1 Forage Economics Geoffrey A. Benson, Professor Emeritus, Department of Agricultural and Resource Economics, and James T. Green, Jr., Professor Emeritus, Department of Crop Science, NC State University Forages are an essential part of a ruminant animal s diet and are an important factor in a profitable farm business. Many producers choose to grow some or all of their own forages, and this represents a significant cost. Cost is affected by decisions made in choosing, producing, harvesting, storing, and feeding forage. Years with low yields and production shortfalls create the need to buy additional feeds at added cost. Costs of alternative feeds and costs of alternative ways of procuring forages must also be considered as part of the profit equation. There are times when it is better to buy than grow forage. This publication discusses these aspects of forage economics. Decisions about forage should be based upon several factors: The cost of production or procurement measured at the point where the animal consumes the forage, The impact of forage choices on total feed cost, The impact on animal performance, and The impact of year-to-year variations in yield and quality. North Carolina s wide variety of soil types, topography, and climate vary as you move from the coast to the mountains. There are numerous forage crop choices including: Crops, including grasses and legumes, corn, and small grains; Harvesting and conservation options, including grazing, hay, silage, and haylage; Storage options, including barns, silos, and wrapped or bagged bales, and Feeding options. Eastern North Carolina and the piedmont have a long growing season, but these sections of the state are subject to high summer temperatures and unpredictable amounts of summer rainfall. Many types of forage crops can be grown, but yields are unpredictable. Fewer options are available in the mountains because the growing season is shorter. This being the case, it is not possible to generalize and make recommendations that would fit all areas of the state. You must make decisions based on your goals, location, and resources.
2 Forage Economics, page2 Production Costs Production costs are important considerations when choosing among alternative forage crops. Costs include operating expenses that are used up within one cropping season and fixed costs associated with investments in machinery and equipment. The cost structure is different when comparing annual crops, such as corn silage or winter rye for grazing, to perennial forage crops, such as fescue and Bermuda grass. For annual forage crops, all the production costs are incurred during the production cycle for a single crop. For perennial crops, costs can be separated into the start-up or establishment costs and the annual costs incurred thereafter. These establishment costs can be thought of as an up-front investment that must be allocated over the life of the crop. Examples are provided in the following tables, based on the NCSU enterprise budgets. Costs are based on practices recommended by North Carolina Cooperative Extension forage specialists and reflect 2013 prices in North Carolina. Costs are based North Carolina conditions, assuming normal weather, typical soil types, and current production technology. Enterprise budgets are only guidelines and should be carefully evaluated and modified for your specific farm situation. They are not intended to be used "as-is." These and other North Carolina enterprise budgets are revised periodically. Ask for a current enterprise budget at your county Extension center or visit the Department of Agricultural and Resource Economics at NC State University online at The costs presented in Tables 1-3 are defined as follows: Operating inputs include seed, seed inoculants, herbicides, lime and fertilizer, and custom application. An interest charge is included at the annual rate of 5.0 percent, calculated on the cost of each item purchased and based on the average length of time the money spent on these items is used during the calendar year. Labor costs are charged at $12.00 per hour for machinery operators and other labor. This hourly rate reflects everything you pay: cash wages, benefits, and payroll taxes. If labor is provided by the owner, think of this charge as the minimum return expected on your labor or the opportunity cost of alternative uses for your labor. Machinery operating costs consist of fuel, lubricants, maintenance and repairs, and an interest charge. Machinery ownership costs, also called fixed costs, include depreciation, property taxes, insurance premiums, and an interest charge on the investment. These costs are estimated based on new equipment prices in Estimates of the establishment costs for some commonly grown perennials are presented in Table 1. Table 2 contains estimates of the annual costs of production for several commonly grown crops. For perennials, these include the amortized cost of establishing the crop. Many forage crops are grown for grazing and hay production. Estimates of the cost of making hay are shown in Table 3. Note that the cost of growing the grass crop is not included. Add these costs to the cost of harvesting the hay to estimate the cost of producing hay.
