UNITFD STATES DEPARTMTNT OF AGRIC ' 
 
 Bureau of Agricultural Pc ice' 
 
 
 ECONOMIC ASPFCTS OF PASTU E EN THF LAND-H 1 
 
 fIV. OF FL LIB 
 NTS DEPT. 
 
 By C. L. Holmes, Frincipe.l Agriculture! Fcononiet, 
 In Charge, Division of Fern: Mane ge.nent end C> . 
 
 DEPOSITORY 
 
 Address, American Society .f Agron 
 Washington, D. C. , November 22, 1934 
 
 Two important factors hcve been responsible for pushing - consider- tion 
 of pastures to the foreground in l-nd-use planning. The first is the surplus 
 crop production which has characterized our agriculture in recent years, and 
 .the second is the conservation of soils :nu other natural resources. The first 
 of these factors beg-.n to rr.ke itself felt in a tangible way in the depression 
 of 1.20 and 1921 and became acute with the present depression, culminating in 
 the Government program to reduce surpluses of the crops in which the problem 
 was most acute, ond to adjust the acreage cf crops and' the nurib-r of livestock 
 and the volume of the output of livestock products into a rational relationship 
 with the existing and potential demand. The second of these factors we have 
 hrd with us for many years, but it has been singulorly overlooked in popular pt- 
 t'ention until the present administration embodied it in its comprehensive pro- 
 gram of conservation end adjustment, 
 
 These two factors give ample justification for the importance which I 
 
 pasture question has assumed. The issue, on first consideration, seems rea- 
 sonably clear. We should shift substantial portions cf land from erosive crops 
 to gross, refit the organization cf farms to this adjusted use of faro" land, rnd 
 achieve the double objective of reducing the totsl farm output of crops pnd live- 
 stock to a volume which corresponds to tie demand for their use, and -t the sac 
 time conserve in perpetuity the nature-given agricultural resources. 
 
 Unfortunately this solution moots with other fcrces which involve serious 
 ( iff iculties ond nekes the apparently ..simple solution much more difficult than it 
 appears upon the surface. One of these forces is the pressure of people >n ft ' 
 land, induced by the largo amount of unemployment in n onagri cultural industries, 
 which has been occasioned by the depression. Not only has there been a stopping 
 of 'the normal flow of population from agriculture tc industry, but th r has d - 
 veioped a back* flow of people from industry to agriculture which constitute. 
 resistance tc the proposed program, the significance of which seems as yet c nly 
 pertly realized. More p eple on the land usually means more intensive use, 
 whereas a greater dominance of* pasture, tends to mean. less intensive use. 
 
 There is the further factor of the individual' farmer's interest in the 
 propose 1 to place a larger proportion of lend in pasture, rnd of his reaction 
 to this proposal. Whatever the program it must be worked out in the light cf 
 these twe factors, although at the outset, at least, those factors Been "to be 
 
2, 
 
 in opposition t* the considerations that appear to make more pasture rather than 
 less pasture a rational objective from the point of view cf public policy. 
 
 Finding the best ultimate plaoe of pastures in the planning for agricul- 
 ture must be worked out through a program thai? will reconcile these two nets of 
 opposing forces. Such reconciliation will re extremely difficult, but there 
 seems no reason for believing that it cannot be madp. In its working cut, both 
 agronomists and economists have an important responsibility. 
 
 In the following discussion it. is proposed, first, to present information 
 on the place which pasture now holds in American farm economy; second, to dis- 
 cuss ways in whieh the use of pasture is involved in the farmer's problem of the 
 organization and management of his farm; and, third, to pre sent what appears to 
 be the major points relating to pastures in land-use planning. 
 
 The Place of Pastures inAmerican Farming 
 
 It will help to place our pasture problems before us to consider some 
 data on the present place of pasture in American farming and the trends in its 
 importance, and to compare the place it holds in our farming with its importance 
 in certain foreign countries. 
 
 According to the 193H census, there were in 1920 just a little less than 
 a billion acres of land in American farms. Of this area approximately 89 per- 
 cent was in pasture and crop land; the remaining 11 percent was in woods not 
 pastured, in building sites, and in waste land. £f the land in crops end pas- 
 ture, 52 percent was pasture, and 48 percent was in crop land. Of the pasture, 
 only 27 portent was reported as tillable, The remainder was pastured woodland 
 and oth^r untlllable land used as pasture. 
 
 Figure 1 shows 12 regions, as blocked out for purposes of analysis by 
 the Planning Division of the Agricultural Adjustment Administration. Figure 2 
 shows the percentage of all farm land in pasture by these regions. An examine-' 
 tion of Figure 2 shows important variation in the relative importance of pastur . 
 The highest percentage of land used for grazing is found in the range region. 
 The reasons are obvious. Because of the natural conditions which make this vast 
 territory unfitted for more intensive uses, it has become highly specialized in 
 the grazing of cattle and sheep, m st of which s re taken to other areas for fin- 
 ishing en grain and roughage before they are moved to the market. > 
 
 The next highest relative position of pasture is found in the Mixed Farm- 
 ing and Fruit Regions. These represent scattered areas in various parts of the ^ 
 country in which the better lands are used for intensive crops and tin poorer 
 parts, representing the nv.jor part of the total, as pasture. 
 
