Jowar

Kharif jowar is sown late June to July with the first good monsoon shower. Rabi jowar is sown September–October, after the monsoon withdraws, into moisture already stored in deep black soil rather than fresh rainfall.

It depends on your soil and water situation, not just the calendar. Rabi jowar needs genuinely deep black cotton soil to bank enough stored moisture to reach maturity without irrigation, and gives bolder, better-storing grain at a steadier price. Kharif jowar suits a wider range of soils and assured monsoon rainfall, but faces higher shoot fly and midge pressure.

About 3.2–4 kg per acre (8–10 kg/ha) for a kharif hybrid, line-sown rather than broadcast. Rabi varieties are typically sown at a similar rate.

Yes — rabi jowar on deep black cotton soil is grown almost entirely on moisture stored in the soil profile from the retreating monsoon, with no fresh irrigation through the season. This only works on genuinely deep soil; the same practice on shallow soil runs out of moisture before the grain finishes filling.

A common kharif hybrid recommendation under assured moisture is around 80:40:40 kg/ha N:P:K, split as half the nitrogen plus full phosphorus and potash at sowing and the rest as a top dressing at tillering (~25–30 days). A rabi crop on stored moisture alone typically needs somewhat less. A Soil Health Card test can refine this for your field, and black soils often need a zinc or iron correction even when total soil nutrient levels look adequate.

Shoot fly maggots bore into a young seedling's central shoot in the first two to three weeks, killing the growing point and producing a "dead heart" that pulls out easily. Imidacloprid seed treatment before sowing is the standard, most reliable control — far more effective than any spray after damage is visible.

Midge larvae feed inside the developing grain right at flowering, so the damage is invisible from outside the panicle — losses only show up at threshing, when a panicle turns out to carry far fewer filled grains than it appeared to. A spray timed to the start of flowering, where midge pressure is known locally, is the main defence.

A fungal complex that discolours grain within the panicle during humid weather at flowering, grain-fill, or after a delayed, rain-exposed harvest. There is no effective in-season chemical fix once it sets in — harvesting promptly once grain hardens, rather than leaving a mature crop standing through a rain spell, is the single most controllable prevention.

₹4,023 per quintal for hybrid jowar, KMS (Kharif Marketing Season) 2026–27, as notified by the Government of India.

15–25 quintals per hectare under normal management in either season; 25–30 q/ha or more is achievable with a modern hybrid, timely sowing and no major grain mould or midge pressure. A rabi crop sown on shallow soil, or a kharif crop hit hard by shoot fly, yields meaningfully less.

When the panicle droops and grain hardens enough to resist a thumbnail dent, usually 100–120 days after sowing depending on variety and season. Harvest promptly once ready — a rain spell on a mature, standing crop is the single biggest risk to grain quality.

Dry the grain to below 12% moisture and use a hermetic bag for storage beyond a few months. Segregate and use or sell any grain-mould-affected fraction first — it will not improve with storage and can spread spoilage into otherwise sound grain.

PM-KISAN is not crop-specific — any landholding farmer family meeting the scheme's land-record and eligibility criteria qualifies, jowar or otherwise. See the Related schemes section below.

Yes, under PMFBY (Pradhan Mantri Fasal Bima Yojana), for both the kharif and rabi jowar seasons, each with its own enrolment window and premium cap. Check your state's cut-off date before sowing is complete.

For kharif, a hybrid like CSH 30 suits assured-rainfall or irrigated conditions, while an open-pollinated variety like CSV 27 suits smallholders who want to save their own seed. For rabi, CSV 216R (Phule Yashoda) is the modern reference variety for deep, irrigation-free black soil, while the older M 35-1 is still grown for its grain and roti-making quality despite lower yield.

This almost always traces to insufficient soil depth or stored moisture at sowing — rabi jowar's entire irrigation-free premise depends on genuinely deep black soil banking enough moisture to carry the crop to maturity. The same symptom can also point to charcoal rot, which is itself favoured by exactly this kind of late-season moisture stress.

Both — jowar is grown for grain (used as flour for roti and other dishes, and increasingly promoted as a millet with health benefits) and for its stalk, which is valuable green or dry fodder. Many farmers value the dual grain-and-fodder return as much as the grain price alone.

Yes — pigeon pea (arhar) is a common intercrop with kharif jowar in parts of Maharashtra and Karnataka, adding a second harvest and some nitrogen benefit from the legume without displacing much jowar yield. Row ratios need adjusting from a pure stand, so check your state agricultural university's local recommendation.

Jowar tolerates somewhat heavier, better soils and needs more total moisture than bajra, and uniquely offers a genuinely irrigation-free rabi season on deep black soil — something bajra, an almost entirely kharif crop, does not have. Bajra in turn tolerates lighter, poorer soil and less rainfall, and matures faster (75–90 days against jowar's 100–120).

It is caused by a soil fungus that specifically thrives when the crop is moisture-stressed near maturity — most common in a rabi crop that has run out of stored soil moisture before grain-fill finishes. Matching variety and sowing date to genuinely deep soil, and avoiding excess nitrogen that draws down moisture faster, are the two most effective preventions.