Sugarcane Development
Sugarcane Development covers how Uttar Pradesh raises cane productivity and sugar recovery through institutions, varieties, agronomic interventions and policy support. It overlaps with cultivation but focuses on programmes and measurable improvement.
Institutions and policy actors
- The Cane Commissioner, Uttar Pradesh, heads the state’s sugarcane development administration.
- The Uttar Pradesh Council of Sugarcane Research (UPCAR), Shahjahanpur, works on state-specific varieties and practices.
- The Indian Institute of Sugarcane Research (IISR), Lucknow, is the national research institute.
- The Sugarcane Breeding Institute, Coimbatore, develops “Co” varieties.
- Cane development societies, Krishi Vigyan Kendras and mill cane departments carry extension to farmers.
Development levers
- Seed replacement with improved varieties such as Co 0238, Co 0118, Co 15023, UP 9530 and CoS 767, matched to local disease pressure.
- Planting methods: ring-pit, trench, paired-row and mechanised planting; drip fertigation in water-scarce areas.
- Ratoon management: stubble shaving, gap filling, trash mulching and balanced nutrition.
- Integrated nutrient and pest management, soil health cards and organic matter recycling.
- Diversification: ethanol production, cogeneration and press-mud composting add mill revenue.
Worked example
A mill crushes 1,00,000 tonnes of cane at 10.5% recovery. Sugar produced = 10,500 tonnes. If recovery rises to 11.2%, output becomes 11,200 tonnes - an extra 700 tonnes. At ₹36,000 per tonne, that is ₹2.52 crore of additional revenue from the same cane. This illustrates why recovery, not only tonnage, drives mill profitability.
Traps that cost marks
- Treating yield (t/ha) and recovery (%) as interchangeable.
- Assuming “Co” varieties originate in Uttar Pradesh; the code points to Coimbatore.
- Confusing the central FRP with the state’s SAP.
- Believing development means only area expansion; productivity and recovery are equally central.
Exam approach
Link each intervention to its outcome: seed replacement to yield, drip to water saving, ratoon management to lower cost, and recovery improvement to mill economics.