 The Dairy Region also shows- a relatively high pe<roentage of farm land in 
 pasture. Here the nature of the land itself is such that a very high proportion 
 of it in pasture means a higher return than if more were kept in crops. Further, 
 the dominant farm enterprise, dairy production, utilizes t* advantage a high 
 proportion of pasture relative to other feeds. Its situation, well to the north 
 of the. regions more suited for grain and other crop production, its short grow- 
 ing in, and its ample rainfall, tend to make dairy farming the most profit- 
 able use of the land. 
 
 Pasture is shown to have a rel tively high place so far as acreage is 
 e mnerned in the Wheat and Snail-Grain Region. This is largely because there is 
 
3 
 
 considerable land in this region v;hi ;h is Tit only for gri ■ • • ap] 
 
 in the figures as pasture land, thus bringing up the total to i 
 tion. 
 
 ^n the General Farming and Cotton Regions, pasture occupies a fairly hirh 
 percentage of the land. The reason her ms to be primarily the hirh 
 age of untillable land that can be used only fir pasture. 
 
 The Corn Belt has a relatively lov: proportion nf its total farm land in 
 pasture. This region is fortunate in having a high percentage of land that is 
 not 'inly tillable but highly productive in its natural condition. Its climate 
 favors the growing of large crops of feed grains and a sizable acreage of 
 and other crops. The highest comparative advantage in the use of this land, 
 up to the present at least, has been found in putting the; raajrr proportion into 
 intensive uses. 
 
 It will be interesting at this point to compare the position of pasture 
 in this country with its position in certain groups of foreign countries. Re- 
 calling the figures of 43 percent in crops and 52 percent in pasture as shown by 
 the 1929 census for our own country, let us consider first a group 6f countri 
 characterized by a very high percentage cf farm land in pasture. In the Irish 
 Free State, for example, crops occupy ^nly*32> percent of the tillable farm land 
 and pasture *7 percent. In addition, there is a large area of rough, untillable 
 land which is also used for grazing. In the United Kingdom the "arable" land 
 represents 37 percent and permanent grass 63 percent of the presumably tillable 
 area. There is in addition a large extent of untillable land, part of which is 
 used for the grazing of livestock. New Zealand represents the extreme in the 
 dominance of pasture. Only 12 percent of the land which has been improved in 
 that island country is in cr>ps* whereas tame grass pasture Occupies PS percent 
 and in addition there is almost an equal area in native grasses which is used for 
 the grazing of livestock. 
 
 It has been suggested that the United States should follow the example of 
 these countries which have apparently found thet their b st economic interest is 
 served by keeping a very hirh percentage of th< ir land in grass. It is furth* r 
 pointed out that the trends. in land use in these countries has been toward more 
 pasture and that, this represents a rational adjustment to depressed conditions in 
 agriculture. 
 
 There are special conditions affecting the adjustments in these foreign 
 countries, however, which should not be loot sight cf. They all have a marine 
 tclimate, which tends to give pasture a higher comparative advantage than cro'S. 
 This is partly for the reason that the production and ripening of grain is less 
 successful than in the countries with a continental climate such as our c: : n, end 
 partly .-.that these same climatic conditions are ideally suited to the production 
 of grass and other pasture crops with an extremely high carrying capacity. In 
 the competition between these different land uses, therefore, it is net surpris- 
 ing that pasture has the ascendency. 
 
 In the case 'of New Zealand there is the additional factor of long distance 
 from important o on suming markets, which makes it profitable to concentrate the 
 products of the land into high-specific-value animal products which reduce the 
 freight charges to a minimum. 
 
 In contrast' with the figures from the countries just listed, we may take 
 the example of certain European continental countries. According to the la 
 available, figures from Germany, of the total acreage occupied by crops and pi - 
 ture 7 if; per- ant are in crops ■ nd «nly 28J- percent in pastures* In France these 
 
4 
 
 figures are *2 percent and. 3? percent, respectively. This situation represents 
 the remits of a combination cf factors including a, continental climate, a rela- 
 tively dense rural population which necessitates intensive use of land, and a 
 type cf farm economy characterized by a very high degrep of self-containment. 
 
 Coming back to a consideration of the place of pa: turp in. cur o W n coun- 
 try, it is worth while to consider the trend in the importance of pasture. Fig- 
 ures 3 and 4 show geographically thp shifts in the use of land for pasture be- 
 tween I909 an d 1329, as shown by the county census figures for these 2 years. 
 Each dot in these maps represents 5,000 acres. Figure 3, showing the areas in 
 which pasture has decreased, reveals that in only a few scattered areas has there 
 been any decrease. Most of thin decrease is in the Corn Pelt, notably in north- 
 western Iowa and adjoining areas, with some scattered decreases in other parts 
 of the Corn Belt and- the northeastern States. Limited decrease.-, are shewn in 
 the Panhandle of Texas and in other portions of the Great Plains. 
 
