perpendicular, let a plumb-line, [59]AB, be drawn upon it: on this line, at a proper height, place the hook C, ſo that it may project 3½ inches from the face of the poſt; and at a convenient diſtance below this, place the lower hook D, 1½ inches to one ſide of the perpendicular line, and projecting 2 inches from the face of the poſt; then place the top loop or eye 2 inches from the face of the "hawtree," and the bottom loop, 3½ in⯑ches:—Thus hung, the gate will have a tendency to ſhut in every poſition.*
This principle has been long known and practiſed, in hanging gates that open both ways.
CHAPTER VII. ARABLE LAND.
SECT. 1.—Tillage.
THE arable lands of this county being under various ſyſtems, and directed by various opinions, the manage⯑ment of the tillage muſt differ conſiderably.—In the oper⯑ation of ploughing, it is generally agreed that the breadth of the furrow ſhould be about 9 inches, and the depth from 4 to 6 or 7 inches.
It was formerly the general practice not to plough the lands intended for fallow till after Spring ſeed-time, (and very often delayed till May, or even June) but now the fallows are ploughed before Winter, to meliorate by the froſt.—In the middle of April or beginning of May, thoſe that are intended for turnips or potatoes are harrow⯑ed [60]and ploughed acroſs, and, where neceſſary, rolled with a heavy roller; the ſame operations are repeated two, or three, or more times, until it is thought ſufficiently fine and clean for ſowing or planting.
Thoſe that are intended to be naked ſallow for wheat, receive three, four, of five ploughings through the Sum⯑mer; but are ſeldom harrowed, it being thought an ad⯑vantage to wheat to have the land cloddy.
On thoſe fallows where quickens or couch graſs, &c. are found, every exertion is uſed to extirpate them, by harrowing, gathering and burning, or leading off, ſo long as the ſmalleſt remains are viſible. The lime and manure are moſtly laid on before the laſt ploughing.
For barley, it is the general cuſtom to plough only once; but the beſt cultivators ſeldom ſow this grain with⯑out giving two or three ploughings, eſpecially when the land is to be ſown with clover and graſs feeds.
Every other ſpecies of grain is ſown after one plough⯑ing, except when beans or peaſe are to be drilled.
Trench Ploughing, is practiſed by a few; it is an excel⯑len mode for breaking up graſs lands, and is performed by two ploughs following each other in the ſame furrow; the firſt plough paring off the ſurface, from 1 to 1½ inches thick, and turning it into the bottom of the laſt-made furrow: While the ſecond plough, going 3 or 4 inches deeper, turns upon it a ſod of friable earth, which being deſtitute of tough fibrous roots, harrows to a ſine mould with little difficulty.
This practice entirely obviates the objections to drilling upon clover lea, and the additional expence will not be more than 4s. per acre, which, put in competition with the advantages to be derived from it, will leave a conſider⯑able balance in favour of the practice: in breaking up old ſwards, on clayey lands, the expence is almoſt ſaved in the harrowing; on ſuch ſoils it will be found of great [61]ſervice, if they are thus ploughed in Autumn, they may be eaſily drilled with beans or peaſe in the Spring, and the ſubſequent hoeings performed with facility; operations that would be very difficult to perform, when ploughed in the manner uſually practiſed.
The Ridges are of various forms and ſizes.—On the deep ſoiled lands, that were uſed as arable ſome centuries ſince, the ridges are moſtly very high, broad, and crook⯑ed;* upon lands that have been lately brought into cul⯑tivation, they are ſtraight, nearly flat, and in general a⯑bout twelve or fifteen feet broad; on dry lands, they are quite flat, and alternately gathered and ſplit. A breadth of fifteen feet anſwers beſt for ſowing broad-caſt at two caſts.
A few years ſince, the ploughing, and various other purpoſes, for which draughts are wanted upon a farm, were performed by horſes, which in ploughing or harrow⯑ing are always yoked double, and driven with cords by the ploughman, and in general plough an acre a day; but in the ſeaſon of ſowing turnips, one and a half, or even two acres, are frequently ploughed, on fine light ſoils. But ſince the great advance in the price of horſes, oxen have been more uſed, eſpecially for the purpoſes of ploughing, and carting about home.
They are harneſſed both with yokes and collars. Where three or four are uſed, a boy is allowed to drive; when two,† the man that holds the plough drives with cords. They only plough half a day at a time; one half of a team being uſed in the forenoon, and the other in the afternoon.
SECT. 2.—Fallowing.
[62]The practice of making naked fallows on all kinds of ſoils, once in 3 or 4 years, was general thro' this county, till the introduction of turnips; in a few years the fallows of the dry lands were covered with this valuable plant. On ſuch other ſoils as were found improper for this root, the naked fallows ſtill prevail, with an almoſt univerſal opinion, that it is abſolutely neceſſary to the fertility of the land; yet there are ſome few who dare to doubt this long-eſtabliſhed doctrine, and preſume to think, that na⯑ked fallows might be diſpenſed with in many ſituations, by cultivating leguminous crops, drilled at wide intervals, to admit being ploughed, or horſe-hoed between: to which, if proper hand-hoeings be added, the land will be as well pre⯑pared for wheat, as if it had been a compleat naked fallow.
This is not advanced on ſpeculation or theory; inſtan⯑ces can be produced, where no naked fallows have been made on fields of ſtrong loam for 12 years, yet they are as clear of quickens, couch-graſs, or other pernicious weeds, as any fields in the diſtrict, that have been under naked fallow two or three times in the ſame period.*
Whether fallowing is or is not neceſſary, has been much agitated of late years; ſo much ſo, that the diffe⯑rent partiſans have obtained the appellation of "fallow⯑eſts," and "antifalloweſts:" It happens to be one of thoſe ſubjects which can never be determined by reaſoning, o⯑pinions, or bold aſſertions; fair experiments only can reſolve it; and whatever may be the reſults of ſuch ex⯑periments, [63]it may be juſtly concluded, they will be the ſame in ſimilar ſoils, climates, and ſituations.
Tho' we are diffident in giving a decided opinion up⯑on ſo important a ſubject, yet from obſervations made on the above facts, we cannot help being inclined to think, that the quantity of maked fallow might be very much reduced, and in another century will probably be totally aboliſhed, if no fortuitous circumſtances ariſe to check the exertions and ſpirit for improvement, which have been ſo prevalent of late years, and ſo generally dif⯑fuſed thro' this diſtrict.
SECT. 3.—Rotation of Crops.
The moſt prevailing rotation was,
- 1 fallow
- 2 wheat
- 3 oats
- 4 fallow, &c.
repeated for two, three, or four fallowings:—Upon the ſtrong lands along the ſea-coaſt, inſtead of oats after wheat, they generally ſubſtitute peaſe or beans, or beans and peaſe mixed; when laid down to graſs, it is ſown with graſs ſeeds, and continued in graſs ſeven or more years.
On dry ſoils, after ploughing out from graſs, the rota⯑tion was,
- 1 Oats
- 2 Oats
- 3 Turnips, ſown broad-caſt, limed and dung⯑ed and twice hand-hoed.
- 4 Barley or wheat, ſown up with clover and ray-graſs, and continued in graſs from four to ſeven, or more years, depaſtured principally with ſheep.
The beſt cultivators uſe the following rotations, accor⯑ding to ſoil, ſituation, and circumſtances.
- 1 Fallow
- 2 Wheat
- 3 Clover for 1 or 2 years, depaſtured with [64]ſheep.
- 4 Beans or peaſe.
- 1 Turnips, drilled at 30 inches intervals.
- 2 Barley
- 3, 4, Clover and graſs ſeeds; for 2 or 3 years, depaſtured with ſheep, and a ſmall proportion of cattle.
- 5 Oats
- 6 Beans, or peaſe, drilled at 30 ins. in⯑tervals, horſe and hand-hoed.
- 7 Wheat, drilled from 9 to 12 ins. inter⯑vals, horſe and hand-hoed.
Sandy and dry light loams,—after being ploughed out from graſs,
- 1 Oats.
- 2 Turnips, drilled at 30 ins. intervals.
- 3 Barley or wheat, drilled from 9 to 12 ins. intervals, hoed and ſown up with clover and graſs-ſeeds, depaſtu⯑red with ſheep, (and a ſmall propor⯑tion of cattle) for three or more years.
This laſt rotation has been practiſed of late years, and is becoming more general, not only upon the turnip ſoils, but upon the ſtrong clayey lands, ſubſtituting naked fal⯑lows, or beans drilled at 30 ins. intervals, inſtead of tur⯑nips; and thoſe who have tried it on ſuch ſtrong lands, find, that after two or three years clover and graſs ſeeds, depaſtured with ſheep, the land will grow good crops of oats, which they could never get it to do under their old ſyſtem.
Thoſe who have practiſed the Norfolk ſyſtem on thin light ſoils, find their crops grow worſe, eſpecially the tur⯑nips and clover, and many have been obliged to adopt this ſyſtem, by which they find their lands renovated; [65]and, inſtead of having to complain, that their ſoil was "tired of turnips and clover,' they now find, that it pro⯑duces abundant crops, and that every rotation brings it nearer its former fertility.
SECT. 4.—Crops commonly cultivated.
WHEAT.
The preparation, for the greateſt quantity of wheat rai⯑ſed in this county, is naked ſummer fallow:—Of late years conſiderable quantities have been grown after tur⯑nips; it is alſo grown after rape, clover, beans, peaſe, tares, and potatoes.
The kinds of wheat grown here include many varieties, and as they are known by different names in different diſ⯑tricts, we are afraid, that by barely mentioning their names, a very different variety may be taken for the one we mean; and tho' we deſpair of pointing out ſuch marked diſtinctions as accurately to diſtinguiſh them in all caſes, the ſhades of difference being often very ſmall, yet we hope there are ſome leading features which may help us to attempt an arrangement, and in ſome meaſure bet⯑ter enable our readers to aſcertain the variety intended; for this purpoſe we ſhall divide them into two orders: viz. the ſmooth chaffed, and the downy chaffed, of which we ſhall enumerate the principal varieties now grown in this diſtrict.*
1. Smooth chaffed: with a few ſhort awns towards the top of the ear.
Zealand—ears long and large, ſpicula very wide ſet, 9 in 3¾ inches, chaff white, ſometimes with a tinge of brown, [66]opening and ſhewing the grain; ſtraw very long, grain white and large.
White-Kent—ears middle ſized, 9 ſpicula in 3¼ inches, chaff white, opening and ſhewing the grain when ripe, ſtraw ſhorter than the laſt, grain white.
Golden ear—ears ſhort, ſpicula very cloſe ſet, 9 in 2¾ inches, chaff a yellowiſh light brown, ſhort; the grain white, and eaſily ſhook out by the wind.
Burwell-red—ears long and large, ſpicula very wide ſet, 9 in 3¾ inches, chaff a dark brown red, large and cloſed on the grain, ſtraw long, grain red.*
II. Downy chaffed: with a few ſhort awns towards the top of the ear.
Woolly-ear—ears middle ſized, ſpicula cloſe ſet, 9 in 3 inches, chaff white, cloſed on the grain, ſtraw long, grain white.
Velvet ear, or little wheat—ears ſmall, ſpicula cloſe ſet, 8 in 2¾ inches, chaff white, cloſed on the grain, ſtraw ſhort, grain white, ſmaller, ſhorter, and plumper than the laſt;† and the appearance of the ear is leſs in every dimenſion.
The downy chaffed wheats have ſhorter ſtraw, and are leſs liable to have the grain ſhaken out by winds (the chaff embracing the grain more cloſely,) than the ſmooth chaffed tribes, which is a conſiderable advantage; but then we are apprehenſive that this downineſs makes them retain the dews and moiſture upon the ear much longer [67]than the ſmooth chaffed kinds, and probably renders them much more liable to be affected by thoſe diſeaſes which give a duſky dark ſhade to the chaff, and a ruſty cankering upon the ſtraw; as we recollect few inſtances of ſmooth chaffed or red wheat being troubled with this diſeaſe, of courſe the downy chaffed kinds are moſt pro⯑per for windy open ſituations, and the ſmooth chaffed to well ſheltered incloſed diſtricts.
The ſeed is ſelected with great attention from the moſt perfect ſamples, and the practice of changing ſeed is thought advantageous; for this purpoſe more or leſs new ſeed is every year imported from diſtant parts, as Kent, Eſſex, Huntingdonſhire, Cambridgeſhire, &c.—New ſeed is preferred to old, and that immediately after being threſhed, rather than what has lain long in a granary.
Steeping in chamberlye, and powdering with quick lime immediately after, to make it ſufficiently dry for ſowing, is generally practiſed; the ſmut is ſeldom ſeen where this is properly performed,* and ſome go ſo far as to ſay, that it will cure ſmutty ſeed;†— it is done by throwing the [68]wheat into a veſſel full of chamberlye, ſtirring it about with a ſtrong ſtick, and ſkimming off the light grains as they appear on the ſurface; when this is done, the liquor is let off, (by a plug or cock at the bottom of the veſſel) and the wheat taken out and mixed with quick lime; after this, the ſooner it is ſown the better, becauſe it is apt to heat and ſpoil if ſuffered to continue in the ſacks, or in large heaps; but if dried and ſpread thin on a gra⯑nary floor, will keep ſeveral days.
If the grain remains too long in very putrid chamber⯑lye, its vegetative powers will be injured; 5 or 10 mi⯑nutes are as long as it ſhould be ſuffered to continue.
The quantity ſown, is from two to three buſhels per acre broad-caſt, according to times of ſowing, nature and condition of the land, &c.—Thoſe who drill at 10 or 12 inch intervals, find 1½ buſh. per acre amply ſufficient.
The time of ſowing, on the lands that receive a naked ſummer fallow, is September and October; after drilled beans, October and November; and after turnips, all thro' the winter, (as the land is cleared, and weather ſuitable,) until the middle of March.—In the year 1795, many hundred acres were ſown in Glendale Ward ſo late as the beginning of April, which was all well harveſted, and pro⯑duced, on an average, about 24 buſh. per acre, of excel⯑lent grain; in many caſes ſuperior to that ſown in the autumn: which was rather ſingular, as it is generally ex⯑pected that wheat ſown ſo late does not produce the grain ſo well perfected, as that which is ſown earlier.—This lateneſs of ſowing was occaſioned by the ſnow lying ſo late in the ſpring.—And we are diſpoſed to think, from [69]many experiments, that on thoſe light ſoils, the month of February is the beſt and ſafeſt ſeed-time for wheat, maſ⯑lin, and rye, of all others in the year.
For ſpring ſowing, the golden ear, and the Burwell-red wheats, are preferred to all others; except where the land is in ſuch high condition as to endanger the crop lodging; then the velvet ear is uſed, as not being ſo apt to lodge, from the ſhortneſs of the ſtraw.*—The Triticum Aeſtivum, (Si⯑berian wheat,) or ſpring-wheat, was introduced and ſtrong⯑ly recommended about twenty years ſince; but wherever we have ſeen it tried, the crops have been uncertain, and produce ſmall: and tho' this flinty kind will ripen, if ſown even as late as April, or beginning of May, yet it has not been able to maintain a ſtruggle with the varieties above ſpecified, and is now totally given up.
The culture whilſt growing, of the broad-caſt crops, con⯑ſiſts only in hand-weeding:—Such as are drilled, are hoed once or twice, as well as hand-weeded where want⯑ed. Theſe hoeings not only deſtroy the weeds, but make a fine preparation for the clover and graſs ſeeds; which ſeldom fail where this operation is properly performed.
For drilling,—we find that ridges of 78 inches wide, are the moſt convenient; on theſe we drill 6 or 8 rows, the horſe going in the furrow; 3 or 4 rows are depoſited on each ſide; and being afterwards deeply water-furrow⯑ed, the land is kept much drier through the Winter, than when in broader ridges; a matter of conſiderable import⯑ance to a wheat crop on moiſt ſoils.
[70] The produce varies conſiderably, according to ſoils, ſeaſons, culture, &c. from 24 to 30 buſh. per acre may be taken as a fair average crop, under favourable circumſtances, as high as 50 and even 60 buſh per acre ſometimes occur.
The manufacture of wheat into flour for exportation, is principally carried on at Alemouth, Waren, and a few mills near Berwick; what is done in the vicinity of New⯑caſtle and other places is principally for home conſump⯑tion.
RYE
Was formerly the principal grain grown upon all the dry, ſandy, and light ſoils; but ſince the uſe of lime, and the introduction of turnips and artificial graſſes, it is rare⯑ly cultivated, [...]xcept upon very ſandy ſoils;* it is ſown af⯑ter turnips or clover, from September all through the winter, till the beginning of April.
The quantity ſown is about two buſhels per acre.
The produce from twenty to thirty buſhels per acre.
Upon lands intended for turnips next ſummer, it is frequently ſown in Auguſt and September, along with rape, as ſpring feed for ſheep, which often proves very valuable in the month of April.
Manufacture.—The principal part of the rye grown in this diſtrict, as well as conſiderable quantities imported from abroad, is conſumed in the ſouthern parts of the county, it being the moſt general bread of the labouring people in that quarter:—After being leavened, until it gains a conſiderable degree of acidity, it is made into loaves, and baked in a large brick oven, or made into [71]thick cakes, 1½ or 2 inches thick, called "four cakes," and baked on the girdle:—The bread is very firm and ſo⯑lid, dark coloured, and retains its moiſture or jucineſs longer than any other bread we know.
MASLIN
(That is wheat and rye mixed) is ſown in ſome parts of the county; the preparation, quantity ſown, and pro⯑duce, are much the ſame as wheat; its application is for houſehold bread, for which purpoſe many people think it ſuperior to wheat alone, eſpecially when the propor⯑tion of rye is betwixt ¼ and ⅓ of the whole.
It has been remarked, that when wheat and rye are grown mixed in this manner, the grains of each are larg⯑er and more perfect than when grown ſingly, without any admixture.
BARLEY
Is generally ſown after turnips:—In Glendale Ward a few farmers cultivate it in drills, with 9 or 12 inch inter⯑vals.
The kinds moſt commonly cultivated are,
1ſt. The common long ear'd barley, which being early, productive, and beſt liked by the maltſters, is by far the moſt prevalent.—This variety is diſtinguiſhed from the next by the ſkin having a light red or purpliſh tinge a little before it is ripe, and being marked with 7 dark red lines, running longitudinally along the back of the grain, and may be called the red ſtroked, or dark ſkinned barley.
2d. A variety of the long ear'd barley, the awns of which drop, or are eaſily ſhaken off when ripe; from the grain being ſhorter, plumper, and rounder bodied than the com⯑mon ſort, it is preferred by the millers for making in⯑to pearl barley.—This variety ripens later than the com⯑mon [72]kind, or red ſtroked barley, by near a fortnight, and is diſtinguiſhed from it by the grains being cloſer ſet, and the ſkin having a light yellowiſh tinge, and not being marked by dark red lines; it is alſo ſhorter in the ſtraw, and may be called the yellow, or pale-ſkinned long-ear'd barley.
