Farm Management is the science of organizing and operating a farm efficiently to obtain maximum profit with sustainable production.

• Maximum profit ⭐⭐⭐
• Efficient use of resources
• Reduce cost of cultivation
• Increase productivity
• Sustainable farming

Decision	Meaning
Strategic Decision	Long-term (orchard, irrigation)
Tactical Decision	Seasonal (crop selection, fertilizer)
Operational Decision	Daily activities (irrigation, spraying)

Factor	Reward
Land	Rent
Labour	Wages
Capital	Interest
Management	Profit ⭐⭐⭐

Land, Buildings, Tube well, Machinery

Seed, Fertilizer, Labour, Pesticides

Type	Characteristics
Subsistence Farming	Own consumption
Commercial Farming	Market-oriented
Mixed Farming	Crops + Livestock ⭐⭐⭐
Specialized Farming	>50% income from one enterprise
Diversified Farming	Income from several enterprises
Cooperative Farming	Farmers jointly cultivate
Organic Farming	No synthetic chemicals
Dry Farming	Rainfall <750 mm ⭐⭐⭐
Dryland Farming	Rainfall 750–1150 mm
Rainfed Farming	Rainfall >1150 mm

Farm	Characteristics
Small Farm	Small landholding
Medium Farm	Medium holding
Large Farm	Large holding
Family Farm	Managed by family
Collective Farm	Community farming

Farm planning means preparing a plan for efficient use of land, labour and capital.

Maximum income, Full employment, Efficient resource use, Risk reduction

Estimation of income and expenditure before starting farming.

Budget	Use
Partial Budget ⭐⭐⭐	Small change in farm
Complete Budget	Whole farm planning
Enterprise Budget	Single crop/enterprise

Does not change with production.
Examples: Land revenue, Depreciation, Interest on fixed capital

Changes with production.
Examples: Seed, Fertilizer, Labour, Irrigation

TC = Fixed Cost + Variable Cost

Cost of Cultivation: Cost incurred from land preparation to harvesting.

Cost	Includes
A1	Paid-out cost ⭐⭐⭐
A2	A1 + Rent paid for leased land
B1	A1 + Interest on owned capital
B2	B1 + Rental value of owned land
C1	B1 + Family labour
C2	B2 + Family labour ⭐⭐⭐
C3	C2 + 10% management cost ⭐⭐⭐

Term	Formula
Gross Income	Yield × Price
Net Income	Gross Income − Total Cost ⭐⭐⭐
Farm Business Income	Gross Income − Cost A1/A2
Family Labour Income	Gross Income − Cost B2
Farm Investment Income	Net Income + Interest on owned capital

B:C = Gross Return ÷ Total Cost
B:C > 1 → Profitable

Gross Return − Total Cost

Total Cost ÷ Yield

Break-even point = No Profit No Loss

Break-even Quantity = Fixed Cost ÷ (Selling Price − Variable Cost)

Reduction in value of machinery due to wear and tear.

Depreciation = (Original Cost − Salvage Value) ÷ Life of Machine

Measure	Formula
Cropping Intensity	(Gross Cropped Area ÷ Net Sown Area) × 100 ⭐⭐⭐
Land Use Efficiency	Productive land use
Labour Efficiency	Output per labour
Capital Productivity	Output per capital

Cropping Intensity = (Gross Cropped Area ÷ Net Sown Area) × 100

Example: Net Area = 100 ha, Gross Area = 150 ha → Cropping Intensity = 150%

Cash Book, Stock Register, Labour Register, Machinery Register, Input Register

Inventory means list of farm assets.
Examples: Land, Machinery, Livestock, Buildings

Calculate profit, Record expenses, Tax purposes, Loan purposes

Production Risk, Price Risk ⭐⭐⭐, Financial Risk, Institutional Risk, Personal Risk

Crop insurance, Diversification, Irrigation, Improved varieties, MSP

APP = Total Product ÷ Input

MPP = Change in Output ÷ Change in Input

VMP = MPP × Price

After a certain point, adding more input causes smaller increases in output.

Stage	Description
Stage I	Increasing returns
Stage II ⭐⭐⭐	Rational stage
Stage III	Negative returns

Y = f(X)

Output depends upon inputs.

Input–Output: One input → One output (e.g., Fertilizer → Wheat)
Input–Input: Two inputs (e.g., Labour & Machinery)
Output–Output: Two enterprises (e.g., Wheat & Mustard)

Income sacrificed by choosing one alternative.