 The decreases in the Corn Belt are in those areas favored with the most 
 highly, productive soil. and most level surface, which give the production of grain 
 a high comparative advantage. The decreases shewn in the southern Great Plains 
 represent for the most part the Yreaking up of grazing land for the production 
 of wheat and cotton in response to factors such as mechanization, which led to 
 the recent remarkable expansion in cropping in this region. 
 
 Figure 4 shews that an increase in pasture acreage has been widespread 
 and of very substantial proportions. Some, of this increase, to be sure, is nomi- 
 nal rather than real. Throughout the Great Plains it. represents, for the most 
 part, the incorporation into actual farms of public land previously u<?ed for gl-as- 
 ing^ outside the boundaries of farms and hence not reported at all in the earlier 
 census. As a matter of fact, there was a substantial shift cut of grazing into 
 crop-growing in this region. On the other hand, the increase shown in the eastern 
 half of the country represents a real shift from crops to pasture. The causes of 
 this shift are various. A growing realization of the danger of soil depletion is 
 one of the most important. Another important one is a real decline in the com- 
 parative advantage of feed grains, brought about largely by the introduction of 
 tractor power and the accompanying falling off in the use of feeds in the support 
 of workstock. Within this 20 years there was a temporary increase in grain pro- 
 
 iion induced by the war situation, which was followed by the resumption of the 
 decline. These changes have been accompanied to some extent by an increase in 
 the average size of farms and a decrease in the numb*, r of farms but such changes 
 are not so conspicuous as the major shift from grain to pasture. 
 
 The question of whether this progressive shift from crops to pasture in 
 the eastern part of the United States has been continued since 1929 is hard t« 
 answer. There has been a substantial reduction in the acreage of all crops, 
 partly due to drought and more recently to the Government's adjustment program, 
 available figures do not show conclusively that there has been a correspond- 
 ;■ increase in pasture. The 1935 census will give comprehensive figures by 
 which the change in pasture over the last 5 years can be measured. It seems 
 probable that the movement which was so apparent up to 1923 was substantially 
 slowed up by the 'pressure of the baek-to-the-land movement. 
 
 Considering the importance of pasture as a source of feed, ns entirely 
 accurate figures are available. However, we have been making some careful esta- 
 tes, the results of which are embodied in Figure 5, which sh*ws the estimated 
 per- u -,f feed derived from astures, from feed grains, and from hay and 
 , respectively. 1/ ' 
 
 J F.3t imat.es made by P. D. Jennings, Agriculturfl Economist, Bureau pi" kgi'icul.- 
 
 l raj F.c,:.', I •• . 
 
1 
 ■"■ Referring again to Figure 1, in order to get the. location of th r ; 
 for which data art: shown in Figure 5, we may .examine the chart for what it r 
 veals of the relative - importance of pasture as a source of feed.' It is esti- 
 mated that, for the United States as a whole, 42 percent of all availabl 
 units are derived frcm pasture. 
 
 When we take this up hy regions we find again a wide range of variation. 
 The Range Region, bee use of the highly specialized grazing enterprise, is the 
 highest. This represents a regional division of function in the production r 4 .' 
 cattle and sheep for the market, these animals being mcved frcm the grazing re - 
 gion into the grain regions to be finished. 
 
 The high percentage of feed units derived from pastures in the Cotton 
 Belt, which is only very incidentally a livestock -producing region, is to he 
 accounted for largely by the climate which makes possible a long grazing season. 
 
 The relatively high percentage of feed derived from pasture in the "Theat 
 Region is due to the situation already cited, that of a large inter-mixture of 
 grazing land with crop land. 
 
 The Dairy end Truck regions each show 40 percent of the total feed produc- 
 tion derived from pasture. This relatively high percentage is due to the fact 
 that pastures, for the most part, are of relatively high auality in these regions 
 and that dairy production lends itself admirably to the use of pastures. 
 
 The region that shows the lowest percentage of the total feed derived 
 from pasture is the Corn Belt. The reasons here are obvious. The high compara- 
 tive advantage of grain, caused by favorable soil and climatic conditions, re- 
 duces the importance of pasture to a relatively low position. 
 
 One of the most important considerations determining the r* jc 1 importance 
 of pasture is its carrying capacity. Figure 2 shov.'s this factor, approximately, 
 in terms of the acres per animal unit required tc support livestock during th-: 1 
 normal pasture sec son. The range in carrying caprcity, so expressed, is wide. 
 In the range country where native grasses are utilized, s.nd where' the rainfall is 
 extremely low, a maximum acreage is necessary. A reli tively high acreage per 
 animal unit is found in the Cotton Belt and adjoining regions. This . ef lects 
 poor quality of pasture, pertly ts a result of lack of care, : nd pertly the poor 
 adaptability of much of the soil in this area for pasture. These factors are 
 partly counteracted by the longer grazing season. 
 