3d. Battle-door, or ſprat-barley, is ſometimes grown, and is preferred, for ſowing upon land in high condition, where there is a danger of the other kinds lodging; it is about three weeks later of ripening than the common kind.
4th. Bear, bigg, or four-rowed barley, uſed to be the on⯑ly ſpecies of barley cultivated in the county:—It is now rarely ſown, except upon raw, crude ſoils, on which it is found to anſwer better than any other, more eſpecially if late ſown, owing to the turnips having been kept long⯑er than uſual in a cold backward ſpring, for the uſe of the feeding, and ſtore ſtock.
The quantity ſown is from 2 to 3 buſhels per acre broad⯑caſt; when drilled at 9 to 12 inch intervals, it is found that from 1½ to 2 buſhels per acre is ſufficient.
The time of ſowing, from the beginning of April to the latter end of May.
The produce, from 30 to 60 buſh. per acre.
Manufacture.—Great quantities are made into pot or ſhelled barley, not only for home conſumption, but for ex⯑portation: In the northern parts of the county very few corn mills are now to be found without the appendage of a barley mill.
Barley, or barley mixed with grey peaſe or beans, is the common bread of labouring people in the northern parts of this county; previous to grinding they are mix⯑ed in the proportion of two parts barley, and one of peaſe or beans; after being ground the meal is ſifted thro' a [73]fine ſieve, made of wood, to take out the rough huſks and coarſe bran; it is then kneaded with water, made in⯑to thin unleavened cakes, and immediately baked on a girdle over the fire.
In this diſtrict, barley or mixed meal, is ſeldom, if ever, leavened and baked in loaves.
OATS
Are univerſally grown throughout every part of the county; they are ſown after every ſpecies of grain, as well as graſs or clover lea.
The varieties, uſually cultivated, are,
1ſt. Poland oat—a variety of which, called Church's oat, from the name of the perſon* who firſt introduced them, are now in high eſtimation, and are the beſt early oat yet known for ſowing upon loamy lands in good condition; they are early, very productive, and much liked by the millers, who give two-pence per buſhel more for them than the common oat. This variety is known by the grains being remarkably ſhort, large, plump, round, and well filled, and not in the leaſt tailed: a buſhel generally weighs 46 lb.
2d. The Dutch, Friezland, or Holland Oat—were al⯑moſt the only ſpecies of early oats grown here, before the introduction of the Church oat; they are now only grown upon dry, light lands, to which they are better adapted than the Poland oat.
3d. Peebles Oat. †—A variety of common oat, but much [74]earlier, has been lately introduced from Peebles ſhire, in Scotland; it is a very proper oat for hilly diſtricts, not only for its earlineſs, but in not being eaſily ſhaken by the wind: The grains are the ſmalleſt of any other oat we know; but from the very thin ſkin, it meals well, and is liked by the millers, and ripens nearly as early as the dutch oat.
4th Common Oat *—is grown upon all ſuch lands as are not thought in ſufficient condition for the Poland or Dutch kind.
5th. Angus Oat.—A variety of common oat has been introduced of late years from Angus-ſhire; it is a better bodied grain than the common oat; produces more ſtraw, and anſwers very well in early ſituations. But its being later in ripening than the common oat, will militate a⯑gainſt its general adoption, in a country where early har⯑veſts are ſo deſirable. This oat anſwers beyond every other, in poor, dry, rabbit warren ſoils, from its throwing up ſo much ſtraw; and on ſuch ſoils ripens early enough.
6th. Tartarian Oats,—after ſeveral trials, by different people, about 20 years ſince, were given up, on account of the inferiority of the grain, and the ſtrong reedy ſtraw being of little value for fodder: We now find them cul⯑tivated in the midland parts of the county, on rather an extenſive ſcale, being found there more productive than any other kind they have tried; they ſpeak of ſome crops being as high as 80 buſhels an acre; but we ſuſpect theſe are under peculiarly favourable circumſtances, as we find that in compariſon with Angus oats, both grown in the ſame field, in the year 1795, they produced no more than 40 buſhels per acre, tho' eſtimated (by a ſtrong advocate for them) at near double that quantity; the Angus oats [75]were more productive per acre, and worth more to the millers by 3d. per buſhel.
7th. Black Oats—are ſeldom grown in this diſtrict; we do not remember ſeeing them more than three or four times, and then only by way of experiment.
In point of earlineſs, they ſucceed each other, as claſſed above; the Angus oat being at leaſt three or four weeks later than the Poland and Dutch.
The quantity ſown in general, is ſeven buſhels per acre of the Poland, and ſix of the Dutch oats: Theſe quan⯑tities are neceſſary, as they do not tiller much, and are large bodied grain; but for the other kinds, we think four or five buſhels ſufficient.
The time of ſowing,—is March or April, and the early kinds are ſown ſometimes as late as the middle of May.
The produce of common oats is from twenty to forty buſhels per acre; of the Poland and Dutch, from forty to ſixty. There are ſome inſtances of ſeventy or eighty buſhels per acre, but theſe were generally attended with ſome favourable circumſtances.*
On freſh land, and crude moory ſoils, oats are proba⯑bly the moſt profitable crop that can be ſown; old worn-out tillage, and ſtrong clay land, are improper for pro⯑ducing this grain; it being found, that in ſuch ſituations, they are ſcarce worth cultivating; ſuch ſoils are much better adapted to the culture of wheat, peaſe, beans, vetches, and other leguminous crops.
The Manufacture of Oat-meal, is carried on to a con⯑ſiderable extent, both for exportation and home conſump⯑tion; oat-meal being a principal article of food with the great maſs of inhabitants, not as bread, but in crowdies, or [76] haſty-pudding, (provincially "meal kail,") for breakfaſt and ſupper; the former is made by pouring boiling water upon the oat-meal, and ſtirring it in with a ſtick, or ſpoon ſhank, till it be ſo very ſtiff, that the ſtirring implement can with difficulty be got round; it is then eaten with butter or milk: this is the breakfaſt of many of the la⯑bouring people, eſpecially in the ſouthern parts of the county; and with which they reckon they can work long⯑er hours, than with haſty-pudding, or a breakfaſt of bread and milk.
Haſty-Pudding is made by putting oat-meal gradually in⯑to boiling water, and ſtirring it about with a peeled ſtick ("thivel") and letting it continue to boil in that thick⯑ened ſtate, until ſufficiently enough, when it is taken off the ſire, and poured out of the pan into pots or diſhes to cool, and then eaten with butter, or more commonly ſkimmed milk; it is an agreeable, nutritive, and healthy food, and is the general breakfaſt and ſupper of the la⯑bouring people in the northern parts of the county.
BEANS
Have, time immemotial, been a prevailing crop upon all the ſtrong lands in the county, eſpecially along the ſea coaſt to the ſouthward: they generally ſucceed wheat, clover, or old graſs.—The kinds cultivated, are the large and the ſmall horſe bean, and ſometimes the mazagan; they are ſown in February, four buſhels and a half per acre broad caſt, and never hoed: The produce very uncertain; 20 buſhels per acre a fair average broad-caſt crop.
In this diſtrict, the ſoil of which is ſo well adapted to the growth of beans, it is ſurpriſing that drilling them ſhould be totally neglected, and that this beneficial mode of culture for both beans and peaſe, ſhould be confined to [77]a few farmers in Glendale Ward and Tweed-Side: With theſe few they are drilled from 30 to 34 inches diſtance; horſe-hoed or ploughed between, and hand-hoed; the crops good, and the wheat that ſucceeds, equal to that upon the ſummer fallows adjoining. We find that two or three ploughings, or horſe-hoeings between the rows, and twice hand-hoeing in the rows, are generally ſufficient.
The firſt horſe-hoeing, or ploughing, takes the earth from the rows, and the ſecond turns it back again to earth up the beans which are then in full bloom, and from 24 to 30 inches high. If the land be ſo very hard, that a plough cannot penetrate it, the horſe-hoe, deſcribed page 41, muſt be firſt uſed.
Where beans are intended to be drilled, we plough the land in Autumn, immediately after the corn is off; gathering each ridge, and harrowing it lengthways; then ſet it up in one-bout ridges at 30 inches diſtance; and if the land be in broad high ridges, directly acroſs the ridges, water furrowing after the whole is done, and opening the hollow intervals into the water furrows; this keeps the land dry, and expoſes the greateſt quantity of ſurface to the influence of the atmoſphere, and amelioration of froſts.
If any dung or manure be intended for the fallow, we put it in the hollow intervals, and cover it by ſplitting the one-bout ridges with the plough, and drawing a harrow once over, in the direction of the one-bout ridges; the beans are then drilled upon them, by the drill plough, fig. 5. pl. 1.*
[78]Where the land is level, it may be ploughed into ridges of 66 or 78 inches wide; on the former (with the large drill, fig. 2. pl. 3.) we drill two rows of beans, and on the latter three: In the firſt caſe the horſe goes in the furrow, and the machine drills a row on each ſide of it, the diſtance of the rows 33 inches; in the latter caſe the horſe may go on the top of the ridge, or, what is better, two horſes may be yoked to it, ſo that one may go in each furrow.
PEASE
Were formerly a more general crop than at preſent; they are moſtly grown upon ſuch lands as have been worn out by running too long in ploughing.* The early and late grey pea are the only kinds cultivated here; the latter is uſually ſown in February or March, and the for⯑mer in April: three buſhels is the quantity ſown per acre, broad caſt; and the quantity reaped depends very much on ſeaſons; no grain being ſo uncertain a crop as peaſe. A good crop is reckoned at twenty-five to thirty buſhels per acre. They are alſo cultivated in drills, from 12 to 18 inch intervals, and horſe and hand-hoed.
Spring Tares—are grown principally for cutting, as green food for horſes, to ſupply the vacancy between the firſt and ſecond cutting of red clover, uſed for the ſame purpoſe and for the ſame intention.
[79] Winter Tares—have been lately introduced, and promiſe to anſwer well; both kinds are grown upon the fallow lands, intended for wheat or late turnips:—The winter tares are ſown in September, and the other in March.
POTATOES.
Of this invaluable root, the varieties cultiviated here are very numerous, and frequently changing; many of the kinds that were formerly in repute, being now in a manner loſt; as the true kidney, the rough white, the blood red, the tawny, and their places ſupplied by others.
For the Table, the ſorts moſt in repute at preſent, are three or four different kinds of long whites; one of which having a red end, is called red-ſnout, or red-neb; and ſeveral ſorts of round whites, and the pink-eye, or red ſtreak, which is a late potatoe, and the beſt for eating in the ſpring, of any we know;—it is frequently uſed till the beginning of July.
For Stock, the principal kinds uſed are, the champion and the black-a-moor, or black-potatoe.
They are generally cultivated in drills, from 32 to 40 inches diſtance; whole potatoes are ſeldom or never uſed for ſets, but cut into pieces, containing one or two ſprouts or eyes. Theſe are planted about 12 inches diſtance, in the bottom of the drill, the dung laid upon them, and the ſoil turned upon the whole, by the plough ſplitting the one-bout ridges. They are kept clean by hand-hoeing, and ploughing between the drills; and as the ſtems advance in height, they are earthed up by a common, or double mould board plough, with which im⯑plements they are frequently taken up, by ſplitting the drills in which they grow, and the roots gathered by wo⯑men and children.
[80]They are ſeldom grown for the uſe of ſtock, except for horſes, to which they are given raw,* after the rate of two pecks per day each horſe, and found very uſeful in the ſpring, (when the ſtraw and hay become dry) and are ſerviceable for preventing greaſe or other diſorders, by keeping the horſes cool and open: They are ſometimes given to cattle and ſheep in the ſpring, when a ſcarcity of turnips prevails.
The mode of preſerving them thro' the winter, is by lay⯑ing them in heaps, upon a piece of dry ground, and cover⯑ing them with ſtraw 6 or 8 inches thick, and over the ſtraw another cover of ſoil about a foot thick; which ſoil is got by making a ditch from 12 to 18 inches deep round the heap: A bed of ſtraw ſhould be laid at the bottom.
TURNIPS
Have not been uſed in this county as food for ſupport⯑ing cattle and ſheep, much above ſeventy years;† for this purpoſe they were firſt grown in the northern parts of the county; it is but of late years they have been cul⯑tivated on part of Tyne-ſide.
The varieties,—are the Green Top, the Red Top, and the White Top; which laſt, is by far the moſt general [81]and in the greateſt repute, being ſuperior to the others in ſize and ſweetneſs.
There is a ſmall hard white kind, preferred by ſome on account (it is ſaid) of ſtanding the winter better than moſt others, but it does not grow near ſo large a quantity upon an acre.
At their firſt introduction they were ſown broad-caſt, and hoed by gardeners and other men, at extrava⯑gant wages. The late ingenious Mr Ilderton, about twenty-ſeven years ſince, had the merit of firſt reducing the price of hoeing, by teaching boys, girls, and women, to perform the work equally as well, if not better, than men. The mode he took was ſimple and ingenious: By a light plough, without a mould-board, he divided the field into ſmall ſquares of equal magnitude, and directed the boys and girls to leave a certain number of plants in each ſquare. In a ſhort time they became accurate, re⯑gular, and expert hoers; and in a few years all the tur⯑nips of the country were hoed by women and boys, at half the expence, and better than by men.
The preſent mode of drilling turnips was firſt introdu⯑ced into this county about the year 1780; the advantages with which it is attended have ſo far recommended the practice, that very few are now ſown broad-caſt;* and as we think it is an operation that may be ſerviceable in o⯑ther diſtricts, we ſhall be more particular in deſcribing the manner of performing it.
The land being made ſine, prepared, &c. as in the broad-caſt method, the ploughman draws his firſt furrow as ſtraight as poſſible. In returning he keeps his far ſide [80] [...] [81] [...] [82]horſe in the new made furrow, and his plough at ſuch a diſtance as to form a one-bout ridge like Λ; by pro⯑ceeding in this manner, the land, when finiſhed, will ap⯑pear thus: ΛΛΛΛΛΛΛΛ The diſtance of theſe little ridges is from twenty-ſeven to thirty inches. A leſs diſ⯑tance does not admit of ploughing between the drills.
The next operation is ſpreading the dung; which is performed by a cart going down every third or fifth fur⯑row, and laying the dung in ſmall heaps; women and boys follow with ſmall three-pronged forks, and ſpread it evenly in the bottom of three or five furrows, that is, the one where the dung is dropped from the cart, and thoſe on each ſide of it: this done, the ploughman ſplits the one-bout ridges before raiſed, and covers up the dung ex⯑actly in the middle; but before the ſeed can be ſown, theſe laſt formed one-bout ridges require to be flattened at the top, by a ſmall roller that flattens two ridges at once. Upon the top, and exactly in the middle of theſe flattened ridges, the ſeed is depoſited by one or two drill machines, tied to the roller by a rope ſix or ſeven feet long; at which diſtance they follow the roller, each ma⯑chine being guided by a man.* When finiſhed, the work appears in this form:
Where S repreſents the feed, and D the dung directly under it, which is wholly employed in promoting the ve⯑getation of the turnips.
The roller is drawn by one horſe, driven by a boy. Setting up the ridges, and covering in the dung, is per⯑formed by a common ſwing plough. The quantity of [83]ſeed ſown, from one to two pound per acre; it being bet⯑ter to have an abundance of plants, for fear of accidents. The quantity of dung uſed is from ten to fifteen two-horſe cart-loads per acre.
When the plants have four leaves, we begin to hoe; and as they have ſo much room ſideways, we leave them only eight or nine inches diſtance from one another in the rows or drills. The hoers go ſideways, and pull the ſur⯑plus plants, weeds, &c. into the hollow intervals between the one-bout ridges, and the turnips are left as regular as if they were planted. This work is performed by women and children, with the greateſt care and exactneſs, at the expence of four ſhillings per acre.
As ſoon as the plants are recovered, which will be in eight or ten days, a ſmall plough* (five inches wide at the bottom behind, and eleven inches at top) drawn by one horſe, takes the earth from the turnip rows, and with the ſoil covers the weeds, &c. which the hoers had pulled into the hollow intervals between the ridges. A ſecond hoeing takes place, when the plants are ſtrong enough, and otherwiſe neceſſary; and a few days after, the ſoil or earth before ploughed from the turnip rows, into the hol⯑low intervals, is now equally divided and laid up to each drill or ridge again, by the ſame ſmall plough and one horſe, or with a double mould-board plough.—This fi⯑niſhes the buſineſs, unleſs the land has been very wild and out of condition, and requires more hoeing and ploughing between the drills.
If the drills are made in the ſame directions of the rid⯑ges at the next ploughing for corn, the ſurface will be ir⯑regular, and the dung unequally diſtributed. To avoid this, on dry level lands, the drills are made diagonally a⯑croſs the field; but where the ridges are high, it is beſt [84]to make the drills directly acroſs the ridges, and draw a plough down the furrows to take off the water.
It is generally ſuppoſed that a weightier crop is produ⯑ced by the drill than the broad-caſt method;* but even admitting them equal in this reſpect, the ſuperiority, as a fallow crop, muſt be allowed to the drill; for the repeat⯑ed ploughings in the intervals, and hand-hoeings in the rows, effectually extirpate the whole race of annual weeds; and ſo much ſurface being expoſed through the winter, makes a higher preparation for any ſucceeding crop. A⯑nother advantage is, the facility with which they are hoed, as a boy or girl, nine or ten years old, can hoe them with the greateſt eaſe, and generally better than expe⯑rienced broad-caſt hoers, who are apt to take too many plants away; while the young ones, from the apprehen⯑ſion of making them too thin, will leave them at any diſ⯑tance you ſhew them.
The application of turnips in this county is moſtly to feeding and rearing cattle and ſheep, and ſome ſmall quan⯑tities for raiſing ſeed.
When uſed for cattle, they are always led off from where they grow, being previouſly cleared of the earth and fib⯑rous roots as they are pulled, in order to keep them as clean as poſſible. When the cattle are tied up in ſheds, which we think much better than being out in the fields, they are foddered with turnips eight or nine times a day, and with ſtraw or hay twice; great attention ought to be paid to keeping their cribs clean.
[85]When the convenience of ſheds cannot be had, they are given to the cattle in a dry graſs field, ſcattered as thin as circumſtances will admit: A crib with ſtraw in it ſhould be conſtantly in the field, for the cattle to ſerve themſelves whenever they chuſe.
