Gram (Chana)

Mid-October to mid-November across most of the plains, into receding soil moisture after the monsoon. Timely sowing matters more here than for many crops: too early and the crop grows lush and vegetative and flowers poorly; too late and flowering runs into cold snaps followed by terminal heat at pod-fill, which shrivels the grain.

For desi gram, roughly 26–32 kg per acre (65–80 kg/ha); bold-seeded and kabuli types need up to about 40 kg per acre (100 kg/ha) because the same plant population weighs more in larger seed. A late-sown crop is sown a little thicker to make up for reduced branching.

Desi is the small, angular, brown or dark-seeded chana that makes up most of India's area and goes into dal and besan; kabuli is the larger, cream-coloured seed sold at a premium for the table and export market. Kabuli fetches a higher price but needs richer soil and tighter management, and is generally more disease-sensitive than desi.

Only a small starter dose at sowing. Gram fixes its own nitrogen through root nodules once inoculated with Mesorhizobium, so it gets no nitrogen top-dressing at all. Applying a full cereal-style nitrogen dose is a classic and costly mistake — it grows leaves at the expense of pods and worsens wilt.

The nodule bacteria that let gram fix its own nitrogen (Mesorhizobium ciceri) are not always present in the soil — especially on a field that has not grown gram or another pulse recently. Inoculating the seed with the culture at sowing is the cheapest, highest-return input the crop has; skip it and the crop cannot fix nitrogen properly and behaves like a starved plant.

Most gram is grown entirely on stored soil moisture with no irrigation at all. Where water is available, give at most two light protective irrigations — one just before flowering (the most rewarding) and one early in pod-fill if the season has turned dry. Over-irrigation does more harm than under-irrigation, pushing leafy growth and worsening wilt.

Fusarium wilt is a soil-borne fungal disease that makes whole plants droop, yellow and dry in patches, often at flowering, with dark discoloured tissue inside a cut stem. It has no reliable in-season cure, so management is preventive: grow a wilt-resistant variety such as JG-11, JAKI-9218 or JG-14, treat the seed with a fungicide or Trichoderma, sow at the right time, and rotate away from gram on badly affected fields.

The gram pod borer (Helicoverpa armigera) is the crop's single most damaging pest, arriving at flowering and hollowing out the pods. Use pheromone traps to time action, set up bird perches, and spray Helicoverpa NPV or neem against early-stage larvae; a need-based chemical spray (such as emamectin benzoate or chlorantraniliprole) is most effective timed to young larvae at flowering and early podding, guided by trap catches rather than the calendar.

Nipping is pinching out the growing tips of the plants at around 30–40 days to encourage side branching and more pod-bearing sites. It pays off only in a vigorous, lush, early-sown crop — on a thin, late-sown or moisture-stressed stand it removes growth the crop can ill afford, so it is not a universal recommendation.

Gram is a legume that makes its own nitrogen and is grown on stored moisture — extra water pushes it into leafy vegetative growth that delays and reduces podding, and it directly favours Fusarium wilt and root rots, which gram cannot tolerate. Over-irrigation is one of the most common ways farmers unintentionally cut their own gram yield.

₹5,875 per quintal for RMS (Rabi Marketing Season) 2026–27, as notified by the Government of India. Gram is India's largest rabi pulse and is procured under MSP, though actual procurement varies by state and district, so it is worth checking your local mandi rate against MSP before selling.

Around 15–20 quintals per hectare under rainfed conditions, rising to 20–25 q/ha with one or two protective irrigations and a wilt-resistant variety. Realised yield depends heavily on timely sowing, avoiding wilt through variety choice, and getting the pod borer defence timed right at flowering.

Yes — gram grown on residual moisture after kharif rice or maize is a very common and sound rotation. As a legume it fixes nitrogen and leaves the soil better for the following crop, and it needs little irrigation, which suits the drier post-monsoon period. On heavy rice soils, ensure good drainage, since gram is highly intolerant of waterlogging.

Almost always too much water or nitrogen, or both — often on a rich field or after over-irrigation. A legume responds to a rich, wet environment by growing vegetatively rather than podding. Cut back irrigation, never top-dress nitrogen, and consider nipping in a genuinely lush early crop to redirect that growth into branches and pods.

Yes — a hard frost or cold snap during flowering can blank a large share of the pods, which is one reason the sowing window is not pushed too late. Light protective irrigation before a forecast frost, and avoiding very late sowing that puts flowering in the coldest weeks, both reduce the risk.

Dry the grain to about 9–10% moisture before storage — that single step matters most — then store it airtight in clean containers or well-sealed bags in a dry place. Neem leaves and, for small lots, solar heating help; keep seed and food grain separate and never treat food grain with seed-only chemicals. The pulse beetle, not the grain itself, is what usually limits how long gram keeps.

Gram is covered as a notified rabi crop under the Pradhan Mantri Fasal Bima Yojana (PMFBY) in districts where it is notified, and gram-growing farm households are eligible for PM-KISAN like any other. Check the current season's notification and cut-off dates for your district, since notified crops and enrolment windows change each season.