 The carrying capacity of pastures is seen to be low in Lbs WheatjMixed 
 Farming , Fruit , and Tobecco Re ions. The reasons are vcriiblo. In the Wheat 
 Region the quality of pasture land tends to approach the low carrying ce.pceity 
 of the grazing region. 
 
 The highest carrying capacity is to be found in the pastures of the Corn 
 and the D:.iry Regions. This is explained by a oombimtion of good soil, favor- 
 able climate, end relatively more careful management of postures. Since pos- 
 tures in these regions constitute a more important resource in the production of 
 livestock products?, they receive somewhat mora attention than is char fistic 
 in some of the other p?:rts of the country. 
 
6. 
 
 P*_ sture in Fc nn Economy 
 
 Before proceeding to a discussion 'of pastures in 1* nd-uee planning, it 
 may he well to consider a number of aispVcts of the problem from the point of' 
 view of the individual .farmer. Emphasis in the phrase, "land-use planning," 
 should be upon the word "use."' It is the fa mer who uses the Ind. Planning 
 should proceed, therefore, with him and his interest as the focal point. 
 
 The first, and most patent consideration in the farmer's reaction to thp 
 us« of pasture, and to proposals for increasing the importance of the place r't-n 
 holds in farming systems, is the relation rtf pasture to livestock production. 
 Pasture and hay must obviously be used by livestock if their place in the farm- 
 ing system is to be economically justified; but the influence of the amount and 
 kind of pasture on the amount and kinds of livestock and livestock products is 
 not so obvious. The f aimer must be concerned with getting a maximum utilization 
 of all his productive resources; that is, he must get as large a net income as 
 possible, and this means to a considerable extent, the largest gross income. If 
 a given proportion of his land must, for physical and economic reasons, be used 
 for pasture, he must determine the kind and amount of livestock which will make 
 best u;:e of it. This depends partly on the nature of the pasture, and partly on 
 the relative prices he can get for different classes of livestock and of live- 
 stock products. It also depends on the relation of his pasture resources to the 
 oth,jr feeds he can reise, or finds it most profitable to raise. 
 
 The importance of these relationships may best be illustrated by a con- 
 sideration of the geographic distribution of the more important livestock enter- 
 prises. The dairy industry is largely localized where it is through the ele- 
 ments of soil, surface, snd climate which make pastures and the production of hsy 
 end other roughage a more successful and profitable use of his land than a system 
 of land use involving higher acreage and feed grains and other grain crops. The 
 farmer must supplement feed from these sources with adeau-:-te amounts of concen- 
 trates either grown or purchased. The proportion of these vhich he grows himself 
 is largely determined by physical factors which mrke growing or buying of concen- 
 trates the more profitable. 
 
 Contrasted with this situation in the dairy region is that of the Corn 
 Belt, where natural conditions of soil, surface, and climate give grain productior 
 e superior economic advantage. Farmers in these two different regions have ad- 
 justed their livestock enterprises to these natural conditions, which have all 
 the essentials of economic forces. The chain of causation tends to run (1) from 
 the nature of the land and. climate which determines the best utilization of the 
 land in terms of specific crop and ;.ssture systems and which yield specific pro- 
 portions of the different feud elements, to (2) the kind of livestock systems 
 which give the bust economic utilization of these feeds. In areas where natural 
 con. itions give highest comparative advantage to a system in which carbohydrate 
 
 La - tlr t is, corn and similar grains - have a dominant proportion, the produc- 
 tion of me.' t inimals is dominant. In areas where pastures and legumes give the 
 best use value to the lend, dairying tends to be domin-nt. 
 
 This states the case only as a generalization." There are hundreds of mo- 
 difying factors both physical £ nd economic. Th-j important point is that the pro 
 posals to increase pasture in specific areas must be made with due consideration 
 of those fundamental factors that are so vital to the farmer. This is not to say 
 thet adjustments cannot and should not be made. Farmers, like ■ 11 other humans, 
 h-ve much inertie in their makeup. However, they do h< ve a lively and realistic 
 sense of fi .m economy, born of their close and vitrl relations to farming. They 
 
know th't'thtir interest depends in l-.r. ■ 
 
 bal: nee between p- sture • nd livestock ■ nd between p- sture ■ nd h- y • rid gr* in in 
 
 their land-use systems. Their chief weakness probably Lies in th 
 
 recognize and act upon their opportunities to improv< th • productivity of pi s- 
 
 ture, end to m- ke its actual competitive power against ©th nd usei 
 
 its potential level. Much can probably be done in helpinr farmers to ■• 
 
 the opportunity to get a higher utilization of lend through pi sture. improvement , 
 
 effective crop rotations involving pasture, -nd a more effective combination 
 
 pasture -nd" rough: ge with grains in their rations for livestock. 
 