For ſheep, they are ſometimes eaten upon the ground where they grow, particularly if a dry, light ſandy ſoil, but more generally led off into an adjoining field,* which we think a much better and more economical practice; the ſheep getting a daily, regular ſupply of freſh food, and the ſhells being kept clean, are eaten by young cattle, or thoſe that are to be fattened next ſummer upon graſs.
Sometimes every other ridge is led off, and the remain⯑der eaten upon the ground where they grow.
When eaten upon the ground, the ſheep are not turned upon the whole at once; but have it portioned out to them, by hurdles, or nets; ſo that they may have a freſh break once a week or ten days.
For ſeed, the turnips of the beſt form are ſelected and tranſplanted in the month of October, November, or De⯑cember, into a piece of ground properly prepared to re⯑ceive them; in July or Auguſt following it is generally reaped, tied up in ſheaves, and when dry, put into a long ſtack, where it is kept through the winter, and threſhed out in April or May.
The trouble of ſelecting and tranſplanting is ſometimes diſpenſed with; but the ſeed raiſed in this manner is ſold for one-half or one-third the price of the tranſplanted [86]ſeed; that is, when the tranſplanted ſeed is ſold for 1s. per lb. the other is ſold for 4d. or 6d.
The produce is very variable, being ſubject to many caſualties.—The average crop may be reckoned about 20 buſhels, or half a ton per acre—The land ſhould be good, and well manured after the crop; as we find the ſoil much impoveriſhed by it.
HISTORY OF DRILLED TURNIPS.
TO trace uſeful diſcoveries from their origin, through their various ſtages of improvement, is in moſt caſes both uſeful and entertaining; and teaches us not to deſpair, though our firſt attempts may be unſucceſsful; but rather hope, that by perſeverance, and varying modes and cir⯑cumſtances, we ſhall at laſt attain the object ſought for. The method of cultivating turnips, deſcribed above, is an encouraging inſtance of this obſervation:—as we find that Mr Tull firſt cultivated turnips at three feet diſtance;—for in his Eſſay on the Principles of Tillage and Vegeta⯑tion, under the article Turnips, page 96, he ſays, "When I drilled upon the level* at three feet intervals, a trial was made between thoſe turnips, and a field of the next neighbour's, ſown broad-caſt at the ſame time, whereof [87]the hand-hoeing coſt ten ſhillings per acre, and had not quite half the crop of the drilled; both being meaſured by the buſhel, on purpoſe to find the difference.*
"Drilled turnips, by being no where but in the rows, may be more eaſily ſeen that thoſe which come up at ran⯑dom; and may therefore be ſooner ſingled out by the hand-hoe, which is another advantage, becauſe the ſoon⯑er† they are ſingled out the better they will thrive. Page 98.
"We need not be very exact in the number or diſ⯑tance‡ we ſet them out at; we contrive to leave the maſ⯑ter turnips (when there is ſo much difference in them) and ſp [...]re ſuch when near one another, and leave the more ſpace before and behind them; but if there be three maſ⯑ter turnips together, we take out the middlemoſt. Page 100.
"Dung and tillage together will always attain the ne⯑ceſſary degree of pulverization in leſs time than plough⯑ing can do alone; therefore dung is more uſeful for tur⯑nips, becauſe they have commonly leſs time to grow than other plants. Page 102.
"I have had great crops of turnips in rows three feet aſunder, and much greater than I could ever obtain from [88]rows thirty inches aſunder. But one reaſon why I like ſix foot rows better is, that the largeſt turnips are beſt for oxen; and are pulled up and loaded with the leaſt expence.—I find that the leaſt competent number will (cateris paribus) always be the largeſt. Preface, page ix.
"Several lands of turnips, drilled on the level of three foot rows, ploughed and doubly dunged, and alſo horſe-hoed, did not produce near ſo good a crop of turnips as ſix foot rows adjoining, horſe-hoed, though no dung had been thereon for many years.
"There was no other difference, than that the three foot rows did not admit the hoe-plough to raiſe half the ar⯑tificial poſture as the ſix foot rows did. The dung plough⯑ed into the narrow intervals before drilling, could oper⯑ate no farther with any great effect, than the hoe-plough could turn it up, and help it in its pulverization."
From theſe extracts it appears, that Mr Tull cultivated turnips in rows, not only on the level, but on the tops, of two and a half and three feet ridges, and both horſe and hand-hoed, as at preſent; but whether he put dung in the bottom of thoſe ridges is not ſo clear, from the ex⯑preſſion, "the dung ploughed into the narrow intervals before drilling." It is unfortunate that this ingenious gentleman, to ſupport a whimſical theory, ſhould not al⯑low that dung was of any other uſe in vegetation, than in pulverizing the ſoil; though he is obliged to admit, that for cabbages, turnips, carrots, and potatoes, it will make the crops greater, and the cattle will like them never the worſe.*
But his diſciples entertained juſter notions of the pro⯑perties and value of dung to neglect it, as will appear in the ſequel.
We are informed by a gentleman who went to direct the management of an eſtate in Dumfriesſhire, in 1769, [89]that Mr Craik, of Arbigland, near Dumfries, had then drilled turnips betwixt twenty and thirty years; by tak⯑ing the medium, his firſt beginning would be about 1745. The mode he purſued was as follows:—In the Autumn, as ſoon as the corn crop was off, he ploughed his land in⯑to two-bout ridges, in which ſtate it continued all winter; next ſpring theſe ridges were ploughed, and harrowed until ſufficiently pulverized, and at laſt ſplit to make a hollow furrow for depoſiting the dung, which was cover⯑ed in by the plough going twice about, making a ridge near four feet wide; then this two-bout ridge was har⯑rowed, a ſingle-wheel drill, turning round a hollow cylin⯑der of tin with holes in it, depoſited the ſeed directly over the dung: the drill had a ſmall roller behind to cover in the ſeed, and was drawn by one horſe. When the plants were ready for hoeing, they were ſet out at ten or twelve inches diſtance one from another, in the rows; and the intervals ploughed between through the Summer, as oft⯑en as neceſſary.
From this place it is probable that the practice had tra⯑velled into Cumberland; for in the year 1755, Philip Howard, Eſq. of Corby, firſt cultivated turnips in that county, in drills with four feet intervals; finding the diſ⯑tance too wide, he reduced it to two feet, and continued it for ten years before it was followed by the farmers, who now purſue the ſame mode with little variation, except that they make the diſtance of the intervals about twenty-ſeven inches. The one-bout ridges, in which the dung is depoſited, are here called ſtitches, and are flattened at the top by drawing a piece of wood over them, in⯑ſtead of a roller or a harrow.
About the year 1756, or 1757, Mr Pringle, formerly a ſurgeon in the army, who had an eſtate near Coldſtream, in Berwickſhire, was the firſt perſon in that neighbour⯑hood who cultivated turnips in this manner: His drills [90]were at three feet and a half diſtance. Mr Cox, a ſerjeant, whom Mr Pringle brought home with him for a ſervant, ſays, that his maſter took his hints from Mr Tull's book, and that he alſo drilled all his corn crops, until he had overcome the annual weeds.
Mr William Dawſon, who was well acquainted with the turnip culture in England, having been purpoſely ſent to reſide in thoſe diſtricts for ſix or ſeven years where the beſt cultivation was purſued, with an intention not only of ſeeing, but of making himſelf maſter of the manual ope⯑rations, and of every minutia in the practice, was convinc⯑ed of the ſuperiority of Mr Pringle's mode over every o⯑ther he had ſeen, either in Norfolk or elſewhere; and in 1762, when he entered to Frogden Farm, near Kelſo, in Roxburghſhire, he immediately adopted the practice up⯑on a large ſcale, to the amount of 100 acres yearly. He began by drilling at three feet diſtance; but a few years after, trying various widths of intervals, he re⯑duced it to two feet and a half, which he ſtill con⯑tinues. As far as we have been able to obtain informa⯑tion, he was the firſt that uſed a roller for flattening the tops of the one-bout ridges.
It may not be improper to remark, that Mr Pringle purſued this mode for ſeveral years, yet none of his neigh⯑bours followed the example; but no ſooner did Mr Daw⯑ſon (an actual farmer) adopt the ſame ſyſtem, than it was immediately followed, not only by ſeveral farmers in his vicinity, but by thoſe very farmers adjoining Mr Pringle, whoſe crops they had ſeen for ten or twelve years ſo much ſuperior to their own. It is alſo deſerving of notice, that when Mr Dawſon ſettled at Frogden, the whole of that diſtrict was under the moſt wretched ſyſtem of cultivation, and the farmers unacquainted with the value of turnips, artificial graſſes, and lime. At firſt his practice met with many opponents, and was ridiculed by the old, the ignor⯑ant [91]ant, and the prejudiced; but his ſuperior crops and pro⯑fits ſoon made converts: The practice in a few years be⯑came general; and this diſtrict is now amongſt the beſt cultivated in the kingdom, the land trebled in value, and the aſpect of the country greatly improved. It is a pleaſing reflection, that the example and exertions of one man has been capable of producing ſo great, ſo laſting, and ineſtimable benefits; and it is more than probable, that this mode of cultivating turnips would have died a⯑way with Mr Pringle, and the practice been loſt to this diſtrict, had it not been for the diſcernment and intelli⯑gence of this individual.
We remember ſeeing, about twenty-five years ſince, turnips cultivated in this manner, by Mr Chriſtopher Ben⯑ſon, of Stainſby, near Ripley, in Yorkſhire, an ingenious gentleman, and great advocate for drilling, and who had drilled all his corn crops for many years: His nephew, Mr Donkin, informs us, that he had cultivated turnips in this manner, more than twenty years before this, which will be prior to the year 1750.
In Mr Benſon's practice deſcribed by himſelf, in Dr Hunter's Georgical Eſſays, page 379, the ſeed is drilled upon the dung, and that and the ſeed covered together, by harrowing acroſs the ridges:* In this paper he very properly ſums up the advantages of this mode of cultivat⯑ing turnips; he obſerves, "the ſeed being placed upon the moiſt dung, will vegetate early in all circumſtances of the weather; and the manure being well covered, will be ſecured from evaporation in the hoteſt ſeaſons: The turnips being placed immediately over the manure, have a ready paſſage by means of their tap roots, into rich bed of nutriment, which will accelerate their growth, and in⯑creaſe their ſize. As the crop grows upon ridges, with a [92]trench on each ſide, it is obvious that the turnips will re⯑main dry in the wetteſt ſeaſons, a circumſtance of the ut⯑moſt utility: To thoſe advantages we may add, the doub⯑ling of the ſoil, which I conſider as an important article in all ſituations where the ſtaple of the land happens to be thin."
From a review of the whole it appears, that the pre⯑ſent mode of cultivating turnips, by drilling in rows at two feet and two feet and a half diſtance, had occurred to different people in different parts, who all, at firſt, began according to Mr Tull's directions, with the addition of dung put in the bottom of the ridge; and after trying various width of intervals, found that the beſt and moſt convenient diſtance was from twenty-four to thirty inches; but it is very clear that Mr Tull is the root from whence this excellent practice firſt originated.
This mode of cultivating turnips, is now ſpreading far and wide, with great rapidity; beſides this county, it is alſo the general practice of Roxburghſhire and Berwick⯑ſhire, and has been lately adopted by the beſt cultivators in various diſtricts of Scotland, as well as different parts of England; amongſt which the county of Norfolk will par⯑ticularly proſit by it, as a firſt-rate cultivator who holds a large farm in that county, has procured the proper appara⯑tus from hence, and ſent his ſon to be inſtructed in the different operations; it has alſo found its way into Dor⯑ſetſhire; we had the pleaſure of ſeeing it practiſed with great ſucceſs by the ingenious Mr Boſwell of Piddletown; and to the farmers of Devonſhire, it has been particularly recommended, as the beſt ſyſtem known, by the cele⯑brated Mr Marſhall, who has minutely examined, and is well acquainted with the agriculture of the greateſt part of the kingdom.*—And the Preſident of the Board adds, [93]that this gentleman informed him, that the beſt cultiva⯑tors, and moſt intelligent farmers he had ever ſeen, were thoſe who practiſed this ſyſtem on Tweed-ſide.
SECT. 5.—Crops not commonly cultivated.
Ruta Baga—has been tried by a few; but not ſo long as is neceſſary to draw any poſitive concluſions reſpecting its comparative merits. With us, it is not near ſo valua⯑ble as the common turnip. Hares are remarkably fond of it, and will not touch the other turnips while there is one of theſe in the field.
Rape—is ſeldom grown for feed, and perhaps not ſo often for ſheep as it ought, on lands improper for turnips. Upon lands that have grown early oats, and are intended for fallow next year, it is ſometimes ſown in September, as ſpring ſeed for ſheep, to ſupply the vacancy between turnips and clover. For this purpoſe a little rye is ſown along with it.
Cabbages—were cultivated, but gave way again to tur⯑nips; it being thought that the latter anſwer as good a purpoſe, and are obtained with leſs trouble.
Carrots—have been frequently tried; but have hither-to made little or no progreſs, probably from the great trouble attending their cultivation, compared with pota⯑toes; which in ſome meaſure anſwer the ſame intention as food for horſes.
Flax—was formerly cultivated in ſmall quantities for family uſe, but is now in a great meaſure given up; it hav⯑ing been found, that land which had grown flax was ſo much impoveriſhed, as to require an extra manuring, be⯑fore it could be brought to the ſame ſtate of fertility as the reſt of the field.
Woad, (Iſatis Tinctoria.)—This plant, the leaves of [94]which are ſo uſeful in dying,* is cultivated at Newburn only, on the banks of the Tyne, by Meſſrs Rait, Pollock, and Dun.
The ground is ploughed with a deep furrow before Winter, and made as fine as poſſible againſt April, in which month it is ſown, at the rate of 6 buſhels per acre, broad-caſt; in about a fortnight after it makes its appear⯑ance above ground, particular care is taken to keep it clear of weeds, which is done by boys and girls from 10 to 14 years of age;† who have each a ſpade about 5 inches long and 4 inches broad, which they uſe with one hand to dig up the weeds, and with the other gather them; this pro⯑ceſs is repeated two or three times before cropping; which is done by wringing off the leaves of the plant with their hands, and putting them in baſkets.—The firſt crop is generally gathered the latter end of July; the ſecond, the laſt week in September, and the third in November; but this is only from off ſuch parts where the ſecond crop was gathered firſt: It is carried from the field in carts to the mill, where it is ground into a green paſte, and made into balls about 3 inches diameter, when it is ſet upon ranges under ſheds to dry, which is done in two or three weeks; after this it is put into the houſe or pen, and kept till all the fields are gathered, and afterwards manufactured.‡
SECT. 6.—Corn Harveſt.
[95]The Corn Harveſt—in the vale of Till, and upon Tyne⯑ſide near Hexham, frequently begins the firſt week in Auguſt; while upon the cold backward ſoils and ſituations, oats will be often uncut the latter end of October, or be⯑ginning of November; but the moſt general harveſt is in September. Moſt of the corn is cut with ſickles, by wo⯑men; ſeven of whom, with a man to bind after them, generally reap two acres per day—Oats and barley are ſometimes mown.
Wheat is ſet up in ſtooks of twelve ſheaves each: oats and barley are ("gated,") ſet up in ſingle ſheaves; and when dry, bound tight at the bottom, and led home, or ſet up in ſtooks of ten ſheaves each. The ſtacks are moſt⯑ly round; but ſome of the beſt farmers ſet up their barley and wheat in long narrow ſtacks, which keep the corn much better and dryer: And the practice of placing corn upon ſtone pillars, with a cap or cover over them (to keep out the mice) and a frame of wood over all, is gaining ground, and cannot be too much recommended, as it not only prevents the mice getting to it, but keeps the corn dry and airy: It is an excellent method for grain that is to be kept until Summer; and one principal advantage is, that wheat may be led from the field and ſet upon thoſe ſtands almoſt as ſoon as reaped — They are made both round and oblong, but moſt of the latter.
CHAPTER VIII. GRASS.
[96]SECT. 1.— Natural Meadows and Paſtures.
WHAT is generally underſtood by natural meadows, are ſuch lands as are overflowed by rivers, and produce a crop of hay every year, without any returns of manure: Of this deſcription of meadows we have very few in this county; what are called meadows here, are ſuch old graſs lands as are employed for growing hay almoſt every year, the greateſt part of which are uplands: To enable them to ſtand this ſevere cropping, they are, or ought to be, manured on the ſurface, every third or fourth year: if this operation be neglected, they impoveriſh very faſt. Where they cannot conveniently be dunged as above, they are depaſtured one year, and mown the other; or, what is better, depaſtured two years, and mown the third; the produce, from 1 to 1½ tons per acre, a fair crop; the aftermath (or "Fog") is frequently let from 10 to 15 ſhillings per acre, and is moſtly conſumed in fattening oxen and cows.
Lands that are intended for meadow, are "freed" (from being depaſtured with any kind of ſtock) at differ⯑ent times in the ſpring, from the beginning of April to the middle of May, as beſt ſuits the convenience of the occupier; particular attention is paid to the mole-hills, dung, &c. being "ſcaled," * and the ſtones and other matters that might obſtruct the operations of the ſcythe, are carefully gathered off.
[97] Natural Paſtures, or old graſs land, are moſt prevalent along the ſea coaſt, theſe are depaſtured with both ſheep and oxen; the general mode of ſtinting being two acres to an ox, and the ſame quantity of ground to 8 or 10 ſheep, thro' the Summer, and from 1 to 2 ſheep per acre thro' the Winter; the latter are either the ſtore flock, or ewes for fat lambs.—Sometimes Cheviot wethers 3½ years old in good condition, are put in thoſe paſtures after the fat⯑ting cattle are taken out, and pay well if they get ſuffi⯑ciently fat to be ſold to the butchers about Chriſtmas.
SECT. 2.—Artificial Graſſes.
The Artificial Graſſes moſt commonly cultivated in this county are, red clover, (trifolium pratenſe,) white clover, (trifolium repens,) and ray-graſs (lolium perenne:) with theſe ſome people mix rib-graſs (plantago lanceolata) and upon ſandy ſoils, hop-medic* (medicago lupulina) is ſown with ſucceſs.—Few of theſe graſſes are ever grown alone, except red clover, when intended to continue only one year; and even then, a ſmall portion of ray-graſs (from one to three gallons per acre) is generally ſown with it, we think with much propriety, as it not only comes early in the ſpring, but thickens the crop, and facilitates mak⯑ing the clover into hay.