3 Forage Economics, page3 Table 1. Estimated establishment cost per acre for selected perennial crops in North Carolina, Forage crop Operating inputs Labor Machine operating $ Machine ownership Total cost per acre a Cool season perennial grasses b Hybrid Bermuda grass Ladino clover and cool season perennial grass Switchgrass a Bermuda grass and switchgrass normally produce some usable forage during the establishment year, which can partially offset the establishment cost. The costs shown in this table are the full costs, with no allowance for the value of any production. Fall-sown cool season grasses do not produce a significant yield of usable forage in the establishment year. Items may not add to totals because of rounding. b For example, orchard grass or tall fescue. Seed for endophyte-friendly tall fescue costs more. Source: Enterprise Budget Guidelines, Department of Agricultural and Resource Economics, NC State University. Table 4 summarizes the costs of producing and harvesting various types of forages based on the information presented in the previous tables. Because moisture content varies widely and because nutrients are contained in the dry matter of the forage, these cost estimates are calculated on a dry matter basis for ease of comparison. However, the nutrient composition of the dry matter varies among forages, so cost per pound of dry matter should not be the only criterion for selecting among forage types. Production costs shown in Table 4 vary from around 3.4 cents per pound of dry matter for perennial pastures for grazing to 8.8 cents per pound of dry matter for grass hay. These costs are based on typical yields, but variation in yields and moisture content at harvest can have a big impact on total dry matter production and costs, as shown by the examples in Tables 5 and 6. Table 5 shows the dry matter yield per acre for different combinations of corn silage yields and moisture content of the fresh material. For example, a 15-ton per acre yield of silage at 35 percent dry matter contains 5.25 tons of dry matter. Decrease the percent of dry matter to 28 percent and that same 15-ton per acre yield only contains 4.2 tons. It costs almost as much to produce a high yielding crop as a low yielding one. Table 6 builds on the cost estimates in Table 2 to show the impact of differences in yield and moisture content on
4 Forage Economics, page4 the cost per ton of dry matter produced. Using a corn silage production cost of $608 per acre from Table 2, the range in cost per ton of dry matter is $217 to $80. This illustrates the importance of knowing forage yields and the dry matter content of the harvested crop. Table 2. Estimated annual cost of production per acre for selected annual and perennial forages, Crop Operating inputs Labor Machine operating $/acre Ownership a Total cost b Bluegrass and white clover for pasture Cool season grasses for pasture Ladino clover and cool season perennial grass for pasture Hybrid Bermuda grass for pasture Summer annuals for pasture Winter annuals for pasture Switchgrass for hay and pasture Hybrid Bermuda grass for hay (round bales) Corn silage Small grain silage a Includes the amortized cost of establishment of perennial crops. b Items may not add to totals because of rounding. Source: Enterprise Budget Guidelines, Department of Agricultural and Resource Economics, NC State University. Table 3. Hay harvesting costs, per cutting per acre, Harvest method Yield, per cut per acre Tons of dry matter Operating inputs Labor Machine operating $ Ownership Total cost per ton of dry matter a Hay, small square bales Hay, large round bales a To convert cost from a dry matter basis to an as made basis, multiply this cost by the dry matter percentage of the hay. Items may not add to totals because of rounding.source: Enterprise Budget Guidelines, Department of Agricultural and Resource Economics, NC State University.
5 Forage Economics, page5 Table 4. Estimated cost of production and harvesting selected forages, per acre and per pound of dry matter, Crop Annual Operating Annual Fixed a Total cost per acre b Harvested yield of dry matter Cost per lb. of dry matter harvested $ tons Bluegrass-clover pasture Cool season perennial grass for grazing Clover and cool season perennial grass for grazing Bermuda grass for grazing Summer annual for grazing Winter annual for grazing Cool season grass hay, per cut, round bales Bermuda grass hay, round bales Corn silage Small grain silage a Includes the amortized cost of establishment of perennial crops. b Items may not add to the total because of rounding. Source: Enterprise Budget Guidelines, Department of Agricultural and Resource Economics, NC State University. Table 5. Impact of harvest yield and dry matter (DM) percentage on dry matter yield per acre of corn silage. Silage moisture (% DM silage) Yield = 10 tons/acre Yield = 15 tons/acre Yield = 20 tons/acre tons of DM/acre Source: Calculated by the authors from the NCSU corn silage enterprise budget.