 The foregoing Leads logically to a cons iderert ion of the relation of pasture 
 to the income and cost side of the farmer's problem. Much has been said •. nd . 
 written on the advantage of giving p.-. sture a larger pl r ce in the fr rraing system 
 bebause it means lower costs of production. It is pointed out thd ■■ ture re- 
 quires much less labor per feed unit than do grain crops, and for this reason it 
 has been assumed thet a higher proporti n of pasture in the cropping system would 
 be to the economic advantage of the farmer because it reduces his costs. This 
 is an incomplete view of the problem. It is important to consider not only costs 
 per unit but the total volume of output, because both of these things are factors 
 in the farmer's gross and net income. 
 
 In a consideration sf the cost side of this problem an important distinc- 
 tion between the two. outstanding classes cf costs in farm production is over- 
 looked. This is the distinction between fixed costs and variable costs. Fixed 
 costs are those th: t do not rise *- nd fall, at- least in the immediate period under 
 consideration, with increases or decreases in the total volume of output. In 
 farming they are represented by such important elements as the interest on in- 
 vestment in farm land, interest and depreciation on form buildings and other T c nd 
 improvements, interest and depreciation on farm equipment, r nd the farmer's own 
 labor and that of the family to the extent that it e-nnct find reedy employment 
 outside of the farming business. The variable costs, on the othi.-r hand, ere 
 those that rise and fall pretty much in proportion to the volume of output. They 
 are represented by such farming costs as fertilizer, hired labor that can be en- 
 gaged and released as the demand for labor on the farm is greater or less, and 
 other elements which are directly connected with the nature and volume of the out- 
 put of farm products. 
 
 The significance of this classification of costs in terms of the question 
 as to whether it pays to increase or decrease pasture, lies in the fact that the 
 fixed costs cannot be reduced by reducing the output, whereas the variable costs 
 can be so reduced. It is a stubborn fact that fixed costs rather than variable 
 costs dominate in xhe farmer's production. In systems of farming in rtiich live- 
 stock end livestock products are the principal output, our figures show that thes« 
 fixed costs constitute approximately 75 percent of the whole. It is obvious, 
 therefore, that a reduction in totel output of product means rn increase rather 
 then a decrer.se in the total costs per unit of product; end, so. far as this single 
 factor is concerned, if a. shift to more pasture means a reduction in the total 
 output, it means a rise in the cost per unit rather than a fall. 
 
 The key to the relationship of these considerations to the former's re- 
 action to a proposal for more pasture, is the relative productivity of pasturi 
 as compared with crops. We have no dependable figures on the relative produc- 
 tivity per acre of lend in pasture as compared with land in feed grains. Under 
 conditions favorable for the production of alfalfa a higher production of di- 
 gestible nutrients can be obtained in the form of good alfalfa hay or p»stur->ge 
 than can be obtained from corn under normal yields. This is not true, however, 
 
8, 
 
 of the, average pasture now found on American farms. The great bulk of it is 
 decidedly Lower in productivity than the grain crops which could be grown on 
 most of the— tillable lend which is in prsture or might be put in pasture. Cer- 
 tain retetion pasture crops such as sweet clover , end probably lespedeza, can 
 
 compete to edv-. ntege with octs and other smell-grain feed crops on lends that 
 are : uit ; .ble for such roti.ticn pasture crops. Some of the blue-grass pasture in 
 the areas of more favorable soil can probably compete on fairly even terms with 
 these grain crops. However, these high carrying-capacity pastures are the ex- 
 ception nether than the rule in American farming. If p sture is to occupy a 
 more import- nt position and t^ke its place as a means of preventing soil erosion 
 enu the depletion of fertility which now presents such an acute problem, it is 
 obviously necessary to build up the productivity of pastures. If they cennot be 
 given a stronger competitive position as compared with grain crops, the proposal 
 to increase the acreage in pastures will encounter e.lmost hopeless resistance en 
 the p-rt of farmers. 
 
 Those same considerations which have been discussed in terms of costs can 
 probably be more effectively presented in terms of gross and net income from 
 farming. A basic principle in private economy is thet of maximum utilization 
 rf resources. It means that the former's motive in planning the use of his lend, 
 labor, end equipment is th-t of getting the largest possible income from them. 
 Too often, it is true, this motive is considered from the point of view of a 
 short-time return and does not consider adequately the longer time aspects of it. 
 However,. it is one of the moat stubborn realities in the farming situation. It 
 refloats the basis of the farmer's thnking in the use of his lend. He insists on 
 using it in the way v/hich appears to him to promise the maximum income in terms 
 cf salt i. nd direct household use of products. Since the fixed elements in his 
 resources so largely dominate, this very lrrgely becomes a matter of maximum 
 gross income. 
 