But when land is intended to continue for three or more years in graſs, they are generally mixed in the pro⯑portion of eight or ten pounds of red clover, four pounds of white clover, and half a buſhel of ray-graſs per acre: to the above quantities are ſometimes added three or four pounds of rib-graſs, and hop-medic, as the ſoil ſuits. When red clover is grown alone, 10 or 12 pounds an acre are ſown upon dry friable ſoils, and from 14 to 18 [98]pounds upon ſtrong loams or clays. They are ſown in March, April, and May, upon lands fallowed the ſummer preceding for wheat, or turnips ſucceeded by barley, and ought always to be harrowed in, as well as rolled. Harrowing is particularly neceſſary upon ſtrong lands growing wheat; and acroſs the ridges is the beſt mode of performing the operation. We find, that where corn is drilled, and the intervals hoed, it pulverizes the ſoil, and makes the fineſt preparation for graſs ſeeds of all others: where this is properly done, and harrowed once acroſs, after the ſeeds are ſown, they ſeldom or never miſs; long experience having proved, that nothing requires a finer tilth than clover and graſs ſeeds:—Upon the beſt ſoils, the clover and ray-graſs mixed, are generally ready to depaſture with fat ſheep by the beginning of April, and from May, through the Summer, will carry ſix or eight ſheep per acre, according to the luxuriance of the crop and fertility of the ſoil; the ſecond and remaining years, they are depaſtured by the ſtore flock. Theſe paſtures are frequently mown when the ray-graſs begins to flow⯑er, which not only increaſes the bottom graſs, but a quantity of excellent hay is obtained, of conſiderable value.
When the clovers are not depaſtured, but kept for hay, they are generally mown about the latter end of June; the average produce about 2 tons per acre. The ſecond crop is rarely cut for hay, but depaſtured by cattle or ſheep, chiefly the latter: When cattle are put into a freſh clover "fog," eſpecially in wet weather, they ſometimes hove, by the ſudden fermentation of the clover; to pre⯑vent this inconvenience, cattle are put upon it in the mid⯑dle of the day, when it is free from dew or any moiſture, they being firſt filled with natural graſs, which hinders them from eating ſo greedily, as if put on hungry; if the clover once paſs, they ſeldom take any harm after⯑wards: [99]by uſing this precaution, we have not had any cattle hoven, for ſeveral years.—When very much ſwelled, an inſtrument is uſed, (ſimilar to that uſed by ſur⯑geons in tapping for the dropſy) it is ſo contrived, that after being thruſt in between the hip and rib, (on the near ſide) one part pulls out, while a tube remains in the ori⯑fice, thro' which an amazing quantity of fetid air eſcapes, and relieves the animal; but they are very apt to hove again afterwards.
We have heard of hoven cattle being relieved, by giv⯑ing them an egg ſhell full of tar.
The practice of keeping horſes in the houſe, ſheds, or fold-yards, all Summer, upon cut clover, tares, &c. was introduced into this county, about the year 1770; it is now generally adopted by the beſt farmers, who find their horſes thrive better; are cheaper kept than depaſ⯑turing at large; and alſo, that a quantity of manure is gained by this means, which otherwiſe would have been in a great meaſure loſt, or of very little uſe; as the dung of horſes, when dropped in paſtures, is moſtly deſtroyed by inſects, in the Summer ſeaſon.—An acre of good clo⯑ver uſed in this manner, will keep from 2 to 3 horſes, from the beginning of June till the end of October, a⯑bout 20 weeks.
Saintfoin, Lucern, and Chicory, have been tried on a ſmall ſcale, but do not ſeem to come into general uſe; the crops of clover being thought more valuable.
In order to draw any fair comparative value between the produce of old graſs lands and artificial graſſes, the ſoil and ſituation ought to be exactly alike, and experi⯑ments accurately conducted; for want of ſuch data, no juſt concluſions can be made; but we believe, that gener⯑al obſervation and experience have eſtabliſhed an opinion, that the ſame lands which in a ſtate of old graſs carried 3 ſheep an acre, will, for the firſt year of clover and ray⯑graſs, [100]graſs, depaſture 5 or 6; on rich, old grazing paſtures, the difference will probably not be ſo great, and what they fall ſhort in Summer, will be made up by their ſuperiority in Winter; on clayey ſoils, it would certainly be a dan⯑gerous experiment to convert thoſe rich grazing paſtures into tillage, as a certain portion of ſuch is a valuable ac⯑quiſition to every farm; but they are ſo rarely ſcattered, that few farms are ſo fortunate as to enjoy ſo deſirable an appendage.
SECT. 3—Hay Harveſt.
The hay harveſt is ſeldom begun before the middle of June. The mowers cut from half an acre to three quar⯑ters a day, and that very ill; the hay-makers are equally indolent and inactive. After the graſs is cut it is by ſome tedded, ſtrewed, or ſpread abroad, and repeatedly turned till dry;* others, the day after it has been tedded or ſtrewed, put in into foot cocks (wappings) which can ſcarcely be too ſmall; (if the weather keeps dry it is in two days more, put into large cocks;) if the weather proves wet, we know no mode by which it will ſave bet⯑ter, or waſte the ſmell leſs, as the rain paſſes thro' them, and a ſmall quantity of air or ſun dries them again, or they are eaſily turned over.—In either mode, when ſuffi⯑ciently dry, it is put into ricklets (provincially pikes) of about half a ton each in the field; which ſtand there for two, three, or more weeks, until a convenient opportuni⯑ty offers for leading them home, to be put into one large ſtack. In theſe ricklets, the hay takes a firſt ſweating, which prevents its heating when put into larger maſſes.
For the purpoſe of drawing it together to be put into pikes, or ricklets, it is either cocked, or put into large [101]heaps, which are trailed in by one horſe, yoked to the ends of a long rope, put round the bottoms of thoſe cocks or heaps; upon the hind part of which, a boy gets with his feet, to keep it down, and prevent its ſlipping over the top of the hay; when arrived at the place want⯑ed, one end of the rope is taken off the hook at the horſes ſhoulder, and being thus looſened at one end, the horſe moves forward, when the rope draws thro' under the hay and leaves it.
When the hay is neither put into cocks, nor large heaps, but remains in a thick row, t [...]is then neceſſary to uſe two horſes, viz.:—One yoked to each end of a ſtrong ſweeping rope; and two perſons to get upon the rope with their feet, one on each ſide the row, who reſt with their arms upon the hay, and ſtep forward on the rope as the hay gathers. To prevent the hay from ſlipping off behind, a ſmall cord is faſtened to the hind part of the ſweeping rope; and extended to each perſon's hand, which they let out as they ſtep forward, or find other⯑wiſe neceſſary. By either of the above modes, the hay grown upon a field of 8 or 10 acres may be drawn to⯑gether in a few hours, and is much more expeditious than either fledges or carts.
When the large ſtack is made in the field, the "Pikes," are drawn to it, by putting a ſtrong rope round their bot⯑tom, the two ends of which are faſtened to the hind part of a cart, in which are yoked 3 or 4 horſes.—This ſaves the trouble of forking and loading them in carts, and is done in much leſs time.
SECT. 4—Feeding.
O [...]n.—are moſtly grazed in the eaſtern part of the county, and a few in the vicinity of Whittingham; they are bought in May or June, and ſold as they become ready, to ſupply the large fleets of colliers and other trad⯑ing [102]veſſels belonging to Newcaſtle, Shields, Sunderland, Hartley, and Blythe.
Some few graziers buy only ſuch oxen as are forward by having got turnips in the Spring: theſe generally go off in June, and are followed by cows, heifers, or kyloes;* of which, thoſe that do not get fat on the paſ⯑ture, to be ſold thro' the Summer, are put upon fogs (aftermaths) and ſold in November and December. The cows are alſo bought in the ſpring months, and are chief⯑ly uſed for home conſumption. The kyloes are bought at Falkirk-Tryſts, ("meetings") or at Newcaſtle Fair, in the Autumn, and wintered upon coarſe, rough ground or ſtraw: (ſometimes a few turnips are given in the Spring) and are ſold all thro' the Summer, as they become fit for the butcher, to ſupply Newcaſtle and other markets. Thoſe that are ready to go off in June, always leave the moſt profit; beef being frequently ſold at that ſeaſon for a ſhilling a ſtone more than the ordinary prices.
The profit of grazing, like all other ſpeculations, varies with circumſtances; but we believe we may venture to a⯑verage it at 3l. or 3l. 10s. for keeping on graſs from May-day to Michaelmas. Cows, in general, leave more than oxen, in proportion to their weight; but they are ſubject to diſorders of the udder, that frequently reduce the profit, and deter many people from grazing them.
Some few graziers follow the old cuſtom of keeping on⯑ly one kind of ſtock upon the ſame ground; whilſt others, we think with more propriety, intermix with oxen and cows, a few ſheep, and two or three colts in each paſture; which both turn to good account, and do little injury to the grazing cattle: In ſome caſes, ſheep are a real benefit, by eating down and deſtroying the ragwort (Senecio [103]Jacobaeo) which diſgraces ſome of the beſt paſtures in the county, where oxen only are grazed.
Sheep, that have been wintered upon turnips, are put to the earlieſt graſs that can be obtained; the clovers and ray-graſs are generally ready in April; the old graſs lands not before May: In both ſituations they are continued till ſhorn, and ſold off, from the latter end of May, thro' all June and part of July, from 2l. to 2l. 15s. each. In 1797 the prices were from 2l. 10s. to 3l. 10s each: The draft ewes, or ſhearling wethers intended for turnips next Winter, ſucceed them, and thus a regular rotation is kept up. Of late years, ſome farmers have ſold their ſhearling wethers in July, (when only 15 months old) to the butch⯑ers, for as high prices, as from 30 to 35 ſhillings each. In 1796, they ſold from 40 to 45 ſhillings each; and in 1797, as high as 50 ſhillings, after ſhearing a fleece worth 6 ſhillings.
A large portion of the lands of this county being liable to the rot, and unſafe for a breeding flock, the occupiers of ſuch ſituations, venture ewes for fat lambs for one year; theſe are bought in the Autumn, put to tup early, (ſome in Auguſt) the lambs ſold in May, June, and July; after which the ewes are fatted, and ſold in October and Nov⯑ember.—Such lambs as are early, and go off in May, oft⯑en ſell for 20 ſhillings each; but the others average at a⯑bout 12s. 6d. The price of fat ewes depends much on their being of a good or ſlow feeding ſort, and will vary from 24 to 30 ſhillings: The average may be called 27 ſhillings.—The proceeds from long-woolled ewes will be:
£. | s. | d. | |
A fat Lamb | 0 | 12 | 6 |
Ditto Ewe | 1 | 7 | 0 |
Carried over | 1 | 19 | 6 |
£. | s. | d. | |
Brought over | 1 | 19 | 6 |
Fleece | 0 | 4 | 6 |
2 | 4 | 0 | |
Deduct prime coſt | 1 | 0 | 0 |
Profits on Ewe and Lamb, for one year | 1 | 4 | 0 |
The profits of thoſe that have lambs, ſold at 20s. will be 1l. 12s.
The Cheviot ewes are generally put to a large long-woolled tup, which increaſes the ſize of the lambs: The proceeds are:
£ | s. | d. | |
A fat Lamb | 0 | 11 | 0 |
Ditto Ewes | 0 | 14 | 6 |
Fleece | 0 | 2 | 6 |
1 | 8 | 0 | |
Deduct prime coſt | 0 | 13 | 0 |
Profit for one year | 0 | 15 | 0 |
Mr Hay of Leſbury, and Mr Watſon of Waren, not having ſo ready a market for the great quantities of bran, pollard and oat-chimmings, which their extenſive manu⯑factures of flour and oat-meal produce, have applied it to feeding different kinds of ſtock; they both agree that for feeding pigs, it is of little value; one of the gentlemen ſays, that from ſome experiments he had read, he was in⯑duced to enter largely on the buſineſs, and perſevered in it, till he loſt upwards of a thouſand pounds.
For Horſes—they both think it very valuable along with hay or ſtraw, inſtead of corn; Mr Watſon allows his horſes 6 buſhels of bran, or 4 buſhels of pollard, and 2 of [105]oat ſeeds per week, the average price of which is about 5 ſhillings; the horſes are in high condition, and ſleek as ravens, but not more ſo than thoſe that have 2⅕ buſhels of oats per week, the price of which at 2s. per buſhel is equal to the value of the bran.
For Cattle—Mr Hay ſays, that "in the beginning of October, I tie up my cattle in ſheds, and place before every beaſt a crib for bran, and another for turnips, and to each give a peck of pollard, morning and evening, with full allowance of turnips, well cleanſed and topped; I fre⯑quently mix oat ſheeling ſeeds and oat duſt, which makes them fonder of the pollard, if ſtale or old kept. Three months ſtall-feeding in this way is equal to 6 months in the uſual way."
In order to form ſome idea of the utility of the above mode, we muſt eſtimate the expence of the pollard, in ad⯑dition to the full allowance of turnips: pollard being a finer kind of bran, is ſold for 2d. a buſhel more; of courſe when bran is 10d. per buſhel, pollard will be 1s. and al⯑lowing that an ox will fatten as much in 10 weeks with the above keeping, as he will in 20 by the common mode, the account will ſtand thus:
£ | s. | d. | |
10 Weeks—Pollard 70 buſhels, at 1s. | 3 | 10 | 0 |
Ditto—Turnips, at 4s. 6d. | 2 | 5 | 0 |
— Attendance | 0 | 10 | 0 |
6 | 5 | 0 | |
£. | s. | d. | |
20 Weeks—Turnips, at 4s. 6d. | 4 | 10 | 0 |
Ditto—Straw | 0 | 10 | 0 |
—Attendance | 1 | 0 | 0 |
6 | 0 | 0 |
[106]Hence it appears that feeding with pollard and tur⯑nips is not cheaper than the common mode, even allow⯑ing that it is done in half the time.
Mr Watſon put 6 oxen into a fold-yard (with a ſhed in it) on the 20th of May; in 7 weeks they had eaten 360 buſhels of bran and oat ſeeds mixed, with which they had for the firſt three weeks coarſe hay, the other four, cut clover. With this their cribs were kept conſtantly full: The value of bran and oat ſeeds amounts to about 6s. per per week each beaſt; of the hay and clover no account was kept, but it cannot be eſtimated at leſs than 1s. which makes with attendance 7s. per week each beaſt; near double the expence of graſs, and more than the improve⯑ment of the cattle would pay, tho' they were certainly in very thriving condition.
Mr Watſon once attempted to keep two heifers on bran only; they grew worſe and worſe, and were obliged to have other food; when they got graſs, they eat much more bran than when they got bran alone.
For Sheep,—theſe gentlemen allow 7 buſhels per week per ſcore, to their ſtore ewes on graſs, that is 5s. 10d. per week, or 3½d. per ſheep beſides graſs.
Mr Hay wintered 150 ewes on 38 acres; they had 53 buſhels per week of bran; but this land would have win⯑tered 70 ewes without any aſſiſtance, therefore the bran was applied to the ſupport of the 80 additional ewes; of courſe the expences per week will be
£. | s. | d. | |
53 buſhels of bran at 10d. per buſhel, which divided by 80 | 2 | 3 | 4 |
gives the expence per week of keeping a ſtore ewe | 0 | 0 | 6½ |
which is near double the price uſually paid for turnips.
[107]Mr Watſon is ſummering 175 ewes on Spindleſton-Hill (a bare rocky paſture); to this flock he allows 16 buſhels of bran per day, or 112 buſhels per week, which at 10d. per buſhel, is 6¼d. per week per ſheep, beſides the graſs; they are in excellent condition, but it is a price for keep⯑ing ſtore ewes that moſt farmers would ſtate at.
To a flock of 65, year-old fat wethers, he gives 42 buſhels of bran per week, which is near 6½d. per week per ſheep; they are depaſtured upon good land, at the rate of about 7 ſheep an acre, which is ſcarcely double the number the ſame ground would keep equally well with⯑out bran, of courſe theſe ſheep coſt above 1s. per week per ſheep, a price that the appearance of the ſheep does by no means promiſe to repay.
Theſe are all the facts that have come to our know⯑ledge, reſpecting feeding with bran; from which it ap⯑pears that it is not ſo beneficial a practice as had been re⯑preſented to the Board.
CHAPTER IX. GARDENS AND ORCHARDS.
IN gardening we do not find any practices in this diſ⯑trict but what are generally known to the profeſſion; and in reſpect to Orchards they are thinly ſcattered in⯑deed.—The froſty nights, and north-eaſt winds from the German Ocean, which are ſo prevalent here in the ſpring months, are very inimical to fruit crops; and it is pro⯑bably owing to this circumſtance that there is ſuch a ſcar⯑city [108]of orchards: ſo much ſo that we believe nine tenths of the apples conſumed in this county are imported from Kent, Eſſex, and other ſouthern counties.
CHAPTER X. WOODS AND PLANTATIONS.
WOODS growing in a natural ſtate are found moſtly on the banks of rivers; thoſe of the north and fouth Tyne, the Wanſbeck, Coquet, and their tributary ſtreams, have by far the greateſt qu [...]nti [...]y. Of old oak timber, from eighty to one hundred and forty years growth, the probable value may be about 60,000l. of which two-thirds can only be ſaid to be proper for building ſhips of great burthen.
The demand by the collieries and lead mines for ſmall wood, has induced the proprietors of woods on the Der⯑went, Tyne, &c. to cut them at an early age. From twenty-five to thirty years growth is the general term for oak, elm, and aſh; but birch, willow, and aller, are cut ſooner; and hazle for corf-rods* once in three or four years.
The price of aſh and elm is from 1s. to 2s. per foot; of oak, from 2s. to 3s. per foot; of birch, aller, &c for pit props, ſix feet long, and from four to ſix inches dia⯑meter, 4d. each; corf rods. 6d. per hundred. Oak bark laſt year was ſold for 9l. per ton. Under this manage⯑ment [109]and at thoſe prices, an acre in thirty years will pro⯑duce, on [...]n average, 60l. clear of expences; there has been inſtances of an acre of wood, thirty-two years old, felling for 100l. and another of ſixty years growth, worth 200l. per acre; but theſe were in particularly favourable ſituations.
In the management of theſe woods, the general prac⯑tice is to cut all away together. The ſyſtem of Anthony Surtees, Eſq of Newbiggen, we think preferable; he takes his away in patches; and as the older trees interfere with the younger ſprings, and where a thriving healthy oak is in a convenient ſituation, he lets it ſtand for tim⯑ber; by this means the young ſpring is ſheltered, and an annual produce of upwards of 100l. is obtained from ſixty acres of woodland.
Plantations, on an extenſive ſcale, are riſing in every part of the county; and are almoſt in every inſtance doing well, and promiſe not only to repay the ſpirited exertions of the proprietors, but will add greatly to the ornament and improvement of the country.