6 Forage Economics, page6 Table 6. Impact of yield and dry matter (DM) percentage on cost per ton of dry matter for corn silage produced at a cost of $568 per acre. Silage Moisture (% DM silage) Yield=10 tons/acre Yield=15 tons/acre Yield=20 tons/acre $ per Ton DM Source: Calculated by the authors from the NCSU corn silage enterprise budget. Forage procurement options North Carolina farmers have several choices for obtaining forages. You may grow your own forage, rent pasture, get a custom operator to perform some or all of the production activities, purchase hay or silage, purchase by-product feed as forage substitutes or forage extenders, and/or have silage grown under contract. Depending on your farm s situation, there may be more profitable alternatives to growing your own forages. Pasture may be rented by the acre or per head of livestock. It may be rented for multiple years, for a single year, or by the month. The rental agreement may include require you to apply lime or fertilizer, or to maintain fences, lanes, and water supply. The budgets presented above can provide some guidance to landowners in setting rents but note that these budgets include no land ownership costs, such as property taxes or interest on land investment. Similarly, these budgets, coupled with estimates of pasture productivity and livestock performance, can help a potential renter estimate the profitability of specific rental arrangements. Changing from producing your own forages to custom work or contracting can affect many parts of the business, including production costs, level of investment, cash flow, income, risk, and workload. The impact on profitability and cash flow cannot be evaluated unless you have a good grasp of current forage production costs, quality, total ration costs, and livestock performance. Table 7 shows cost estimates for selected pieces of equipment based on new equipment prices in Ownership costs include depreciation, interest on the investment, insurance, and taxes. Operating costs include repairs, maintenance, and fuel and lube for tractors and other selfpropelled equipment. Each farm is different and will have different costs. For example, if you buy used equipment, you would have lower ownership costs but higher operating costs, particularly for repairs. The table also does not show hourly labor costs. When you figure labor costs for hired employees, be sure to include fringe benefits and employment taxes in addition to the actual cash wages paid. We recommend also charging for your own and/or unpaid family labor at the going
7 Forage Economics, page7 rate for hired labor. Use the value (reservation price) that the family members attach to their labor or the desired return per hour from the work they provide. Table 7. Selected forage machinery and equipment costs, Item Purchase price Annual ownership cost Ownership cost per hour a $ Operating cost per hour Total cost per hour b Tractor, 55 HP 23,150 2, Tractor, 80 HP 42,350 4, Tractor, 100 HP 60,475 6, Forage harvester, selfpropelled 348,800 66, Pickup, 3/4 ton 30,225 3, Chisel plow 3, No-till grain drill 25,700 2, Sprayer 2, Bush hog 4, Mower-conditionerwindrower, PTO 22,525 2, Hay rake/tedder 4, Round baler, 4 X4 23,525 3, a The useful life and annual hours of use assumed in these calculations are different for each piece of equipment. "Estimating Farm Machinery Costs," Ag Decision Maker A3-29, Iowa State University, University Extension, April 2002, a useful publication explaining machinery costs, can be found online at b This cost is for each item of machinery or equipment only and does not include labor costs or charges. Source: Enterprise Budget Guidelines, Department of Agricultural and Resource Economics, NC State University. Contract production of corn silage is growing in popularity, particularly among dairy farmers. There is some interest in contract hay production also. No standard contract or price exists, so the terms of each contract must be negotiated. Begin with a clear understanding either of what you expect the contractor to do or of what the contractor is offering, depending on who makes the initial contact. The specific details of the arrangement will affect what it is worth to each party, the production costs for the grower, and what the buyer can afford to pay. However, as with all business deals, the final agreement must be acceptable to both parties.
8 Forage Economics, page8 The following discussion relates to contract silage production but the same principles apply to contract hay production. The first questions to ask are What am I buying, and what is it worth to me? Are you buying silage by the ton or by the acre? If you contract for production by the ton, then the grower takes the risk that there will be a poor growing season. If you contract by the acre, you bear a greater risk and the price should be lower as a consequence. Tables 4 and 5 illustrate the effects of yield on cost. If you are buying by the ton, specify the dry matter content and a base price. Adjust the price for any differences in dry matter content. Tables 4 and 5 illustrate the effects of differences in moisture content on cost. Specify what the finished product will be. Some corn is sold as a standing crop, some is sold as fresh chopped material in the field, and some is sold delivered to the silo. If you have trench silos, who will do the spreading, packing, and covering? Will you supply any of the land, equipment, or labor? The more you provide, the lower the payment to the contractor should be. The NC State University corn silage budget separates out pre-harvest, harvesting, transportation, and silo-filling costs. Use it to estimate costs under alternative arrangements. Reliability and continuity of supply is an additional area of concern for contract silage. Because silage is high in moisture and bulky, transportation costs are high. Most producers have only one or two potential contractors to work with. In order to take full advantage of using a contractor, equipment must be sold and labor let go or put to other work. It is difficult to undo these changes if the contracting arrangement is ended at short notice. The only way to protect against this situation is through a long-term, written agreement. It can also be useful to include an arbitration procedure in this agreement to resolve any disagreements that might arise. Harvesting, storage and feeding The methods used for storage and feeding also affect the cost of feeding livestock. Each alternative has different operating, labor and investment costs. Based on discussions at many grazing schools held in North Carolina, the costs of feeding out hay during winter or during summer droughts when pasture is short can be $20 or more per large round bale when livestock are located within a reasonable distance from the farmhouse. This includes the cost of labor and the full cost of the equipment used to move hay from storage to livestock on pasture fields or a sacrifice area. Considerable variation will occur from farm to farm, however.
