Wheat Farming Guide

β 1. Introduction to Wheat Farming
Wheat is one of the most important cereal crops in the world, providing food for a large part of the global population. It is primarily grown for its grain, used to make flour for bread, pasta, pastry, and other food products.
Common Wheat Varieties:
- Bread wheat (Triticum aestivum)
- Durum wheat (Triticum durum) β for pasta
- Emmer wheat (Triticum dicoccum) β ancient grain
π 2. Suitable Climate and Soil
β€ Climate Requirements:
- Grown best in cool climates
- Temperature: 10Β°C to 25Β°C
- Requires low humidity
- Needs a dry and sunny period during ripening
β€ Soil Requirements:
- Loamy or clay-loam soils
- pH level: 6.0 β 7.5
- Well-drained soil with good fertility
- Proper organic matter content
π 3. Sowing Season
π Region | π± Sowing Time | πΎ Harvesting Time |
---|---|---|
Northern India | Late October to December | March to April |
Southern India | Late October to November | February to March |
Central India | October to November | February to March |
Hilly Regions | October to November | April to May |
Temperate Countries | Autumn (SeptβOct) or Spring (FebβMar) | Summer (JuneβJuly) |
π± 4. Land Preparation
- Ploughing β 2-3 deep ploughings to loosen the soil
- Leveling β Ensure uniform irrigation and growth
- Adding Organic Matter β Use FYM (farmyard manure), compost
- Tip: Avoid waterlogging by preparing proper drainage channels

πΎ 5. Seed Selection and Treatment
β€ Seed Rate:
- 100β125 kg/ha (irrigated)
- 125β150 kg/ha (rain-fed)
β€ Seed Treatment:
- Fungicides like Carbendazim or Thiram
- Biofertilizers like Azotobacter for better germination
π 6. Sowing Methods
- Drill Sowing β Uniform depth and spacing
- Broadcasting β Traditional method, less efficient
- Zero Tillage β Saves water and cost
- Spacing: 20β22 cm between rows
π§ 7. Irrigation Requirements
Wheat needs 4β6 irrigations during the season.
Critical Stages:
- Crown root initiation (20β25 DAS)
- Tillering stage (40β45 DAS)
- Booting stage
- Flowering stage
- Milk stage
- Dough stage
Note: Avoid excessive irrigation β may cause fungal diseases.

πΏ 8. Fertilizer Management
Nutrient | Quantity (kg/ha) | Time of Application |
---|---|---|
Nitrogen (N) | 120β150 | Split doses (basal + top) |
Phosphorus (P) | 60β75 | Basal dose |
Potassium (K) | 40β50 | Basal dose |
π 9. Pest and Disease Management
Disease | Symptoms | Control |
---|---|---|
Rust (yellow/brown) | Yellow or brown pustules on leaves | Spray Propiconazole |
Powdery Mildew | White patches on leaves | Use Sulfur-based fungicide |
Smut | Black dusty spores in grains | Use treated seeds |
π§Ί 10. Harvesting
- Ready when grains are hard and golden
- Moisture content: Below 14%
- Use sickles (manual) or combine harvesters (mechanized)
π§΄ 11. Post-Harvest Management
- Threshing β Separating grain from straw
- Winnowing β Removing chaff
- Storage β Store in dry, cool, pest-free areas
π 12. Yield
- Irrigated land: 40β60 quintals/ha
- Rain-fed land: 20β30 quintals/ha
π° 13. Economics / Profitability
Input | Estimated Cost (βΉ/ha) |
---|---|
Seeds | 3,000 β 4,000 |
Fertilizers & Chemicals | 4,000 β 6,000 |
Irrigation | 2,000 β 3,000 |
Labor | 5,000 β 7,000 |
Total Cost | βΉ14,000 β βΉ20,000 |
Gross Return | βΉ40,000 β βΉ60,000 |
Net Profit | βΉ20,000 β βΉ40,000 |