Amongſt the great variety of trees we have obſerved in thoſe plantations, the larch riſes proudly pre-eminent above the reſt, and in almoſt every ſituation far out⯑ſtrips the various ſpecies of firs and pines, wherever we have noticed them planted promiſcuouſly together. In many plantations in the northern parts of the county, the ſpruce firs, between 20 and 30 years old, have died-off; and this in ſo many very different ſoils and ſituations, that they are now in a great meaſure diſcarded from the plan⯑tations that have been made of late years; the cauſe of this failure has not been yet ſatisfactorily accounted for.
CHAPTER XI. WASTES.
[110]THE commons—in this county capable of being convert⯑ed into profitable tillage land are now very trifling, the greateſt part having been incloſed within the laſt thirty years; the whole amounting to near 120,000 acres. Of this, the commons belonging to the manors of Hexham⯑ſhire and Allendale contain 50,000 acres, a great part (35,000) of which are high, expoſed, heathy mountains. Theſe are to be converted into ſtinted paſtures, not being thought capable of any other improvement.
The increaſed value of ſuch incloſed commons, depends (as we have ſtated in our Report of Cumberland) entirely upon the ſyſtem of cultivation purſued. Upon Bulbeck-common there are lands which, in a ſtate of common, were not worth more than 1s. an acre, a part of which has been in tillage twenty-five years, and grown three white crops ſucceſſively, betwixt one fallowing and another. This land is now dear enough at 4s. an acre; while Mr Hop⯑per's of Black-Hedley, is worth 10s. or 12s. His ſyſtem is, when firſt broke up from heath, to pare and burn, and plough in the autumn; next ſpring plough acroſs, lime and ſow oats; then fallow and lime, 75 buſhels per acre, and ſow turnips; after which, oats and graſs ſeeds, four pounds red clover, five pounds white, and one buſhel of ray graſs, and continue in graſs ſix or ſeven years; then to plough for oats—turnips—oats—and ſow up with graſs ſeeds as before. There are inſtances, where the increaſed value is in the ratio of twelve to one, or even more; but [111]theſe are, where the commons were of no value to the proprietor, which is in general the caſe.*
The extent of waſte lands—or open mountainous diſ⯑tricts, incapable of affording profit by cultivating with the plough, is very great, as we have before ſtated; conſi⯑derable quantities of which are private property, and of courſe may be depaſtured by ſheep or other ſtock to the greateſt advantage; of thoſe that are common, it would certainly be beſt for every man to know his own ſhare.
Draining would be highly uſeful to many parts of theſe diſtricts; there are alſo many excellent ſituations for planting, and of all other purpoſes to which ſuch lands are convertible, this ſpecies of improvement ſeems to us the moſt promiſing to make the greateſt returns.
CHAPTER XII. IMPROVEMENTS.
SECT. 1.—Draining.
DRAINING—is one of thoſe improvements that has lately made its way into Northumberland, and is now moſtly practiſed in the middle and northern parts of the county; the theory is pretty well underſtood in thoſe diſ⯑tricts, and the practice is becoming more prevalent every year. Hollow drains are generally uſed, filled with ſtones, where they can be got; where theſe cannot be obtained, [112](but at a great expence) ſod drains are the only reſource, eſpecially in the northern parts, where there is little wood.
SECT. 2—Paring and Burning.
Paring and Burning is not much practiſed in the eaſtern and northern parts of the county; in the midland and ſouthern parts it is moſt prevalent, but even there it is confined to old ſwards, and coarſe, rough, ruſhey and heathy lands; for the firſt breaking-up of ſuch ground, it is certainly very convenient, and preferable to any other mode we have ever ſeen; but tho' we are fully con⯑vinced of its beneficial effects in ſuch ſituations, yet we have our doubts whether it could be uſed with advantage upon lands that have lain a few years in graſs, and that would produce good crops of grain immediately on being ploughed out, which is not the caſe with coarſe, rough, heathy lands, or even very old ſwards on rich fertile ſoils; it being found that crops on the latter, are frequently very much injured by "leaping" for two or three years; which paring and burning entirely obviates, and enſures full crops to the farmer; who need not be under any ap⯑prehenſion of his ſoil being ruined by it, provided he purſues the following courſe:—
- 1. Turnips.—
- 2. Oats.—
- 3. Fallow, well limed for turnips.—
- 4. Barley,
ſown up with clover and graſs ſeeds, and depaſtured with ſheep for three or four years, and afterwards (if not intended to lie in graſs) continue it in the rotation mentioned page 64: It is the injudicious cropping, more than the ill effects derived from paring and burning, that has been the chief cauſe of bringing ſuch an odium on this practice, which is certain⯑ly an excellent one in ſome ſituations, and properly conducted; but like the fermented juice of the grape, may be too oft⯑en repeated and improperly applied.
The popular clamour againſt this practice, "that it de⯑ſtroys the ſoil," we can by no means admit; and are inclin⯑ed [113]to believe, that not a ſingle atom of ſoil is abſtracted, though the bulk of the ſod or turf be diminiſhed: this ariſes from the burning of the roots or vegetable ſubſtances, which, by this proceſs afford a conſiderable portion of Alkaline Salts, phlogiſtic or carbonic matter, and pro⯑bably other principles friendly to vegetation; as we find thoſe aſhes produce abundant crops of turnips, which fatten, ſtock much quicker than thoſe after any other dreſſing or manure we have ever ſeen, and the ſuc⯑ceeding crops of corn are ſo very luxuriant, as to tempt the injudicious cultivator to purſue it too far; and for the ſake of temporary gain, may be ſaid to rip it up, as the boy did with his gooſe that layed golden eggs.
SECT. 3.—Manuring.
In ſome parts of this county, where the turnip culture is carried to ſuch extent, every exertion of ingenuity is practiſed to raiſe a large portion of Farm Yard Dung: for without this valuable article, it is well known that good turnip crops are not to be expected, and the farmers of ſtrong ſoils are ſufficiently ſenſible of the advantage of dung to their crops, not to uſe every endeavour to increaſe its quantity.
The farmers of turnip ſoils, in order to have their dung ſufficiently rotted, lead it out of the fold yard in the win⯑ter, make it up in large dunghills in order to increaſe the putrefactive proceſs, and prepare it for that ſtate of diſſo⯑lution, by which its component parts are ready to be aſſimilated into new bodies; and in which ſtate only, is can be of uſe in vegetation.
Upon the hill-farms around Cheviot, we have been oft⯑en ſurprized, to ſee at the doors of the ſhepherds' houſes, ſuch immenſe dunghills, the accumulation of unnumber⯑ed years, probably centuries: to avoid this increaſing nuiſance, many of them have ingeniouſly contrived to build [114]their houſes near a "Burn ſide" for the convenience of having it taken away by every flood: notwithſtanding they have lands adjoining, upon which, if this manure was pro⯑perly applied, the greateſt improvements would enſue, and conſiderable quantities of excellent hay be produced, for the ſupport of the flocks in winter ſtorms, in which ſeaſons they are very often under the neceſſity of pur⯑chaſing hay in the Lowlands, and of having it conveyed on horſe-back to the top of theſe hills in the deepeſt ſnows, at a very great expence.*
Lime—is found in many parts of this county, of an ex⯑cellent quality. In Bambro' Ward, where it has been long uſed, many intelligent farmers begin to doubt of its efficacy, and the propriety of continuing to lay it upon their old tillage lands. Upon the dry ſoils in Glendale Ward, where it has not been uſed much above 40 years,† its effects are more conſpicuous, eſpecially upon ſuch lands as have been ſeldom or never limed. In its natural ſtate, the ſoil of this diſtrict is dry, duffy, light, full of fibrous, roots, and when in fallow, on paſſing over it, you ſink to the ancles; after being ſufficiently limed, the fibrous roots diſappear, the ſoil becomes denſer, firm to the tread, retentive of moiſture, and produces better and more abun⯑dant crops of grain than before: when laid to graſs, the effects of the lime appear to an inch, by the ſuperior ver⯑dure [115]which takes place as far as it has gone.* Many of theſe dry ſoils, after being limed, grow white clover na⯑turally; where not limed, it ſeldom appears; but they cover principally with agroſtis capillaris (fine bent,) which is ſeldom eaten by any kind of ſtock, if they can get o⯑ther food: When land has been ſufficiently limed, this plant diſappears; and wherever it is found, it may be ſafely concluded, that the ſoil on which it grows has not had its due quantity of lime.
About ſeven years ſince Mr George Reed, of South-Middleton near Wooler, cleared from broom, 30 or 40 acres of light, dry, channelly ſoil, that had never been limed, which was ſown with rye; the rye ſtubble was ploughed in the Autumn, and the worſt part of it limed at the rate of 100 buſhels per acre; next Summer the whole was drilled with turnips (dunged &c. as deſcribed page 89) which came up all alike, and continued to do e⯑qually well for three or four weeks; but little or no rain falling in that period, and the weather continuing droughty, thoſe turnips upon the land which had no lime, [116]died away; whilſt thoſe upon that part which was limed were diſcernible to an inch, flouriſhed with unabated vigour, and produced an excellent crop, (for ſuch land) worth at leaſt 4l 10s. an acre; many ſimilar inſtances might be produced, but this is the moſt ſtriking we re⯑collect to have noted.
The made of burning lime, in this county, is moſtly in draw-kilns, of the form of an inverted cone, with two or three eyes or mouths for drawing out the lime, and ad⯑mitting air: Theſe kilns are kept burning and drawing perpetually. Some of the large ſale kilns will afford 40 or 50 cart load a day: A cart load of coals is reckoned to burn two cart loads of lime.
The Price, at the kilns, is from 3s. to 4s. 6d. for 25 upheaped buſhels.
The Quantity, laid upon an acre, is from 75 to 150 buſhels.
The general practice of uſing lime, is to lay it up in heaps of three or four cart loads each; and as ſoon as the clods are fallen, ſlacked, or reduced to the ſtate of quick-lime, it is ſpread evenly upon the land, and harrowed and ploughed in as ſoon as poſſible after: ſometimes, inſtead of laying it up in heaps of 3 or 4 cart loads each, it is laid upon the land in the clod ſtate, in little heaps of about a buſhel each, which are covered with earth until ſufficient⯑ly flacked or fallen, and then ſpread abroad.
In either mode, or in whatever manner lime is applied, it certainly has the greateſt effect, when both it and the ſoil are in the moſt pulverized ſtate.
Upon the turnip ſoils where very large quantities of lime are uſed, it would be extremely difficult to get a ſufficiency in the early part of Summer, previous to the turnip ſeaſon; in ſuch ſituations, it is uſual to lead as much as poſſible thro' the Summer and Autumn, which [117]is laid up in very large heaps (from 50 to 150 loads each) and before Winter covered with ſods, or thatched with ſtraw, to prevent the rain from penetrating it: If well ſe⯑cured, it is found in a very quick ſtate, in the Spring, ſome⯑times a great portion of it remaining unſlacked.
The opinions reſpecting the good or ill effects of lime, are exceedingly various; ſome aſſerting that it can never be uſed in too large a quantity; whilſt others contend, it is of no uſe whatever: Our own practice authorizes us to ſay, that upon ſome ſoils, the application of lime, (or calca⯑reous earth in ſome other form) in conſiderable quantities, is abſolutely neceſſary, in order to bring them to their moſt fertile ſtate, and to prepare them for the action of other manures; whilſt upon other ſoils, lime produces no ſen⯑ſible effect, and if uſed in large quantities, will prove very detrimental.—Thus may one of the moſt valuable appli⯑cations we know, for the improvement of many ſoils, be condemned, by thoſe who draw poſitive concluſions, from partial obſervations of facts. The practice of paring and burning, we believe, owes the opprobrium, which ſome have thrown upon it, to a ſimilar mode of reaſoning.
Stone Marl, has formerly been uſed in conſiderable quantities, near Tweedſide, but the more immediate effects of lime have entirely ſet aſide the uſe of ſtone marl.
Shell Marl is uſed with great advantage, at the rate of 20 or 30 cart loads an acre, on the farms of Wark, Sun⯑nylaws, and Learmouth.
Sea Wrack, Sea Ware, or Marine Plants—driven a⯑ſhore by the tide, are uſed with great effect, wherever they can be had. Of theſe the fucus veſiculoſus, and its rela⯑tives F. ſerratus and inflatus, (Skeir Ware) are not held in much eſtimation, and when uſed, require to be laid up in large heaps to putrify. If laid upon the land, as the others [118]are, when taken immediately from the ſhore, they dry, and turn to a black coriaceous ſubſtane. The fucus digitatus (Waſſels) is the great favourite, and another ſpecies called May-weed, which we cannot point out by its Linnaean name, not having had an opportunity of ſeeing it, but from the deſcriptions we have heard, ſuſpect it to be the young plants of the fucus digitatus.
Coal Aſhes—are chiefly uſed in the vicinity of the prin⯑cipal towns, as a dreſſing for graſs land; for this purpoſe they are found of conſiderable benefit, eſpecially upon ſtrong, coarſe, and wet lands.
SECT. 4.—Weeding.
Weeding corn is univerſally practiſed; the broad caſt crops are hand-weeded, in which operation the thiſtles (be⯑ing rather unpleaſant to handle) are in ſome parts drawn by a pair of large pliers ("nippers") with flat cheeks; in others they are cut over by a weeding hook, made in the form of a Λ, with ſharp edges on the inſide; but this mode of cutting is only a temporary relief, as they ſpring again very ſoon after: pulling up by the roots ought cer⯑tainly to be practiſed in every inſtance, as there is not a weed the farmer has to contend with, more difficult to eradicate than the corn thiſtle, (Carduus Arvenſis.)
The drilled crops, are both horſe and hand hoed, at leaſt twice each, and with ſo much attention, that no kind of weeds are ſuſſered to remain; the whole being kept in the cleaneſt and compleateſt garden-like culture.
The moſt prevalent weeds, that give the Northumbrian huſbandman the greateſt trouble, are: [119]
- Triticum repens— Couch Wheat. Theſe all go under the general names of Quickens, Couch, or Twitch graſs; the Holcus principally on light dry ſoils.
- Avena elatior— Tall Oat. * Theſe all go under the general names of Quickens, Couch, or Twitch graſs; the Holcus principally on light dry ſoils.
- Holcus mollis— Soft Holcus. Theſe all go under the general names of Quickens, Couch, or Twitch graſs; the Holcus principally on light dry ſoils.
- Seratulae arvenſis, or Corn Thiſtle.
- Carduus arvenſis.† Corn Thiſtle.
- Sinapis arvenſis— Wild Muſtard. Charloc.
- Sinapis Alba— White Muſtard. Charloc.
- Raphanus Raphaniſtrum— Wild Radiſh. Charloc.
- Avena Fatua— Wild Oat.
Thoſe of leſs note, and more partial viſitants, are
- Galeopſis Tetrahit Hemp dead nettle
- Spergula arvenſis Corn Spurry
- Anthemis Cotula Stinking Camomile
- Polygonum Perſicaria Peachwort
- Ranunculus arvenſis Corn Crowfoot
- Lythoſpermum arvenſis Corn Gromil
- Veronica arvenſis Corn Speedwell
- Scandiae Pecten Veneris Shepherd's needle.
SECT. 5.—Watering.
Watered Meadows—were firſt introduced into this county by Meſſrs Culley, about 26 years ſince; and not⯑withſtanding the manifeſt advantages of this operation, yet ſo ſlow is knowledge in making its way, that it was near 20 years before any other perſon ventured to purſue the practice, and profit by the example: It is now begin⯑ning [120]to ſpread in the neighbourhood, and we hope in a few years will be adopted in every ſituation that can de⯑rive benefit from it
Sir William Lorrain, with a ſpirit that marks his wiſh for improvement, brought two men from Leiceſterſhire, to drain his grounds at Kirkharl. This buſineſs they ſeem to have underſtood and executed well; but we think they have miſled the worthy Baronet, in telling him they underſtood laying out land for watering. We were ſorry to ſee a firſt attempt executed in ſo bad a ſtyle, which may tend more to diſcourage the practice, than forward its introduction.
SECT. 6.—Embankments.
In the vicinity of Wooler, a large tract of low flat ground (called Haughs) adjoining the rivers Till and Glen, being ſubject to be frequently overſlowed, an at⯑tempt was firſt made to embank them at Yevering, in the year 1787 which anſwered the purpoſe, and ſoon after was adopted on the haughs of Turvilaws, Doddington, Ewart, &c by which the lands that could not be let for more than 15s. per acre (from the great hazard of loſing the crop) are now let for more than double the ſum.
The height of theſe banks is from 3 to 5 feet; the form is repreſented by a ſection fig. 6, pl. 5, where the height CE is 4 feet, the baſe BA 15 feet, BC 5 feet, and the ſlope next the water CA, 13 feet. The ſide BC was faced up with ſods the green ſide out, cut from the ditch D, out of which was dug the materials for forming the bank;* and [121]the ſide CA, covered with green ſods pared from the baſe BA, previous to throwing up the earth.
The expence from 2s. to 3s. per rood of 7 yards.
CHAPTER XIII. LIVE STOCK.
SECT. 1.—Cattle.
THE different kinds of cattle bred in this county are the ſhort horned—the Devonſhire—the long-horned—and the wild cattle.
The ſhort horned kind have been long eſtabliſhed over the whole county, the other kinds are found only in the hands of a few individuals, who have introduced them with a laudable view of comparing their merits with the eſtabliſhed breed of the country.—They differ from the o⯑ther breeds, in the ſhortneſs of their horns, and in being wider and thicker in their form, conſequently feed to the moſt weight; in affording the greateſt quantity of tal⯑low when fatted, in having very thin hides, and much leſs hair* upon them than any other breed (the Alderneys excepted); but the moſt eſſential difference conſiſts in the quantity of milk they give beyond moſt other breeds: there being inſtances of cows giving 36 quarts of milk per day, and of 48 firkins of butter being made from a dairy of 12 cows: but the more general quantity is 3 fir⯑kins per cow in a ſeaſon, and 24 quarts of milk per day: [122]Their colour is much varied, but they moſtly are an agreeable mixture of red and white. From their being in many places called the Dutch breed, it is probable they were originally brought from the Continent.
They have been much improved of late years, by the exertions and attention of enterpriſing breeders; who have already improved them ſo far, as to be ſold fat to the butchers at 3½ years old. The weight of the carcaſe is in general from 60 to 80 ſtone, (14 lb. to the ſtone) but there are inſtances of individuals attaining much greater weight.
Sir H. Grey bred and fed two ſeven-years old oxen that weighed 152 ſtone 9 lb. the four quarters only; and a ſpayed heifer, 132 ſtone, 6 lb. ditto. Mr Smith of Togſtone, a cow, 127 ſtone 11 lb. ditto.
But large ſize is not now conſidered as an excellence: Quick ſeeders, that lay their ſat upon the moſt valuable parts, and have the leaſt offal in the coarſe parts, are the kind which every enlightened breeder wiſhes to be poſſeſſ⯑ed of.