 There is, to be sure, en import-: nt collective e-spect of this matter in 
 terms .of the relation of supply end demand of the various farm products as they 
 affect not only price but total income. The price of the product is one impor- 
 tant element v/hich the farmer must consider in reaching his objective of maximum 
 utilization. His consideration of this factor is probably far fr*m adequate be- 
 ceuse cf his lack of understanding of economic forces. Moreover, he is at a 
 fundaments 1 disadvantage as sn individual in considering it because his individ- 
 ual action matters so little in the whole alignment of forces which determine 
 price. This is probably the most important reason back of the present agricul- 
 tural adjustment program. However, even with the present machinery of adjust- 
 ment, or under conditions v/hich may result from a rational evolution of the pre- 
 sent adjustment efforts, the fanner will still have a major responsibility in 
 determining the use he makes of the things he has to produce with. It is impor- 
 tant, therefore, that this fundamental motive in farm economy be given due con- 
 sideration in the proposals for modifying the present position of pastures in 
 ricen farming. 
 
 Pasturos in Relation to Land Use Planning 
 
 Let us now turn our attention to the rn^re specific relations of pastures 
 to land-use planning. While th^ mere direct -and objective aspect of this rela- 
 tion is that of the need to save the soil from the damaging affects of erosion, 
 as well as to build up and preserve an adequate supply of the elements cf 
 tility, other factors nf at least pqual importance must be kept constantly in 
 view. The ultimate objective in efforts to conserve natural resources is to 
 
9 
 strengthen the basis for an adequate standard of living* ' is ii 
 
 therefore, to keep in mind that Land is to be c .' 
 
 own sake. The first consideration L.i to how any given proposed mi will 
 affect the economic welfare of the users, both present on f ; future. If, for 
 example, we art going to have in the future ^crp people on the land : 
 directly on farming for their economic opportunity, this must be taken into ac- 
 eount in determining 1 he piece we propose to give to pastures in a farm-land 
 planning program. The scriptural dictum "man cannot live by broad alone" is 
 often quoted; it might be proper to observe here that neither can he eat gr- 
 at all except as it is converted into its appropriate products. The mrre prac- 
 tical and accurate question is, Can w & utilize the products derivable from an 
 appreciably higher proportion of pasture in a way to realize maximum benefits 
 from our lend resources? Can we by this means maintain a production of ell of 
 the; various agricultural products rationally balanced with the needs of our 
 people? 
 
 These questions imply the importance of a well-rounded consideration of 
 all of the legitimate objectives and all of the forces and conditions involved 
 in land -use planning. Difficult as it is to reconcile all of the conflicting 
 interests end considerations, it is not unreasonable to expect that the motive 
 of saving the lane and that of realizing an edeourte food supply and an ample 
 economic opportunity for those engaged in farming ere not antagonistic but can 
 be harmonized into ultimate realization. 
 
 We can probably best got at the concrete phases of the relation of pas- 
 ture to the need for planning future use of land by e study of the present situa- 
 tion in certain so-called problem areas. Figure 6 2/ shows the percent---g-. of 
 the total crop end pasture lend in farms in 31 such areas occupied by (1) in- 
 tertilled crops, (£) non-intertilled crops, and (?) pastures. The se r.reas ere 
 all in the eastern and more humid portion of the country. 
 
 Inspection of this chtrt shows that the intertilled, end henee more 
 highly erosive r.rops, have their highest relative importance in the areas of the 
 Cotton Belt. A peculiarity of the preve iling types of farming systems in the 
 South is that there is no essentiel relation between the chief crop - cotton - 
 and livestock. In most ether areas where livestock is grown there are important 
 supplementary and complementary relations between the crops end the livestock 
 and hence a more intimate relation between these crops and pasture. This is not 
 true of cotton, since it is not a feed crop end is not essentially tied up with 
 the other activities of the farm except as such activities interfere with the 
 labor demands of the cotton crop. Since cotton must be intertilled and since, 
 as the chart shows, it is so much more import-. nt than the non-intertilled crops, 
 there tends to be almost constant use in cotton of the 1-nd best fitted for it. 
 Ttie pcor^r land is n tun lly releget^d to pesture and there is extremely little 
 in the way of crop rotation, prrticularly as it involves p< sture. This condition 
 encour£:..es erosion, augmented to a considereble degree by the fact that the 
 frost-free season amounts to elnost the entire year, thus giving the L?nd but 
 little rest from the effects of soil-depleting forces. It is under these condi- 
 tions that erosion has reached its most advanced stege. 
 
 The non-cotton areas shown in the chert heve r very lov; percentage of in- 
 tertilled crops and a high percentege of pastures. In most of these erees live- 
 stock constitutes e tie between crops and pastures end tends to minimize the ef- 
 fect of erssion. In most of -Miest- areas also non-intertilled crops, mostly hay, 
 
 2/ Data supplied by 7/. W. Wilcox, Agriculture! Economist, Agriculture 1 Adjust- 
 ment Administration. 
 
which, in an erosion preventive, exceed intertilled crops in importance. This 
 means that there is opportunity to keep the int >rtilled crop area in. grass for 
 a pert of the rotation period, and thus to minimize the effects cf erosion. 
 This system of farming represents a fairly satisfactory adjustment of the crop- 
 ping and pasture system to the n ture of the land. 
 
