Termite attack is a serious problem in chickpea cultivation, especially in dry and sandy soils. Termites damage the crop by feeding on roots, stems near the soil surface, and even underground plant parts. This results in wilting, yellowing, and sudden drying of plants, often seen in patches across the field. If termite infestation is not managed in time, it can lead to heavy yield loss. Proper preventive and control measures can effectively manage termite problems in chickpea.
One of the main reasons for termite attack in chickpea is dry soil conditions and presence of undecomposed organic matter. Termites are more active in dry fields where moisture is low. Fields with crop residues, stubbles, or partially decomposed manure attract termites. Therefore, good field preparation is the first step in termite management. Before sowing, the field should be ploughed well and all previous crop residues should be removed or properly decomposed.
Use of well-decomposed farmyard manure is very important. Fresh or half-decomposed manure should never be applied, as it attracts termites. Organic manure should be applied well in advance so that it decomposes completely before sowing chickpea. This helps improve soil health without increasing termite risk.
Seed treatment is one of the most effective methods to control termites at the early crop stage. Treating chickpea seed before sowing protects young seedlings from termite damage during germination and early growth. This practice is economical and provides protection for several weeks after sowing, which is a critical period for the crop.
Soil moisture management plays a major role in termite control. Termites thrive in dry conditions, so maintaining adequate soil moisture reduces their activity. Light irrigation after sowing and during early crop growth helps protect plants from termite attack. However, waterlogging should be avoided, as chickpea does not tolerate excess moisture.
Crop rotation is a useful long-term strategy. Growing chickpea repeatedly in the same field increases termite population. Rotating chickpea with crops that are less attractive to termites helps reduce infestation. Crop rotation also improves soil structure and fertility.
Balanced fertilizer application helps plants grow strong and tolerate pest damage better. Weak plants are more vulnerable to termite attack. Applying nutrients in balanced amounts supports healthy root and shoot growth. Excess nitrogen should be avoided, as it may encourage soft growth and other pest problems.
Regular field monitoring is very important. Farmers should inspect the field frequently, especially during early growth stages. Wilting or drying plants should be checked immediately by pulling them out and observing the roots and stem base. Early detection allows timely control and prevents spread.
When termite damage appears in patches, spot treatment is more effective than treating the entire field. Targeting only affected areas reduces cost and limits unnecessary chemical use. Control measures are most effective when applied early, before termites spread widely.
Field sanitation after harvest is also essential. Crop residues and stubbles should be removed or properly ploughed into the soil. Leaving residues in the field allows termites to survive and attack the next crop.
In conclusion, termite control in chickpea depends mainly on preventive management and timely action. Good land preparation, use of well-decomposed manure, seed treatment, proper irrigation, balanced nutrition, crop rotation, and regular field monitoring together help manage termite problems effectively. By following these simple and practical practices, farmers can protect their chickpea crop, reduce losses, and achieve better yield and profitability.