9 Forage Economics, page9 Similarly, the budgeted cost of pasture for grazing does not include any charges for managing cattle on pastures. Under typical North Carolina conditions, it costs $15 to $20 each time cattle are moved to fresh grazing. This includes the cost or value of time spent traveling to the pasture fields and moving cattle and waterers. It also includes the full cost of equipment such as a pickup truck used for transportation. These costs do not include the ownership or fixed costs associated with investments in fencing, lanes, and watering systems. In addition to the costs described above, there are "hidden" costs in the form of crop losses through chemical changes, spoilage, and waste. The losses will depend on many factors including the specific crop; the particular harvesting, storage, and feeding systems in place on the farm; and the level of management. Table 8 provides estimates of the various types of loss for various crops. Total losses for forage crops range from 15 to 50 percent of the standing crop at the time harvesting begins. Storage and feeding losses for concentrate feeds are likely to be around 5 percent of the purchased amount in a well-managed storage and feeding system. However, treat these loss estimates as guidelines; there is likely to be wide variation from farm to farm. Clearly, these losses can have a major impact on costs. For example, Table 4 shows the estimated cost of making large round bale grass hay as $176 per ton on a dry matter basis. If storage and feeding losses run 30 percent, then the cost of the hay actually consumed by the livestock increases to $251 per ton! Similarly, the cost of growing and harvesting corn silage is estimated to be $109 per ton of dry matter. The cost of the silage actually eaten increases to $136 per ton when storage and feeding losses are 20 percent.
10 Forage Economics, page10 Table 8. Forage crop harvest, storage, and feeding losses. a Crop Harvest and storage system Harvest losses Storage losses Feeding losses Total losses % Cool Season Grasses Grazed extensively Grazed intensively Hay; square bales, in a shed Hay; square bales, outside, covered Hay; round bales, shed Hay; round bales, outside, covered Hay; round bales, outside, uncovered to to 45 Corn Silage, metal upright Silage, concrete upright Silage, bunker, covered Silage, trench, covered Silage, bags Grasses/mixes Haylage 13 5 to to 33 Concentrates Bin NA minimal 5 5 a Forage losses are based on the quantity of standing forage in the field at the time harvest begins. Concentrate losses are based on quantities purchased. Source: Sustainable Dairy Farming Systems Manual, Universities of Kentucky and Tennessee, Impact on animal performance, total feed costs, and profitability Forage type, quantity, and quality determine the amounts and balance of specific nutrients available to the animal. Sample and analyze each of the major forages used on your farm every year in order to develop balanced and economically formulated rations needed for animal performance. Use the analysis to evaluate the impact of different forages on animal performance, including growth rates, milk production, reproduction, and body condition. The most effective way to compare alternative forage crops and procurement options is to develop nutritionally balanced rations capable of achieving the desired level of animal performance. Consider the various forage alternatives, and other feedstuffs and their costs. Send
11 Forage Economics, page11 samples for chemical analysis, and use these actual values if possible. Evaluate total feed costs, including all the ration components. This approach requires placing a value on homegrown forages. Use the fair market price for a comparable product if a ready market is available. If there is no reliable market price, estimate the cost of production calculated at the point of consumption by the animal. The value of different forages and feeds can change over time. Many ration balancing programs generate a shadow price, which is the break-even price for any one of the available feedstuffs or ingredients. Use this shadow price to evaluate the maximum economic value of individual forages. If the price or cost of a specific forage is greater than its shadow price, there is a more economical way of feeding the animals to achieve a target level of performance. Repeat this analysis periodically because the shadow price (value) of one feed is affected by the prices of other feeds and ingredients. Rethink your forage production strategy if the costs of production exceed the value of the forage. Budgets can be developed to compare the profitability of alternative forage production and feeding systems. These budgets should incorporate any animal performance differences and the resulting effects on income or costs. You may want to ask your county Extension agent or another qualified person for help in performing this analysis. Risk management Because North Carolina s climate does not support consistent yields from year to year, most farmers have strategies to cope with short crops. One approach is to plan on buying additional feed, either as forages or as by-products with a significant fiber content to stretch forage supplies. Some producers grow extra forage. In a short crop year this extra forage may be used to meet livestock needs during the coming winter. In years of normal or better than normal yields, the surplus can be used to build buffer stocks for future use. However, this strategy requires additional