 In the Corn Belt areas, as shorn by the chrrt, there tends to be a prac- 
 tically even distribution between intertilled crops, non-intertilled crops, and 
 pasture. In this region the winter months are e resting period with reference 
 to erosion forces Dnd there is the closest sort of relation between the two 
 classes of crops grown and the pasture. This relation -rises from the impor- 
 tant livestock enterprises which are themselves built upon the products of the 
 land. Here, again, r fairly workable adjustment has been achieved. 
 
 Going over the different parts cf the country once more for brief com- 
 ments with reference to points of policy and planning on the matter of pasture in 
 the cropping systems, it would appear th r t the southern problem is brg.]y that 
 of preserving an adequate sen ■ ; i' crop 1-nd and cf keeping up its productive 
 quality; this in the f i ce of the difficulties inherent in the farming system and 
 the climate which makesthc prevention of erosion very hard. It is probable that 
 :s time goes on more emphasis will be placed upon pasture, feed crops, -md live- 
 stock as a regul r r though minor source of farm income in the South. Her/ever, 
 the natural disadvantages of such n system in this region as compared with the 
 present specialized livestock ore- s, .together ?;ith the conomic and physical con- 
 ditions which give cotton its unquestioned ascendency, seem likely to make this 
 solution of the problem only i p-rti'l one. Something must be cone to preserve 
 the quality of the best cotter lends, which represent the heart of the agricul- 
 tural resources of the South. The protective possibilities cf cover crops is an 
 important element in the solution of this problem and has at least an indirect 
 bearing upon the pasture problem. However, the. posture problem itself centers 
 more specifically in the miner developments already referred to, namely, the 
 growth of feed crops ■ nd pasture to support a limited livestock enterprise. In 
 this relation pastures can no longer be locked upon merely as a vacation for worn 
 eut land. The questions of their vegetation end management must be taken up nut 
 only from. the point of view of resuscitating land fertility but in connection with 
 their use as a direct source of income through livestock. 
 
 Throughout most of the areas in the North, it seems questionable as to 
 whether any very substantial further movement toward permanently shifting land 
 from crops to pasture can be economically maintained. The solution of the prob- 
 lem in most of these areas would seem to be in the direction of preserving from 
 loss the present crop Isnd without taking it permanently out of crops. This 
 means, for the most p r rt , a greater attention to effective rotations involving 
 legumes which will not only contribute to erosion prevention through providing a 
 larger amount of humus in the soil, but will raise the yields of grain crops so 
 that the s\me amount, or at least an adequate amount, of grain crops can be 
 raised upon a more limited i ore age, thus rr king it possible to keep a larger pro- 
 portion than at-ipresent of the crop land in bo !•},- con serving crops which, in- 
 cidentally, means enhanced .pasture resources. Inmost areas, provided suitable 
 soil-building crops can be found, the gain in., yield per acre will be . enough to 
 compensate for the reduced acreage occasioned by the soil-building crop in the 
 system. 
 
One of the outstanding needs in this connection is the developmenl 
 popularization of an Dcid-tol ra I Legume which will function in the ecid-soil 
 areas in approximately the sane way that sweetclover is coming to function in 
 the sweet-soil areas. Lespedeza is such a crop, but its present adaptability 
 places •--. northern limit to its territory som wh< re in the southern half of the 
 Corn Pelt. At present the greatest hone for this sort of crop in the northern 
 half of the Cum Belt end in the Dairy Region seems to be sweetclover. But the 
 necessity of incurring the hoavjr costs involved in lining the lend to - 
 sweetclover e scf_ crop is :n effective bar to its very wide development , at 
 least under present economic conditions. Probably no greater contribution to the 
 preservation of the ..oil of the Middle West, end the improvement of cropping 
 systems from the point of view of the support of livestock, could be m< d< by the 
 agronomists than that of discovering, developing, and popularizing e successful 
 acid-tolerant legume crop which would fit as well into cropping systems on the 
 acid soils of the Corn Belt rod the Dairy Region as sweetclover does no?' on the 
 sweet soils. 
 
 It has been suggested in many quarters that the increase in pasture l°nd, 
 which is assumed to be needed in certain hilly sections, particularly of the 
 southern Corn Belt, and in other areas throughout most of the -^gricultur-1 por- 
 tions of the country, might be' greatly facilitated by the consolidation of forms, 
 which is assumed to be needed in o der to provide an ample economic holding un- 
 der a condition of the less intensive use of land represented by a pasture system. 
 It seems feasible, from an offhand consideration, to plan for converting con- 
 siderable areas of hilly farm land, now in relatively small farms, into larger 
 grazing holdings almost to the exclusion of crop growing. When one goes into 
 the factors involved in such a proposal, he encounters oh" t will probably be 
 serious barriers to the successful carrying out of the pirn. In the first place, 
 with the back-fl^w of population from industry to agriculture, ?ve can ill efford 
 to reduce the number of farms. Thousands of farm families with recent farm ex- 
 perience are now living "on roliof" in the cities and towns of our egricultural 
 regions cecause they have been displaced cither as tenants from the farms of 
 landlords who had to move back on their farms to make their own living, or 
 through foreclosure of mortgages in the case of owner operators. Presumably, 
 many ether thousands of men recently employed in industry, but now out of employ- 
 ment, who have an agricultural background, are potential competitors fcr the op- 
 portunity to occupy and run a farm. The c- so must be mrde air-tight to justify 
 a reduction in the number of ferns under the present conditions. Such justifi- 
 cation is probably limited to the plainly submarginal situations where the land 
 is being cleared by the Government to be converted into grazing reserves or con- 
 solidated holdings for grazing enteritises. This is particularly exemplified by 
 situ-, tions in the Great Plains and other portions of the grazing region. 
 