The long Horns have been introduced from the improv⯑ed ſtocks of the Midland counties, at different times and by different breeders; but have in moſt inſtances given way again to the improved breed of ſhort horns.
The Devonſhire breed is only in the poſſeſſion of Walter Trevelyan, Eſq. of Nether Witton, who introduced them about three years ſince; their offspring has not yet got to a proper age to form a judgment of their comparative merits.
The Wild Cattle—are only found in Chillingham Park, belonging to the Earl of Tankerville; and as it is probable they are the only remains of the true and genuine breed of []
[123]that ſpecies of cattle,* we ſhall be more particular in our deſcription.
Their colour is invariably white, muzzle black; the whole of the inſide of the ear, and about one third of the outſide from the tip, downwards, red; horns white, with black tips, very fine, and bent upwards. Some of the bulls have a thin upright mane, about an inch and an half, or two inches long. The weight of the oxen is from 35 to 45 ſtone, and the cows from 25 to 35 ſtone, the four quarters; 14 lb. to the ſtone. The beef is fine⯑ly marbled, and of excellent flavour.
From the nature of their paſture, and the frequent agitation they are put into, by the curioſity of ſtrangers, it cannot be expected they ſhould get very fat; yet the ſix years old oxen are generally very good beef. From whence it may be fairly ſuppoſed, that in proper ſitua⯑tions, they would feed well.
At the firſt appearance of any perſon they ſet off in full gallop; and, at the diſtance of two or three hundred yards, make a wheel round, and come boldly up again, toſting their heads in a menacing manner; on a ſudden they make a full ſtop, at the diſtance of forty or fifty yards, looking wildly at the object of their ſurprize; but upon the leaſt motion being made, they all again turn round, and gallop off again with equal ſpeed, but not to the ſame diſtance: forming a ſhorter circle, and again returning with a bolder, and more threatening aſpect than before; they approach much nearer, probably within thirty yards, when they make another ſtand, and again gallop off: this they do ſeveral times, ſhortening their [124]inſtance, and advancing nearer; till they come within a few yards, when moſt people think it prudent to leave them, not chuſing to provoke them further, as it is pro⯑bable, that in a few turns more they would make an at⯑tack.
The mode of killing them was, perhaps, the only mo⯑dern remains of the grandeur of ancient hunting. On notice been given, that a wild bull would be killed upon a certain day, the inhabitants of the neighbourhood came mounted, and armed with guns, &c. ſometimes to the number of an hundred horſe, and four or five hundred foot, who ſtood upon walls or got into trees, while the horſemen rode off the bull from the reſt of the herd, un⯑til he ſtood at bay; when a markſman diſmounted and ſhot. At ſome of theſe huntings, twenty or thirty ſhots have been fired before he was ſubdued: on ſuch occa⯑ſions, the bleeding victim grew deſperately furious, from the ſmarting of his wounds, and the ſhouts of ſavage joy that were echoing from every ſide: from the number of accidents that happened, this dangerous mode has been ſeldom practiſed of late years; the park-keeper alone generally ſhooting them with a rifled gun, at one ſhot.—When the cows calve, they hide their calves, for a week or ten days, in ſome ſequeſtered ſituation, and go and ſuckle them two or three times a day. If any perſon come near the calves, they clap their heads cloſe to the ground, and lie like a hare in form, to hide themſelves. This is a proof of their native wildneſs, and is corroborated by the following circumſtance, that happened to the writer of this narrative, who found a hidden calf, two days old, very lean, and very weak; on ſtroking its head, it got up, pawed two or three times like an old bull, bellowed very loud, retired a few ſteps, and bolted at his legs with all its force; it then began to paw again, bellowed, ſtep⯑ped back, and bolted as before: but knowing its inten⯑tion, [125]and ſtepping aſide, it miſſed me, fell, and was ſo very weak, that it could not riſe, though it made ſeveral efforts; but it had done enough, the whole herd were alarmed, and coming to its reſcue, obliged me to retire; for the dams will allow no perſon to touch their calves without attacking them with impetuous ferocity.
When any one happens to be wounded, or grown weak and feeble through age or ſickneſs, the reſt of the herd ſet upon it, and gore it to death.
Dairy.—This county cannot boaſt of its dairies; thoſe who live in the vicinity of Newcaſtle, and other populous places, make a handſome return by the ſale of milk, freſh butter, &c. but upon moſt of the large farms in this coun⯑ty, dairies are not held in much eſtimation.
Breeding young cattle—is practiſed in almoſt every part of the county. Upon the large farms, cows are kept more for this purpoſe than the profit of dairying: there are in⯑ſtances of 50 or 60 calves being brought up in one ſeaſon, by one farmer, who did not milk more than fifteen cows. Calves are certainly beſt reared with milk, but where ſuch numbers are bred, many different things have been mixed with, or ſubſtituted for, this nutritive and natural diet; oats and b [...]an meal, oil cake, lintſeed, boiled turnips, &c. are uſed, and have their various advocates; but lint⯑ſeed is moſt approved; eggs are excellent for mixing in the calf's food; when cheap in the Spring, perhaps they cannot be better employed. In the Summer the calves are turned to graſs, and in the firſt Winter get turnips and ſtraw. After being a year old, they are kept in Sum⯑mer on coarſe paſture; and in Winter on ſtraw only.
Hiring Bulls—for the ſeaſon, is practiſed in this coun⯑ty; as high as 50 guineas have been paid for a bull of the ſhort-horned breed, for one ſeaſon, and from 3 to 5 guineas given, for ſerving a cow; but the more common premium is a guinea.
SECT. 2—Of Sheep.
[126]In this county there are three diſtinct breeds.—The Cheviot ſheep, the Heath ſheep, and the long-wooled ſheep.
The Cheviot ſheep—are hornleſs, the faces and legs in general white.* The beſt breeds have a ſine open coun⯑tenance, with lively prominent eyes; body long, fore quarters wanting depth in the breaſt, and breadth both there and on the chine; fine clean ſmall boned legs; thin pelts, weight of carcaſe when fat, from 12 to 18 lb. per quarter; fleeces from 2½ to 3½ lb each, and ſold in 1792, for 11d. per lb. The wool is not all ſine, there being in a fleece of 3 lb. weight, only 2 lb. of ſine wool, worth one ſhilling per lb. (when the whole fleece ſells at 10d. per lb.) and one pound of coarſe, worth only 6 d. per lb.
They are bred only upon the hilly diſtricts in the north⯑weſt part of the county, and do not extend much farther ſouth than Reedwater.
The beſt kind of theſe ſheep are certainly a very hardy and valuable mountain ſheep, where the paſture is moſtly green ſward, or contains a large portion of that kind of herbage; which is the caſe with all the hills around Che⯑viot, where theſe ſheep are bred; for as to the mountain of Cheviot itſelf, no kind of ſheep whatever are bred up⯑on it; and we find it an univerſal practice, amongſt the moſt experienced ſheep farmers, to depaſture the heathy []
[]
[127] diſtricts with old ſheep, (gimmers and wethers) but they never attempt to keep a breeding flock upon them.*
Blindburn is probably the higheſt and coarſeſt paſture in this county where this kind of ſheep are bred. We examined the herbage, and found, that the ewe-paſture had a conſiderable portion of green ſward, the coarſeſt parts of which conſiſted of
- Nardus ſtricta Wirebent †
- Juncus ſquarroſus Stoolbent
- Scirpus caeſpitoſus Deer hair
- Eriophorum vaginatum the leaves Ling. ‡
- Eriophorum vaginatum the flowering
- Eriophorum vaginatum ſtem, Moſs.
- Erica vulgaris Heath or Hadder.
The ſhape of this breed of ſheep has been much im⯑proved of late years; but all thoſe who have been aiding in making ſuch improvements, readily acknowledge, [128]there is ſtill much to be done; eſpecially to the fore quar⯑ter, which they all agree is very defective; but we hope it will not long remain ſo, as we think we ſee a ſpirit of in⯑veſtigation ariſing amongſt theſe breeders, that in a few years will remedy not only this defect, but will diſcover others, which at preſent they are not willing to admit. But as knowledge is progreſſive, we cannot expect the perfection of this breed of ſheep can be obtained at once; it muſt proceed by ſlow gradations, as every other im⯑provement hath done; it is a great point gained, that we admit defects, and are deſirous to amend them.
That breed of ſheep which brings the moſt profit to the farmer, will always be purſued by him, whatever his ſituation; but that object, we preſume, is not to be ob⯑tained in this diſtrict from fine wool alone. Perfect moun⯑tain ſheep ſhould be active, hardy, well formed, and quick ſeeders: theſe qualities will always recommend them to the grazier, who will never purchaſe a ſlow feeding ani⯑mal, while he can get one of a different ſort, though at a conſiderable advanced price. But if to theſe qualities, ſo eſſential to the ſale of a mountain farmer's ſtock, can be added a fleece of fine wool, a breed of ſheep would then be obtained, the propereſt for a hilly diſtrict of any we have yet ſeen. There is little doubt but this may be accompliſh⯑ed by proper ſelection; and probably the beſt kind of Cheviot ſheep, from their hardineſs, and producing a portion of fine wool, are the propereſt ſtock for laying the founda⯑tion of ſo deſirable an improvement.
Mr Robſon, of Belford, (now of Chatto) ſays, he im⯑proved the ſhape of his ſheep very conſiderably; particu⯑larly the fore-quarter, and the wool, in having leſs but⯑tocks; by uſing three rams which he purchaſed in Lin⯑colnſhire, thirty-three years ſince; and we know other in⯑ſtances of improvement, by uſing tups of ⅓ or ¼ Diſhley [129]blood. In all theſe caſes, we do not find the ſheep leſs hardy, or wool of leſs value; but the carcaſe materially improved.*
Mr Readhead, of Chatto, is of opinion, that there are ſome ſituations amongſt the Cheviot-hills, where the South Down ſheep might be ſucceſsful; thoſe who are poſſeſſed of ſuch, would do well to make a fair experi⯑ment; ſhould it ſucceed, a very great improvement of the Cheviot wool, in point of fineneſs, would be derived by croſſing with this breed: but probably what it gained in fineneſs, it would loſe in weight, for it is not the value per pound which conſtitutes the farmer's profit, but the value per fleece; or rather, that breed is the beſt, which brings the moſt profit in fleece and carcaſe jointly, † from the ſame ground, in equal times. Opinions and conjectures will never decide this matter; it can only be done by fair experiments, conducted by perſons of judgment and im⯑partiality.
The Mode of Management—amongſt the ſheep farmers of theſe hills, is to divide their flock into different parcels, viz. lambs, hogs, gimmers, ewes, and wethers, and each parcel kept on ſuch paſturage as is thought moſt proper for them. Every parcel is attended by a ſhepherd, who is bound to return the number of ſheep delivered to him, either alive, or in his account of dead ſheep, which are in [130]general ſold at different prices, according to their good⯑neſs.
The ewes are 2½ years old before they are put to the tup; and are kept till five or ſix years old: the loſs of lambs is ſometimes very conſiderable, not only on being dropped, but alſo from other diſorders, as the "milk-ill," which attacks them from 3 to 7 days old, the "quarter-ill," &c. which Mr Chiſholm of Clennel eſtimates at not leſs than 15 per cent. taking one year with another. And Mr Smith of Woodhall ſays, that "altho' the Cheviot breed be as healthy as perhaps any, yet there can hardly be an inſtance adducible of any of the different ſheep flocks coming all to the ſhears, much leſs the hogs; out of which it is common to allow two out of each ſcore."
The Heath Sheep—have large ſpiral horns, black faces and legs, a fierce wild-looking eye, and ſhort firm carcaſſes (weighing from 12 to 16 lb. per quarter) covered with long, open, coarſe ſhagged wool. The fleeces weigh from three to four pounds each; and ſold, in 1792, for ſix⯑pence per pound. They are an exceedingly active and hardy race, and ſeem the beſt adapted, of all others, to high expoſed heathy diſtricts; ſuch as we find them in poſſeſſion of here, from the weſtern parts of the county of Durham, to North Tyne.
Mr Hopper, of Blackhedley, buys year old wethers of this kind of ſheep for 10s. 6d. each, and two-year olds for 14s. which he depaſtures upon a heathy moor of 4000 acres; from whence he takes them at 3½ years old to tur⯑nips; and ſells, the May following, from 28 to 32 ſhil⯑lings each: he has tried the Cheviot ſheep in the ſame manner, but thinks the other a hardier and better feeding ſheep.*
[]
[131]The breeders of this kind of ſheep on the ſouth weſt corner of the county, are very confident, that they are a much hardier ſheep than the Cheviot breed; and upon their high expoſed heathy mountains, where there is very little green herbage, much more profitable; while the Cheviot farmers aſſert, that theirs are equally hardy, and that the greater value of the fleece gives them a decided ſuperiority. We have before ſtated that the fineneſs of wool is not a proper criterion, by which the merits of a breed of ſheep are to be determined; it can only be done by fair experiment, in which all the circumſtances of the caſe are included; but we do not find that this has ever been done by either party, and tho' it is only opinion a⯑gainſt opinion, yet both parties are ſo poſitive, that they are ready to quarrel with any perſon who happens to ex⯑preſs an opinion of his own: we ſhall therefore content ourſelves with ſtating, that the queſtion can only be pro⯑perly decided by a parcel of each kind of ewes (ſuppoſe 100) being depaſtured and kept in every reſpect equally alike, upon ſome of thoſe high, expoſed ſituations, the height of which is much more elevated, and the herbage much coarſer than the Cheviot paſtures; and almoſt to⯑tally covered with Heath or Hather (Erica Vulgaris.) And at the end of five, ſix, or ſeven years, that breed which has brought the greateſt number of ſheep to mar⯑ket, and made the moſt profit, will deſervedly be deemed the hardieſt, beſt, and moſt eligible, for ſuch ſituations.
Until ſome experiment of this kind determine the matter; we hope, we ſhall not give offence to either party by ſtating, that we have ſeen the heath ſheep bred with advantage upon higher and coarſer paſtures than Common Burn, or thoſe others around Cheviot, which are deemed improper for a breeding flock of the Cheviot kind; and that it may probably turn out, that each breed is particu⯑larly adapted to particular ſituations, the one to coarſe expoſ⯑ed [132]mountains, where the luxury of green herbage is thinly ſcattered, or rarely to be found: the other, to hilly paſtures, where conſiderable portions of verdant ſurface predomin⯑ate, ſuch as characterize the paſtoral diſtricts around Cheviot.
The long-woolled ſheep,—which formerly occupied the lower diſtrict of this county, were called Muggs, probably from their faces being covered with a muff of wool, cloſe to their eyes. Theſe being a ſlow feeding tribe, have given way to the Diſhley breed, which were firſt intro⯑duced into this county in the year 1766,* and by their ſuperior merit have ſo far made their way againſt every prejudice and oppoſition, that it is probable in a few years there will be a difficulty in finding a flock that is not more or leſs related to the Diſhley blood.
The improved breed of long-woolled ſheep—are diſtinguiſh⯑ed from other long-woolled kinds by their fine lively eyes, clean heads, ſtraight broad flat backs, round barrel-like bodies, very fine ſmall bones, thin pelts; and that ſin⯑gular property of making fat at an early age, perhaps more than any thing elſe, gives them a ſuperiority over the other breed in this iſland.
The weight of the carcaſe in general is, ewes three or four years old, from 18 to 26 lb. per quarter; the wool upon an average, 7½lb. a fleece; the length from 6 to 14 inches; ſold in 1792, at 10d. per lb.
The moſt approved mode of management of this breed of ſheep is as follows: The ewes generally lamb in March, when we give them a few turnips to increaſe their milk. The latter end of June or beginning of July the lambs are weaned, and ſent to middling paſture; but a good paſture would certainly be a more eligible practice. The ewes are milked two or three times to eaſe their udders, and ſuch []
[133]as are not intended to be continued for breeding, are cul⯑led or draughted out, and put to clover: when this fails, they get turnips, and are ſold about Chriſtmas to the butchers, very fat; the price from 34 to 40s. each; fre⯑quently meaſuring four or five inches thick of fat on the ſides, and two or three inches down the back, all the way from head to tail. And though this breed be not emi⯑nent for much tallow, yet ewes under ſuch circumſtances have been known to produce from eighteen to twenty-four pounds of tallow each.
The lambs, after being weaned, take the name of Hogs. They are generally put to turnips the beginning of Novem⯑ber, and continue at them till the middle of April or be⯑ginning of May; when the wether hogs are put upon good paſture, or ſecond year's clover. The ſecond Win⯑ter they have turnips until the clovers are ſufficiently grown to receive them, which is generally about the middle of April: they are clipped or ſhorn about the middle of May, when we begin to ſell them, and are moſt⯑ly all ſold by the middle or end of June. Morpeth is our beſt market, where the two ſhear wethers are generally ſold for from forty to fifty ſhillings a head; in 1797, they ſold for 3l. per head on an average. At this age they are equally fat as the ewes before deſcribed:
Of late years it has been cuſtomary to fell the ſhearling wethers, in June or July, to the butchers, fatter than moſt other breeds will be at two or three years old; the weight of theſe ſhearling wethers is from 18 to 21 lb. per quarter.
We generally reckon one third of the ewes to have twin lambs. They are put to the tup, ſo as to have lambs at two years old, and kept for breeding until three or four years old, except ſuch as are of particular good forms, or have other valuable properties: theſe we keep as long as ever they will breed. Such as are defective in [134]ſhape, ſuſpected of being ſlow feeders, or other unprofit⯑able qualities, we never put to the tup, or attempt to breed from them.
Letting Tups—to ſerve ewes for the ſeaſon, has been a practice in this county for near 30 years, and is becoming more prevalent daily; the prices vary from five to one hundred guineas, for the uſe of one ſheep; and ewes are frequently taken in to be ſerved by a favourite ram, at as high rates as from 3 to 5 guineas each. The number of ewes to be ſerved by a ſhearing tup, is generally ſtipulat⯑ed not to exceed 80, and for an aged ſheep 120.
At the firſt introduction of this breed of ſheep, a great prejudice was raiſed againſt them, and clamorous outcries made, that their adoption would be the ruin of the country, and no means were left untried to depreciate their value: but every obſtacle has been overcome by their ſuperior merit, which ſeems now to be univerſally acknowledged, as may be judged from the following cir⯑cumſtance.
In October 1795, Mr Thompſon of Chillingham Barns, having quitted a farm, he advertiſed to ſell by auction, 500 ewes, in lots of 5 each.