12 Forage Economics, page12 storage facilities and incurs carrying costs in the form of spoilage and interest on the crop investment. Alternatively, any surplus can be sold as silage, shell corn, or hay, depending on the crop. However, you may or may not fully recoup your added planting and harvest costs. Another strategy is to diversify the types of crops grown. For example, many dairy farmers grow small grains double-cropped with tropical corn or sorghum in addition to corn. The different crops, planting dates, and growing seasons allow you to spread the risk of a major shortfall. However, the total cost of the mix of forages produced under this approach may be higher than the cost of specializing in corn silage alone. Analyze these alternative strategies to determine the most cost-effective one, based on the frequency and severity of production problems in your area. Your county Extension agent or other qualified person can help you perform this analysis. Summary Forages are an essential part of ruminant s and other grazing animal s diets and are an important part of a profitable livestock enterprise. Growing forages represents a significant cost. This cost is affected by the choice of forage crop and how it is produced, harvested, stored, and fed. Forage availability and quality affects livestock performance, including growth rates, milk production, and body condition. Variable weather conditions can cause low yields and risk management strategies create added costs. When making decisions about forage, consider the: Cost of production, measured at the point where the animal consumes the forage, Impact of forage choices on total feed cost, Impact on animal performance, and Impact of year-to-year variations in yield and quality. Cost and quality considerations are important considerations when choosing among alternatives. Production costs range from around two cents per pound of dry matter for perennial pastures for grazing to six cents per pound for grass hay. Yields and moisture content at harvest have a big impact on dry matter production and costs. However, in addition to these production costs, there are hidden costs in the form of crop losses through chemical changes, spoilage, and waste. Losses will vary among different crops and different harvesting, storage, and feeding systems. Field to mouth losses can range from 15 to 50 percent and have a significant impact on costs. Farm equipment and labor cost estimates can be helpful when evaluating the cost and profitability of custom work alternatives. Also consider the reliability of the custom operator and the timeliness and quality of his or her work.
13 Forage Economics, page13 The most effective way to compare alternative forage crop production or procurement options is to develop balanced rations capable of achieving animal performance targets, using the various forage alternatives and other available feedstuffs. Evaluate the total feed costs, including all the ration components. Forage type and forage quality can affect animal performance. If this is the case, consider the impact of different levels of animal performance on profitability as well as any differences in forage production costs and total feed costs. Forage production is a risky business in North Carolina due to our climate. Strategies to cope with short crops include buying additional forages or stretching the forage supplies already on hand by purchasing commodity and byproduct feeds with a significant effective fiber content. Or, you can plant additional acreages of forage crops. In normal or above-normal years, the surplus can be used to build buffer stocks for future use or can be sold. You also can diversify the types of crops grown. Each of these risk-management strategies has associated costs that you must analyze to identify the most cost-effective strategy. Clearly, there are no simple answers to questions on the economics of alternative forage crops and different production and procurement systems. Each alternative has several aspects that should be considered. However, every decision must start with a clear understanding of the costs involved and the impact on animal performance and income. The cost figures were updated in July This manuscript was published originally by the North Carolina Cooperative Extension Service as AG-683 in March The revised document is available on line at Photographs by James T. Green, Jr.