 Another consideration in connection with the proposed consolidation is 
 the question uf whether the pasture type of use a/hich is contemplated will sup- 
 port the investment involved in building up a lergor holding. Assuming thrt the 
 present systems of use of such ltnd yield a lerg .' current income per acre th*n 
 this land would yield if used entirely or ractly fcr pasture, we hpve * competi- 
 tive element which must be faced in considering the new proposal. Lower use must 
 be accompanied with lower investment p r acre in order to be successful. It 
 looks as if it wore not possible, in the face of the present competition for 
 farms, to seale down these values to a pester-- 1 -use-returns basis. 
 
 Summing up the considerati as so loosely discussed in the fi re joing, 
 may condense them into fcur propositions r.s follows: 
 
(1) The first objective in considering the expanded use of pasture is 
 to Hake a better present and long-tine opportunity for the people on the lend. 
 This does not mean merely a pi* ce on the lond for those unfit for faraiihgj but 
 in the long run, if opportunity for industrial employment continues to be lack- 
 ing, we must look for a higher percentage of our people on farms solely through 
 the results of less migration frum farms to industry. 
 
 (2) The second objective would seem to be to save the land and make it 
 more productive. This and the first objective, are, in the long run, compatible 
 end hr.rmonious. Their realization involves conservation of land with the use of 
 lend. 
 
 (3) Contrary to the recent assumption that the service of those whose 
 life work had been devoted to means of making the fanner more efficient rnd his 
 lend more productive are now outdated End unneeded, it would seem.' that the pre- 
 sent situation -nd its demands require more service from those men th r n over be- 
 fore. Consequently, the agronomists concerned with the development of pastures 
 and other forage crops have e broader and more important responsibility. T"' •: y 
 share this responsibility r ith soil specialists, economist's, rnd m-ny ethers 
 whose services ere needed in meeting the now problem. 
 
 (4) Finally, in all of this work there is needed, as the condition of a 
 successful outcome, a happy balance between vision end good' sense. 
 
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UNIVERSITY OF FLORIDA 
 
 3 1262 08921 5239 
 
 Percentage of Land in Farms in Intertilled Crops, Other 
 Crops, and Pasture in Selected Farming Regions 
 
 FARMING AREAS 
 
 MISS..ALA..GA..SANDY LANDS - - 
 
 MISS. BROWN LOAM AREA 
 
 ALA.. MISS.. BLACK PRAIRIE 
 
 ALA.. GA..S.CAR.. PIEDMONT 
 ALA., GA., LI ME STONE VALLEYS - 
 
 ALABAMA HILLS 
 
 RED PLAINS. CENTRAL OKLA..TEX 
 
 RED PLAINS. NORTH TEXAS 
 
 OKLAHOMA CROSS TIMBERS- -- 
 
 PINEY WOODS SECTION 
 
 BLACK WAXY PRAIRIE 
 SOUTHERN BLUE RIDGE 
 CENTRAL PIEDMONT 
 NORTHERN BLUE RIDGE 
 EASTERN TENN. VALLEY 
 SHENANDOAH VALLEY 
 CUMBERLAND HIGHLANDS 
 NORTHERN PIEDMONT 
 
 CENTRAL PENN. 
 
 PITTSBURGH DAIRY 
 
 WEST VA. HILLS 
 
 EAST OHIO AND WEST VA.- 
 PENN. GENERAL FARMING - 
 SOUTHERN LOAM TOBACCO 
 
 INDIANA, KENTUCKY 
 
 INDIANA, KENTUCKY, OHIO - 
 
 K Y., OHIO, TOBACCO 
 
 SOUTHWEST WISCONSIN •- 
 
 NORTH EAST IOWA 
 
 MO. VALLEY LOESS 
 
 MO..IOWA AND ILL.- 
 
 PERCENT 
 
 20 4-0 60 80 I00 
 
 U S DEPARTMENT OF AGRICULTURE 
 
 INTERTILLED CROPS OTHER CROPS 
 
 PASTURE 
 
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 NEC 28116 
 
 BUREAU OF AGRICULTURAL ECONOMICS 
 
 Figure 6 - Note the high relative position of intertilled crops in 
 the cotton areas as compared with other areas* note their low posi 
 ti0n in the hillier areas.