Reduction in cost due to increase in farm size.

Increase in cost because of very large size.

Advantages: Saves labour, Timely operation, Higher productivity, Lower cost

Institution	Year
NABARD	1982 ⭐⭐⭐
CACP	1965 ⭐⭐⭐
FCI	1965 ⭐⭐⭐
NAFED	1958
SFAC	1994

• Farm management aims at maximum profit.
• Management is the fourth factor of production.
• Reward of management is profit.
• Reward of labour is wages.
• Reward of land is rent.
• Reward of capital is interest.
• Mixed farming includes crops and livestock.
• Specialized farming earns over 50% income from one enterprise.
• Commercial farming is market-oriented.
• Subsistence farming is for family consumption.
• Partial budgeting studies small changes.
• Complete budgeting covers the whole farm.
• Enterprise budgeting deals with one enterprise.
• Fixed costs do not change with output.
• Variable costs change with production.
• Seed is a variable cost.
• Fertilizer is a variable cost.
• Depreciation is a fixed cost.
• Total cost = Fixed cost + Variable cost.
• Gross income = Yield × Price.
• Net income = Gross income − Total cost.
• B:C ratio >1 indicates profit.
• Break-even means no profit, no loss.
• Straight-line method is commonly used for depreciation.
• Cropping intensity = Gross cropped area ÷ Net sown area ×100.
• Cost A1 is the paid-out cost.
• Cost A2 includes rent paid for leased land.
• Cost B1 includes interest on owned capital.
• Cost B2 includes rental value of owned land.
• Cost C1 includes family labour.
• Cost C2 = B2 + family labour.
• Cost C3 = C2 + 10% management cost.
• Opportunity cost is the income forgone.
• Stage II is the rational stage of production.
• Stage III shows negative returns.
• Law of diminishing returns applies in the short run.
• APP means Average Physical Product.
• MPP means Marginal Physical Product.
• VMP = MPP × Output price.
• Diversification reduces risk.
• Crop insurance reduces production risk.
• MSP helps reduce price risk.
• Farm inventory lists farm assets.
• Farm records help in financial planning.
• Mechanization improves timeliness.
• Labour productivity = Output per labour.
• Capital productivity = Output per unit of capital.
• Production function is Y = f(X).
• Economies of scale reduce unit cost.
• NABARD was established in 1982.
• CACP was established in 1965.
• FCI was established in 1965.
• NAFED was established in 1958.
• SFAC was established in 1994.
• Dry farming receives less than 750 mm rainfall.
• Dryland farming receives 750–1150 mm rainfall.
• Rainfed farming receives more than 1150 mm rainfall.
• Family labour income = Gross income − Cost B2.
• Farm business income = Gross income − Cost A1/A2.
• Farm planning improves resource allocation.
• Farm budgeting estimates future costs and returns.
• Fixed resources include land and buildings.
• Variable resources include seed and labour.
• Land is a fixed resource.
• Labour is a variable resource.
• Machinery is a fixed asset.
• Irrigation cost is variable.
• Depreciation is due to wear and tear.
• Salvage value is the value at the end of useful life.
• Straight-line depreciation is easy to calculate.
• Net return is a measure of profitability.
• Cost of production = Total cost ÷ Yield.
• Price risk affects farm income.
• Institutional risk includes policy changes.
• Personal risk includes illness and accidents.
• Production risk arises from weather and pests.
• Output–output relationships compare enterprises.
• Input–input relationships compare resource combinations.
• Input–output relationships study production response.
• Efficient farms maximize profit with minimum cost.
• Enterprise choice affects profitability.
• Farm records support loan applications.
• Mechanization reduces drudgery.
• Diversified farms spread risk.
• Specialized farms focus on one enterprise.
• Gross return excludes costs.
• Net return includes all costs.
• B:C ratio compares returns to costs.
• Rational production occurs in Stage II.
• Excess input use lowers efficiency.
• Marginal analysis guides optimal input use.
• Opportunity cost is a key economic concept.
• Resource use efficiency increases income.
• Farm management is both a science and an art.
• Budgeting helps before production starts.
• Accounting helps after production.
• Planning, organizing, directing, and controlling are management functions.
• Sustainable farm management conserves resources.
• Profit is the ultimate reward of efficient farm management.
• Efficient resource allocation is the foundation of successful agriculture.