£. | s. | d. | ||
The firſt 100 ewes, ſold on an average for | 21 | 0 | 0 | per lot of 5 each. |
The ſecond 100 for | 20 | 2 | 6 | ditto |
The firſt 100 gimmers for | 29 | 0 | 0 | ditto |
Several lots of the gimmers ſold for above 35l. each lot, one in particular for 38l. or 7l. 12s. each ſheep.
The higheſt lot of ewes was 28l or 5l. 12s. each.
The purchaſers amounted to upwards of 50, amongſt whom were ſeveral, that a few years before, were the moſt violent, and loudeſt exclaimers againſt any "change or innovation," in the eſtabliſhed breed of the country.
Breeding Sheep—of the long-woolled kind, to be ſold to [135]graziers to fatten, is practiſed by the occupiers of ſuch farms as do not afford a ſufficiency of turnips, or ſuch as do not produce any: thoſe who are in the latter predica⯑ment, either take turnips for wintering their hogs, or put them upon good old graſs paſtures. The wethers are generally ſold in September and October, being then ſhearlings, for, from 22s. to 26s. each; and the ewes three and a half years old, from 18s. to 24s. each; in 1796, they were as high as 2l. each.
There are few or no ſheep bred in thoſe parts of the county, called Caſtle-Ward, Bedlingtonſhire, and the ſouth eaſt corner of Morpeth Ward.
The modern maxims of breeding were introduced in⯑to this county by one of Mr Bakewell's firſt diſciples, up⯑wards of 30 years ſince; previous to which, "big bones" and "large ſize" were looked upon as the principal cri⯑teria of excellence, and a ſacred adherence to the rule of never breeding within the canonical degree of relation⯑ſhip; but thoſe prejudices are at this period, in a great meaſure, done away; and the principal farmers of this diſtrict may now be claſſed amongſt the moſt ſcientific breeders in the kingdom, who have purſued it with an ardour and unremitting attention that have not failed of ſucceſs.It is this knowledge of breeding, and the nice diſcrimination of ſelecting proper ſtock for grazing, added to their improved mode of cultivation, that gives them a celebrity of character, for their extenſive knowledge in rural affairs, and that has for ſome years back made this diſtrict a School for Agriculture, where pu⯑pils from various parts have come to be inſtructed.
Salving—was formerly univerſally practiſed, and it was thought the ſheep could not do well without it. In the lower diſtricts it is now almoſt totally diſuſed; and ſome of the hill farmers have laid it aſide, and find their flocks do equally well as before; and the wool ſells for a much better price than when it is ſalved; but it is of leſs weight, [136]as may be naturally expected, from the want of near ¾ of a pound of ſalve upon each fleece.
This ſalve is compoſed of 12 lb. of butter, and 4 quarts of tar, mixed well together while warm, which quantity ſerves 24 ſheep, the number a man will ſalve in a day.
Milking.—It uſed to be a general practice through all this county to milk ewes after the lambs were weaned, for ſix, eight, or ten weeks; from this milk great quantities of cheeſe were made, and ſold for about 3d. per pound. When kept to three or four years old, it is exceedingly pungent, and on that account ſome people prefer it to cheeſe of a much better quality.
To milk ewes two or three times after the lambs are weaned is a uſeful practice; but when continued to eight or ten weeks, it becomes very detrimental, keeps the ewes lean, and ill prepared for meeting the ſeverities of Winter.
This cuſtom has been long diſuſed by the intelligent farmers in the lower diſtricts; and we are glad to ſind it much laid aſide by the moſt conſiderable hill farmers. The profit of milking ewes for ſix or eight weeks is eſti⯑mated at 8d. per ewe; and it is generally agreed they are decreaſed in value, at leaſt 1s. 6d. per head; of courſe there is a loſs of about 1s. per head by milking. In one in⯑ſtance of milking long-woolled ewes, laſt Summer, there was a loſs of at leaſt 3s. per head.
SECT. 3.—Horſes.
The beſt draught horſes uſed in this county are brought from Clydeſdale, in Scotland; they are in general from 15½ to 16 hands high; ſtrong, hardy, remarkable good and true pullers; a reſtive horſe being rarely found a⯑mong them.
Thoſe bred in the county are of various ſorts, deſcend⯑ed from ſtallions of different kinds, from the full blood [137]racer, to the ſtrong, heavy, rough-legged black. From the full blood ſtallions and country mares, are bred excel⯑lent hunters, road and carriage horſes; and from the o⯑ther kinds of ſtallions are bred the draught horſes, which in general, are middle ſized, active animals, well adapted to the huſbandry of the country.
We have before obſerved, that ſince the price of horſes had been ſo very high, ſeveral oxen had been uſed for the draught; but whether with propriety or advantage, will appear from
A comparative Statement between HORSES and OXEN, for the purpoſe of the Draught.
BY way of preliminary it will be neceſſary to admit as data, That a horſe which eats 70 buſhels of oats per year, will not conſume of other food ſo much as an ox that gets no corn;* but in the following eſtimate, we ſhall al⯑low [138]horſes to eat as much as oxen, as the difference is not yet ſufficiently aſcertained.
That the oxen are yoked at 3 years old, and are worked till ſix; and for the firſt year require 8, to do the work of 2 horſes; but after having been worked a year, and become tractable and ſtronger, 6 are equal to 2 horſes, either by being yoked three at a time, or two, and driven by the holder with cords; of courſe, the expence of a driver may be eſtimated to be ſaved for one half the year.
That the expences of a ploughman, the plough and other articles that are the ſame in both teams, need not be taken into the account.
And that oxen, to work regularly through the year, cannot work more than half a day at a time.
£ | s. | d. | |||||||||||||
Summering,—Graſs 2 acres, at 20s. per acre | 2 | 0 | 0 | ||||||||||||
Wintering—
| 3 | 0 | 0 | ||||||||||||
Intereſt at 5 per cent, for price of the ox | 0 | 10 | 0 | ||||||||||||
Harneſs, ſhoeing, &c. | 0 | 15 | 0 | ||||||||||||
6 | 5 | 0 | |||||||||||||
Deduct for the increaſed value of an ox for 1 yr. | 1 | 0 | 0 | ||||||||||||
gives the expence per ann. of an ox for the team | 5 | 5 | 0 | ||||||||||||
And the expence of 6 oxen | 31 | 10 | 0 | ||||||||||||
To which muſt be added the expence of a | |||||||||||||||
Carried over | 31 | 10 | 0 | ||||||||||||
£ | s. | d. | |||||||||||||
Brought over | 31 | 10 | 0 | ||||||||||||
driver for ½ a year | 3 | 10 | 0 | ||||||||||||
Total expence of a team of 6 oxen | 35 | 0 | 0 | ||||||||||||
An 8 ox team: | |||||||||||||||
£ | s. | d. | |||||||||||||
The expence of an ox per ann. being | 5 | 5 | 0 | ||||||||||||
8 | |||||||||||||||
That of 8 will be | 42 | 0 | 0 | ||||||||||||
To which, add the expence of a driver | 8 | 0 | 0 | ||||||||||||
gives the expence per ann. of an 8 ox team | 50 | 0 | 0 | ||||||||||||
Therefore the expence of a team of oxen the firſt year, will be | 50 | 0 | 0 | ||||||||||||
ditto the ſecond year | 35 | 0 | 0 | ||||||||||||
ditto the third year | 35 | 0 | 0 | ||||||||||||
divided by 3| | 120 | 0 | 0 | ||||||||||||
Gives the average expence per ann of an ox team, from 3 to 6 years old | 40 | 0 | 0 | ||||||||||||
Expence of an horſe per ann. | |||||||||||||||
£ | s. | d. | |||||||||||||
Summering,—Graſs 2 acres, at 20s. per acre | 2 | 0 | 0 | ||||||||||||
Wintering,—Straw 13 weeks, at 9d. per week | 0 | 10 | 0 | ||||||||||||
Hay 16 ditto, 1½ tons, at 2l. per ton. | 3 | 0 | 0 | ||||||||||||
Corn (for a year) 70 buſhels of oats, at 2s. per buſhel, | 7 | 0 | 0 | ||||||||||||
Shoeing and harneſs | 1 | 0 | 0 | ||||||||||||
Carried over | 13 | 10 | 0 | ||||||||||||
£. | s. | d. | |||||||||||||
Brought over | 13 | 10 | 0 | ||||||||||||
Annuity to pay off 25l. in 16 years, the purchaſe value of the horſe at 4 years old.* | 2 | 5 | 0 | ||||||||||||
15 | 15 | 0 | |||||||||||||
Expence of a horſe per ann. | 15 | 10 | 0 | ||||||||||||
Ditto of a two horſe team | 31 | 10 | 0 |
If a three horſe team be uſed, the account will ſtand thus:
£. | s. | d. | |
The expence of an horſe per ann. being | 15 | 15 | 0 |
3 | |||
That of 3 will be | 47 | 5 | 0 |
To which, add the expence of a driver | 8 | 0 | 0 |
gives the expence of a 3 horſe team | 55 | 5 | 0 |
If the compariſon be made with the horſe team of many of the midland counties, where they uſe 5 horſes, yoked one before another in one plough; the account will ſtand thus:
£. | s. | d. | |
The expence of one horſe per ann. being | 15 | 15 | 0 |
5 | |||
Carried over | 78 | 15 | 0 |
£. | s. | d. | |
That of 5 will be | 78 | 15 | 0 |
To which add the expence of a man to drive | 18 | 0 | 0 |
The expence of a team of 5 horſes will be | 96 | 15 | 0 |
Ditto of 3 ditto | 55 | 5 | 0 |
Ditto of 2 ditto | 31 | 10 | 0 |
Ditto of 8 oxen | 50 | 0 | 0 |
The average expence of an ox team, from 3 to 6 years old, that will do the ſame quantity of work as 2 horſes | 40 | 0 | 0 |
The concluſions to be drawn from the above ſtatement are ſo obvious as to need little elucidation; but we can⯑not help remarking, how ſtrong the force of prejudice muſt be, to continue the uſe of 5 horſes, and heavy, clumſy, unwieldy wheel ploughs, where a ſimple ſwing plough, and 2 horſes yoked double, and driven by the holder, would do the ſame quantity of work, equally well, and at one third the expence!
But before any proper concluſions can be drawn whe⯑ther ox teams or horſes are the moſt eligible, it will be neceſſary to conſider, whether the quantity of land em⯑ployed in ſupporting thoſe animals be uſed in the moſt profitable mode to the community, as well as the occupier.
With the latter, the firſt queſtion for conſideration is, whether 8 oxen uſed in the team, or in grazing, will pay him the moſt money?
Suppoſe 8 oxen, at three years old, were put to the plough, and plough 6 acres per week; which, at 3s. 4d.* per acre, is 20 ſhillings; and if they work 48 weeks in a year, then their whole earnings (after deducting 6l. for [142]expences of harneſs, ſhoeing, &c.) will be 42l.: but if they plough only 5 acres per week, (which is probably nearer the truth), then their whole earnings will be on⯑ly 34l.
The ſame oxen put to graze, to pay the ſame money, ſhould improve in value 5l. 5s. each, in the firſt caſe; and 4l. 5s. in the latter: but we are inclined to believe, there are few ſituations, if the cattle are of a good quick feeding kind, where they would not pay conſiderably more.
In reſpect to the community, the account will be nearly as follows:
From the above ſtatements, we find that an ox for ſummering and wintering, requires | 3½ acres;— |
therefore a 6 ox team will require | 21 ditto |
And 2 horſes for graſs and hay per ann. require | 7 ditto |
For corn & ſtraw | 4 ditto |
Land neceſſary for keeping 2 horſes per ann. | 11 ditto |
The difference is the quantity of land required for a team of oxen more than horſes. | 10 acres |
Hence it appears, that a team of 6 oxen requires 10 acres more land to maintain them than a team of 2 horſes, which will do the ſame work: and of courſe, the produce which might be derived from this 10 acres, is loſt to the community: ſuppoſe it be one half in graſs, and the other half in ploughing, then we ſhall have,
- 5 Acres of clover, or graſs.
- 1⅔ Ditto of oats.
- 1⅔ Ditto of turnips, or fallow.
- 1⅔ Ditto of wheat.
[143]It would then ſend to market yearly, at the loweſt computation,
- 7½ Cwt. of beef.
- 8 Quarters of oats.
- And 5 Ditto of wheat.
From this view of the ſubject, it appears, that if oxen were univerſally uſed for the draught, in the room of horſes, there would be a conſiderable defalcation in the ſupply of the markets, both in corn and animal food.* And the loſs to the farmer would be the profit derived from the produce; which by the uſual mode of allowing one-third for the farmer's profit, would in this caſe be about 10l.
SECT. 4.—Swine.
The Berkſhire pigs, and the large white breed, were formerly the moſt prevalent in this county; but the ſmall black Chineſe breed has in a great meaſure ſupplanted them, eſpecially upon the large farms; and theſe are likely to give way to a ſmall white breed lately introduced, remark⯑ably quiet, inoffenſive animals; on which account they are principally preferred to the Chineſe breed.
SECT. 5.—Rabbits.
[144]Rabbits are found in conſiderable numbers among the ſand hills along the coaſt, and are probably the moſt eligi⯑ble ſtock for ſuch ſituations, having been ſold of late years for 25. per couple.
SECT. 4.—Goats.
Goats—are kept in ſmall numbers, on many parts of the Cheviot hills, not ſo much as an object of profit, but the ſhepherds aſſert, the ſheep ſlocks are healthier where a few goats depaſture. This probably may be the caſe, as it is well known, that goats eat ſome plants with impunity, that are deadly poiſon to other kinds of domeſtic animals.
The chief profit made of theſe goats, is from their milk being ſold to invalids, who come to Wooler in the Sum⯑mer ſeaſon.
SECT. 7.—Poultry.
Poultry,—in a diſtrict like this, where they are ſold ſo low, are the moſt unprofitable ſtock kept upon a farm; the value of the corn conſumed by them, being generally double to what they are ſold for; and the labouring people are ſo well convinced of their inutility, that they con⯑ſtantly and univerſally ſell them, knowing from experi⯑ence, that if the value received for them be laid out in either beef or mutton, it will be much more ſerviceable; and this piece of economy is ſo well underſtood, that we believe there is ſcarce an inſtance of a labouring perſon ever making uſe of poultry for his own family; they are always conſidered as articles purpoſely bred to pamper luxuty.
CHAPTER XIV. RURAL ECONOMY.
[145]SECT. 1—Labour, &c.
THROUGH the greateſt part of this county, and eſ⯑pecially upon the large farms, there are very few ſer⯑vants kepts in the houſe; ſeldom more than two men and two maids: but the ploughman, carters, barnmen, ſhep⯑herds, &c. have each a houſe and garden or yard to them⯑ſelves, and are generally married. The conditions of ſervitude for one year are:
£. | s. | d. | |
2 Cows kept, o [...] money in lieu at 3l. each, | 6 | 0 | 0 |
3 Buſhels of wheat at 5s. per buſh. | 0 | 15 | 0 |
33 Ditto of oats at 1s. 8d. ditto | 2 | 15 | 0 |
12 Ditto of barley at 2s 6d. ditto | 1 | 10 | 0 |
12 Ditto of rye at 3s. 4d. ditto | 2 | 0 | 0 |
10 Ditto of peaſe at 3s. 6d. ditto | 1 | 15 | 0 |
24 lb of caſt wool at 6d. per lb. | 0 | 12 | 0 |
1 Buſhel of potatoes planted, a pig tethered, keeping hens, &c. | 2 | 4 | 0 |
Carriage of coals, ſix cart loads, | 1 | 0 | 0 |
In all | 18 | 11 | 0 |
They are bound to ſind a woman labourer to work for the following wages: for harveſting 6d. per day, for hoe⯑ing [146]turnips,* hay-making, ſcaling, weeding corn, &c. uſed to be 4d. per day, but was laſt year raiſed to 6d. per day.
In addition to the above conditions, the ſhepherd gen⯑erally has as many ſheep kept as are worth four or five pounds a year; but, if he has any under-ſhepherd to keep to aſſiſt him, the number is increaſed accordingly. In the hilly diſtricts, their ſheep ſometimes amount to hun⯑dreds, beſides ſix or eight neat cattle.
An overſeer or head ſervant has, in addition to the a⯑bove, as much money as to make his place worth from 20l. to 30l. a year.
Threſhing is moſtly done by the piece; a twenty-fifth part of the corn threſhed, being the general cuſtom, if the ſtraw be taken away unfolded; but if the threſher folds the ſtraw, he has a twenty-firſt part, and finds a woman to dreſs the corn, and to work at all other work, for the ſame wages as the others; he has ſtraw for his cow in Winter, but pays for her Summer's graſs.
The yearly wages of houſe ſervants are, for men, from 8l. to 12l. for women, 3l. to 5l.
The wages of day labourers, without victuals or any al⯑lowance of beer, are,
s. | d. | s. | d. | |
For Men, in Summer, | 1 | 2 to | 1 | 4† |
Winter | 1 | 0 to | 1 | 2 |
Harveſt | 1 | 6 to | 1 | 9 |
Women, ditto | 1 | 0 to | 1 | 3 |
s. | d. | s. | d. | |
— for other work | 0 | 6 to | 0 | 8 |
Maſons | 1 | 8 to | 2 | 0 |
Carpenters | 1 | 6 to | 2 | 0 |
Upon ſome of the large farms, a carpenter and ſmith are hired by the year.
The hours of working are from ſix in the morning to ſix in the evening, when the length of lay will permit, with the following intervals of reſt:
H. | M. | |
At breakfaſt | 0 | 30 |
Ten o'clock | 0 | 30 |
Dinner | 1 | 30 |
Four o'clock | 0 | 30 |
In all | 3 | 00 hours of reſt, and nine of labour. |
SECT 2.—Proviſion.
The price of grain in this county fluctuates very much: betwixt the markets of Newcaſtle and Hexham, and thoſe of Alnwick, Berwick, and Wooler, there is always a conſiderable difference;* the prices in the northern parts being in general the loweſt, on amongſt the loweſt, in the kingdom, owing to the produce being ſo much greater than the home conſumption. This ſurplus affords large quantities to be yearly exported from Berwick, Ale⯑mouth, and other places along the northern part of the coaſt
The average prices of grain at Berwick, in 1792, were,
s. | d. | ||
Wheat | 5 | 0 | per buſhel. |
Rye | 3 | 4 | ditto |
s. | d. | ||
Barley | 2 | 6 | ditto |
Oats | 2 | 2 | ditto |
Peaſe | 3 | 6 | ditto |
Fat ſtock being eaſily driven from one place to another, keeps the price of butcher's meat more upon an equality in all the markets of the county.