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SCHEDULE C FORAGE PRODUCTION PLAN This Schedule C, Forage Production Plan forms an integral part of the PRODUCTION INSURANCE AGREEMENT and as such contains supplementary information specific to insurance
Farming at dairy (produktion på mælkelandbrug) Process description The present data refer to production on eight typical Danish Dairy in 2000, which combines dairy and (cash) crop production in a mixed
Managing Corn for Silage from Seed to Silo Ev Thomas William H. Miner Agricultural Research Institute Start with quality Stover digestibility is important, but you need to start with a good ear. Corn grain
1 Fact Sheet 539 Assessing and Improving Farm Profitability Is my farm making money? This is a question farm managers think about often. To stay in business, the farm must generate a profit, at least in
Fact Sheet 541 Assessing and Improving Your Farm Cash Flow What Is Liquidity? Liquidity refers to the ability of your farm to generate enough cash to meet financial obligations as they come due without
Sustainable Production and Distribution of Bioenergy for the Central USA Agro-ecosystem Approach to Sustainable Biofuels Production via the Pyrolysis-Biochar Platform (USDA-NIFA AFRI CAP) Grant no. 2011-68005-30411
October 2015 Using Enterprise Budgets to Compute Crop Breakeven Prices Michael Langemeier, Associate Director, Center for Commercial Agriculture Enterprise budgets provide an estimate of potential revenue,
USDA Acreage and Quarterly Grain Stocks Reports June 30, 2016 Aaron Smith and Chuck Danehower Department of Agricultural & Resource Economics University of Tennessee Extension USDA Acreage and Quarterly
Crop-Share and Cash Rent Lease Comparisons Version 1.6 Alan Miller and Craig L. Dobbins Spreadsheet can be found at http://www.agecon.purdue.edu/extension/pubs/farmland_values.asp Introduction This spreadsheet
Estimated Costs of Producing, Harvesting & Marketing Blackberries in the Southeastern United States By Charles Safley Gina Fernandez Otilia Boldea North Carolina State University Study Objectives 1. Estimate
B-6053 04-01 Crop Nutrient Needs in South and Southwest Texas Charles Stichler and Mark McFarland* Crop fertilization is not an exact science. The soil is a dynamic, changing, and complex mixture of organic
This article was presented at Purdue Hay Day on June 26, 1996 Finishing Beef Cattle - Corn & Alfalfa or Pelleted Supplement Kern S. Hendrix Department of Animal Sciences John B. Sieberns Crawford County
SELF-EMPLOYED HOUSEHOLDS Section 104 Page 1 104.1 Purpose This section describes the special policies that apply to households that have self-employment income. 104.2 General Information All the policies
MACHINERY COSTS The question of whether to keep a piece of farm equipment or buy a new or used replacement is a major decision for a farmer. To make the right decision, factors such as the capital requirement,
Market Reaction USDA Acreage and Quarterly Grain Stocks Reports, June 30, 2015 University of Tennessee Extension Aaron Smith and Chuck Danehower On Tuesday June 30 th the USDA surprised the market releasing
Factors that Affect the Price of Manure as a Fertilizer Ray Massey, Economist University of Missouri, Commercial Agriculture Program This paper discusses the value of manure as a soil amendment/fertilizer
1 Agricultural Production and Research in Heilongjiang Province, China Jiang Enchen Professor, Department of Agricultural Engineering, Northeast Agricultural University, Harbin, China. Post code: 150030
Analyzing machinery costs METHODS FOR CALCULATING AND COMPARING COSTS KATE PAINTER, UNIVERSITY OF IDAHO Do direct seed systems save money? Answer: It depends! Impacts of machinery costs Machinery investment
Cash to Accrual Income Approximation With this program, the user can estimate accrual income using the Schedule F from his/her federal income tax return. Fast Tools & Resources Farmers typically report
L P E S Small Farms Fact Sheet series Livestock and Poultry Environmental Stewardship < L P E S > Curriculum By Ben Bartlett, Michigan State University Summary Well-managed pastures are Always the Best
CORN MATURATION: CHANGES IN THE GRAIN AND COB M. Basalan 1, R. Bayhan 1, D. S. Secrist 1, J. Hill 1, F. N. Owens 2, M. Witt 3 and K. Kreikemeier 4 Story in Brief Ear corn from three hybrids was harvested
VALUE OF MANURE AS A FERTILIZER Ray Massey, Economist University of Missouri, Commercial Ag Program This paper discusses the value of manure as a soil amendment/fertilizer source. It does not attempt to
Farm Machinery and Rental Guide Farm Machinery and Rental Guide The surest way to reach a business goal is to plan on it. Successful Manitoba farmers are focused business people. They have clear, flexible,