The average price of butcher's meat is from threepence-halfpenny to fourpence-halfpenny per pound; but in May and June it generally gets to fivepence, and the two laſt years has been ſixpence and ſevenpence.
s. | d. | |||
Butter | 0 | 6 | a pound of 16 ounces. | |
Skim-milk and ewe cheeſe | 0 | 3½ | ditto | |
Fat gooſe | 2 | 0 | ||
Turkey | 3 | 0 | ||
Duck | 0 | 8 | ||
Chicken | 0 | 6 | s. | d. |
Eggs, per dozen | 0 | 3 to | 0 | 6 |
Potatoes, per buſh. | 1 | 0 to | 1 | 6 |
SECT. 3.—Fuel.
Upon the edges of the moors, towards the weſtern parts of the county, a few peats are burnt; but in every other part, we believe, coals are univerſally uſed.
The quantity conſumed by a poor family, is from 5 to 7 cart loads a year.
CHAPTER XV. POLITICAL ECONOMY.
[149]SECT. 1.—Roads.
THE turnpike roads are moſtly in good order; thoſe that have an opportunity of getting whinſtone, or limeſtone, are the beſt; but they certainly would be better if the ſurveyors would order the ſtones to be bro⯑ken ſmaller and the roads made wider. One great ob⯑jection to ſome of theſe roads is the many ſteep banks they are diſgraced with, ſome of the worſt might have been avoided; but it ſeems the original ſetters-out of theſe roads had a predilection for climbing and deſcend⯑ing ſteep banks: this is notorious on both the roads up⯑on Rimſide-Moor, without even the plea of being near⯑er; as the leveller road would have been nearer, travelled in much leſs time, and with far leſs fatigue. Some ſimilar caſes appear on the poſt road, which we hope will be remedied in the next application to Parliament for a new act.
The townſhip roads are in ſome places good, but by far the greateſt-part are deſerving of a different appellation; the cauſe of this deficiency is in moſt caſes to be attributed to the neglect and manner of performing the ſtatute-work.
One mode of remedying this neglect, would be to ap⯑point a ſurveyor, with a ſmall ſalary, who ſhould be em⯑powered to collect the compoſition due for ſtatute-work, [150]and [...]mploy th [...] money for repairing the road where moſt neceſſary for the public in general, without having regard to the convenience or influence of individuals.
A book ſhould be kept by the ſurveyor, and yearly ex⯑amined, ſettled, and ſigned by a committee of inhabitants, before it went to the magiſtrates. We know from expe⯑rience, that by this means the road would be much bet⯑ter made, and in near double the quantity: for when a farmer ſends his cart to perform ſtatute-duty, it ſeldom carries more than half a load, and the ſervants practiſe every manoeuvre to put off time, and do as little as poſſi⯑ble which would not be the caſe with hired carts, as every inhabitant would be ready to report any mal-practices.
SECT. 2—Canals.
In this county there are no Canals; and notwithſtand⯑ing heir manifeſt utility to a diſtrict like this, where ſuch immenſe quantities of heavy articles are to be conveyed; yet we believe, no attempt was ever made, or even ſo much as a canal projected, in any part of the county before 1792, when ſome gentlemen on Tweedſide had it in con⯑templation to make a navigable canal, from the collieries and lime works near Berwick, to Kelſo in Scotland, and from thence up the Tweed and Tiviot; but a ſurvey be⯑ing made by Mr Whitworth, it was dropt, probably on account of the great expence.
The next public notice we can trace, was given by Mr Dodd, in 1794, of a canal from Newcaſtle to Carliſle, or M [...]ryport, in Cumberland, to join the eaſt and weſt ſeas. This was to paſs on the ſouth ſide of Tyne: but Mr Chap⯑man propoſed a line to paſs on the north ſide of Tyne, the peculiarity of which was, that it ſhould come from Hay⯑don-Bridge, to the upper parts of Newcaſtle, upon one level without a lock, and the goods conveyed from thence [151]to the river, either by a kind of ſtair-caſe of locks, or in waggons on an inclined plane. By this propoſal, the principal ſupporters of the grand canal were divided into-two parties; the conſequence of which was, that the money to compleat the great deſign of uniting the two ſeas, could not be raiſed, and of courſe it was given up; one on the north ſide, propoſed to ſtop at Haydon-Bridge, and another on the ſouth ſide at Hexham. The ſubſcriptions for defraying the expence of the north line, we were informed were filled; and application was made to Parliament in 1797, to obtain an Act for making a canal on the north ſide, but it met with ſo ſtrong an oppoſition from the land owners, that it was thought pro⯑per to withdraw it.
The ſubſcribers for a canal on the ſouth of the river ſtill perſevere in their endeavours to accompliſh the line to Hexham, or Haydon-Bridge; and we have not heard that any oppoſition to the meaſure is intended by the pro⯑prietors of lands, through which it is to paſs.
SECT. 3—Fairs.
The principal Fairs in this County are:
- 4th—Wooler—for a few cattle, ſheep, horſes, hiring ſervants, &c.
- 10th.—Allendale—for cattle.
- 12th.—Alnwick.—A large ſhow of both fat and lean cattle.
- 14th.—Haltwhiſtle—for cattle, chiefly cows for graz⯑ing.
- Tueſday before Belford.—A few cattle and ſheep.
- Whitſuntide. Belford.—A few cattle and ſheep.
- Wedneſday before Morpeth—for fat cattle, ſheep, &c.
- Whitſunday. Morpeth—for fat cattle, ſheep, &c.
- [152]Whitſun Eve.—Stagſhaw-Bank, (near Corbridge)—ſo cattle, ſheep, horſes, &c.
- Whitſun-Tueſday—Whitſun Bank, (near Wooler.)—A large fair for cattle, horſes, and great numbers of ſheep, principally long-woolled hogs, and ewes and lambs; and a hiring for ſervants.
- Friday in Trinity week. Berwick—a few lean and fat cattle.
- 4th—Stagſhaw Bank, (near Corbridge.)—This is one of the largeſt ſheep fairs in the north of England;* principally of the black-faced heath ſheep, which moſtly come from the ſouth weſt of Scotland: there are alſo great numbers of cattle, horſes, and ſwine.
- Wedneſday be⯑fore the 22d.Morpeth—for fat cattle, ſheep, &c.
- Laſt Monday,—Alnwick,—fat and lean cattle.
- 5th.—Hexham—Cattle, horſes and ſheep, chiefly lambs both of the Cheviot and heath kind; from the vicinity of Langholm, (in Scotland.)
- 12th.—Newcaſtle—holds 9 days for horſes; and for fat and lean cattle, on the laſt or 12th.
- 23d.—Belford—A few cattle and ſheep.
- 24th.—Whittingham.—for fat and lean cattle, and a few horſes. The beſt ſhow of fat cattle of any fair in the county.†
- 26th.—Elſdon,—a few cattle.
- Saturday af⯑ter the 15th Bellingham,—a few cattle, chiefly ſmall cows.
- [153]19th.—Harbottle,—for a few cattle, moſtly ſteers and heifers.
- 27th—St. Ninians, (near Wooler)—a very large ſhow of ſheep and cattle, with a few horſes.—The ſheep are-moſtly draft or caſt ewes, and ſhearing wethers.
- Firſt Tueſday—Alnwick—for fat and lean cattle.
- 2d.—Rothbury,—for cattle, moſtly for ſteers and heifers.
- 17th.—Wooler,—for very great numbers of ſheep, of the Cheviot and long-woolled kinds: a few cattle and horſes.
- 29th.—Newcaſtle,—for horſes, cattle, and ſwine.
This is one of the largeſt fairs in the north of England. The horſe fair begins nine or ten days before the 29th, and continues every day in the town, where great num⯑bers of remarkable ſine horſes, for the field, the road, and the carriage, are ſold daily. The abundant choice of e⯑very kind, brings great numbers of dealers from London and various other diſtant places: its celebrity has increaſ⯑ed very much of late years, and we believe it may be juſt⯑ly claſſed amongſt the firſt horſe fairs in the kingdom.
The ſhow of cattle is alſo very great, not only for the breed of the country, but alſo for large droves of kyloes, (Scotch cattle) which are purpoſely driven from the High⯑lands, to be ſold at this fair.—The fair on the 29th, is held on the Town-moor, and is called the Cow-hill fair.
- 1ſt.—Rothbury—for young cattle.
- 8th—Hexham.—Cattle.
- 14th.—Allendale.—Cattle, moſtly ſmall cows.
- 22d.—Newcaſtle.—Fat cattle, chiefly cows: this fair is held in the town, and is called the "Stones fair."
- 22d.—Haltwhiſtle.—A few fat cows, and lean cattle for wintering.
SECT. 4.—Markets.
[154]Tueſday.—Hexham,—for corn and other proviſions.
Ditto—Belford.—The chief ſupport of this market, is the ſale of corn, great quantities of which are ſold by ſam⯑ple, for exportation.
Ditto.—Newcaſtle,—a ſmall market for proviſions of various kinds.
Wedneſday.—Morpeth,—for corn, butcher's meat, butter, &c and for fat cattle and ſheep: of the former on an average not leſs than 80 weekly; and of ſheep, and lambs 1600;* which are bought up for the conſump⯑tion of Newcaſtle, Shields, Sunderland,† &c.
Thurſday.—Wooler,—principally for corn, conſiderable quantities of which are ſold by ſample, moſtly for expor⯑tation.
Friday.—Rothbury.—This market is little more than nominal, there being only one butcher who ſells a few carcaſes, and which conſtitutes nearly the whole of the market.
Ditto.—Allendale,—for corn, butcher's meat, and con⯑ſiderable quantities of potatoes and garden ſtuff from Hexham; all for the ſupply of the mining diſtrict to the weſtward.
[155]Saturday.—Newcaſtle.—A very large market, and well ſupplied with corn, butcher's meat, fiſh, poultry, but⯑ter, &c.
Dr Hutton, in his Plan of Newcaſtle, in 1772, ſtates the annual conſumption of this place to be 5000 catttle, 10000 calves, and 147000 ſheep and lambs.
Ditto.—Alnwick,—a large market for corn and pro⯑viſions of various kinds.
Ditto.—Berwick,—for corn, butcher's meat, and other articles of proviſions; at both this market and Alnwick, conſiderable quantities of corn are ſold by ſample for ex⯑portation.
SECT. 5.—Commerce.
The commerce of this county is derived principally from the coal trade: the ſhips belonging to the port of Newcaſtle, in 1772, are ſtated by Mr Pennant, to be 3948, their tonnage, 758214—The principal exports are coals, lead, lead ſhot, wrought iron, grindſtones, pottery, glaſs, &c.
The exports from Berwick, are chiefly corn, flour, oat⯑meal, ſhilled barley, potatoes, fiſh, eggs, wool, &c. coaſt⯑ways; which has increaſed very much of late years: the foreign trade is chieſly to the north of Europe.
The number of veſſels belonging to this port is about 40, making upwards of 3000 tons: the receipts of the cuſtoms are, upon an average, about 3000l. per ann.
The port of Alemouth alſo employs a few veſſels in ex⯑porting corn, flour, &c.
And a few veſſels are employed in the Summer ſeaſon, in carrying lime, from the neighbourhood of Bambro', to different parts of Scotland.
SECT. 6—Manufactures.
This county is not diſtinguiſhed by any ſtaple manu⯑factures; [156]the principal are derived from, or connected with the coal trade and mines; as ſhip-building, roperies, forges, founderies, copperas, coal tar, ſoda, or marine alkali, white lead, potteries, glaſs works, &c.
Hexham has been long famed for its manufacture of gloves, which employs about 300 hands.
To eſtabliſh manufactures of Woollens, two or three eſſays have been lately made at Alnwick, Mitford, and Acklington; and a cotton Mill has been lately erected at Nether-Witton; all of which, from preſent appearances, we hope are doing well.
There is one ſpecies of manufacture carried on in this diſtrict, with an agricultural production of ſmall value, viz. that of ſtraw, which is not only made uſe of as a covering for the heads of the wives and daughters of the humble cottager, but has alſo lately been converted into orna⯑ments that might accompany the richeſt and moſt ſplen⯑did dreſs, which the palace or the drawing-room ex⯑hibits; and, for the honour of the plough, has not only been converted into buttons for the men, but alſo into rings and ear-rings for the ladies.
Agriculture is certainly benefited by manufactures in the conſumption of its produce, by the great number of people employed: but we do not find any new modes of practice or improvements in agriculture, introduced in their vicinity, or reſulting from the exertions of thoſe connected with them.
SECT. 7—Poor.
We do not find any mode of managing the poor in this county, different from that generally uſed in other diſtricts.
In thoſe townſhips where they are collected and main⯑tained in poor houſes, the rates are eaſier, than where they are relieved at their own houſes. We are inclined to be⯑lieve [157]that work-houſes, under proper regulations, would not only conſiderably leſſen the rates, but the poor might be ſupported more comfortably.
SECT. 7.—Population.
Of the population, we could not collect ſufficient da⯑ta, from whence even a tolerable gueſs could be made.
CHAPTER XVI. OBSTACLES TO IMPROVEMENT.
In our journey through this county, wherever we en⯑quired what was the chief obſtacle to improvement? the anſwer was univerſally, "Tithes!"—An impoſition ſo preg⯑nant with miſchief, and ſo often the ſource of violent diſ⯑ſenſions betwixt the clergy and their pariſhioners, ſhould if poſſible be removed, either by purchaſe, commutation, or any other means, by which a fair equivalent ſhall be rendered for them: for ſo long as they exiſt, it is impoſ⯑ſible to expect that agricultural improvements will be car⯑ried on to the extent of which they are capable. In our Survey of Cumberland, we have ſhewn the great uncer⯑tainty of employing money in ſpeculations of improving land; and that the tithes, in ſuch caſes, are a large por⯑tion of a man's capital in trade, and not a tenth of he natural produce of the earth, which ſome have thought was all that was intended by the original impoſers, who no doubt meant them for a good purpoſe; but if through a ſucceſſion of ages, a change of manners, of ſentiments, [158]and of cultivation, has taken place, and the ill effects of tithes be univerſally felt, and acknowledged to leſſon the quantity of food obtainable from a conſiderable portion of this kingdom, a change in the mode of paying tithes would alſo be deſirable; for the proprietors of ſuch lands are not only loſers, but the community at large. It is ſur⯑prizing that a grievance of ſuch magnitude ſhould have ſo long evaded the reviſion and regulation of the legiſla⯑ture; and that it ſhould be always ſo ſtrenuouſly oppoſed by the clergy, there being no wiſh to take any thing from them, but to render a fair equivalent for what is their due; and which there would be little difficulty in doing, not⯑withſtanding the many objections that have been invent⯑ed, to perplex this moſt intereſting queſtion.
CHAPTER XVII. MISCELLANEOUS OBSERVATIONS.
SECT. 1.—Agricultural Societies.
THERE never was any Agricultural Society in this county; and if any ever had exiſted, it probably would have been ſoon diſſolved, if we may judge from the ex⯑periments that have been made in ſome neighbouring diſ⯑tricts, where we find, that after a few years continuance, they have been given up; but whether from a radical de⯑fect in the inſtitutions, the non-attendance, and indiffer⯑ence of members, or the injudicious diſtribution of prizes, we are not prepared to ſay; but think that public farms are much more likely to promote improvements in the Science of Agriculture.
SECT. 2.—Weights and Meaſures.
[159]Weights and meaſures—are in a ſad ſtate of confuſion; a pound, a ſtone, a buſhel, a boll, are rarely the ſame in different markets, and frequently vary in the ſame mar⯑ket for different articles.
4 Beatments | 1 Peck |
2 Pecks | 1 Kenning |
2 Kennings | 1 Buſhel, Wincheſter. |
2 Buſhels | 1 Boll. |
For Wheat, Rye, and Peaſe. | |
4 Quarts | 1 Forpit |
4 Forpits | 1 Peck |
4 Pecks | 1 Buſhel |
2 Buſhels | 1 Boll, equals; 4 Wincheſter buſhels. |
For Oats and Barley. | |
4 Quarts | 1 Forpit |
5 Forpits | 1 Peck |
4 Pecks | 1 Buſhel |
2 Buſhels | 1 Boll, = 5 buſhels, Wincheſter. |
3 Quarts | 1 Forpit |
4 Forpits | 1 Peck |
3 Pecks | 1 Buſhel, Wincheſter. |
2 Buſhels | 1 Boll of Wheat. |
6 Buſhels | 1 Boll of Barley or Oats. |
4 Quarts | 1 Forpit |
3 Forpits | 1 Peck |
3 Pecks | 1 Buſhel |
6 Buſhels | 1 Boll |
[160]A ſtone of wool in ſome parts is 24 lb. in others 18 lb.; and a ſtone of every other article is 14 lb.
The Board of Agriculture could not do the public a greater ſervice, than by bringing forward a regulation of weights and meaſures. One weight, and one meaſure, derived from the ſame root, and increaſing or decreaſing in a ten fold ratio, would introduce ſuch ſimplicity, eaſe, and perſpicuity, into all tranſactions of buſineſs, (where calculations are neceſſary) as would prevent the number⯑leſs miſtakes and errors which are daily happening.
Preparations for remedying this great inconvenience, have been made at different times; and we believe here are ſufficient materials for perfecting the meaſure, when⯑ever it is thought proper to bring it forward.
SECT. 3.—Vermin.
Moles and rats—are two ſpecies of vermin which we think capable of being in a great meaſure extirpated, or ſo far reduced, as to render their depredations of little conſequence. In Cumberland, a mole is rarely to be ſeen: this is in conſequence of every occupier of land contribut⯑ing his due proportion towards their deſtruction. A ſimilar plan eſtabliſhed in this county for deſtroying ver⯑min, we believe, would readily be complied with by every good farmer; and the bad ones ought not to have it in their power to injure their more induſtrious neighbours.
Crows—of late years, have become a very great nui⯑ſance, not only for rooting up wheat, and other grain, in a ſprouting ſtate; but clover and protatoes, corn ſtacks, and young plantations, are greatly injured by them. Laſt Spring, a collection of ſixpence a plough was made by a few farmers in Glendale Ward, for pulling down their neſts. Many thouſands were deſtroyed by this means; and we hope the practice will be continued until they are found leſs pernicious.
[161] Foxes—are very numerous, and very deſtructive to young lambs, in a diſtrict like this, where ſo many ſheep are bred; but while they are ſo anxiouſly preſerved for the chace, we deſpair of ſeeing any regulations take place for reducing the numbers of this miſchievous animal.
Dogs—in every place are ſwarming: two thirds of them at leaſt are kept by people who have no manner of uſe for them; and are conſtantly complaining of their ina⯑bility to obtain food for their families. It would be do⯑ing theſe people an act of juſtice, to exempt them from doing ſtatute duty on the high-ways, on condition they did not keep a dog; and to ſupply the deficiency by lay⯑ing a tax upon dogs, which tax ſhould be applied towards repairing the roads.*