Breakthrough Tomato Production Technology Approved at National Horticulture Meet
An innovative tomato production technology, developed by researchers at the Chandra Shekhar Azad University of Agriculture and Technology (CSA University) in Kanpur, has received official approval. The validation occurred during the 44th annual group meeting of the All India Coordinated Research Project (Vegetable Crops), held at Sri Konda Laxman Telangana Horticulture University in Hyderabad from February 20 to 22.
Three Years of Rigorous Research Yields Results
This advanced agricultural methodology is the culmination of continuous research and field trials spanning three years, from 2022-23 to 2024-25. The project was spearheaded by crop scientist Rajiv from the university's vegetable section. The research focused specifically on the 'Kashi Aman' tomato variety during the rabi season, with experiments conducted at the Vegetable Research Farm in Kalyanpur.
Optimal Formula for Maximum Yield and Profit
Rajiv's team conducted a comprehensive comparative study, testing various combinations of growth regulators and micronutrients on tomato plants. The research identified a highly effective protocol:
- Application: Spraying a solution of gibberellic acid at 50 ppm combined with a micronutrient mixture at 0.5% concentration.
- Timing: Application at two critical growth stages: 30 days and 45 days after transplanting the seedlings.
This specific treatment delivered outstanding results, significantly outperforming all other tested methods.
Record-Breaking Agricultural Performance Metrics
The data from the trials revealed remarkable improvements in tomato production:
- Fruit Count: Plants produced a maximum of 36.70 fruits per plant.
- Fruit Size: Achieved the highest average fruit weight of 99.87 grams.
- Plant Yield: Maximum fruit weight per plant reached 2.45 kilograms.
- Overall Harvest: The technology enabled a record fruit yield of 549.17 quintals per hectare.
Substantial Economic Benefits for Farmers
Beyond impressive yields, the economic analysis presents a compelling case for adoption. This technology generated the maximum net profit of Rs 4,02,573 per hectare. Furthermore, it achieved the highest benefit-cost ratio of 4.39, indicating superior returns on investment compared to conventional and other experimental treatments.
University Leadership Celebrates Scientific Achievement
In recognition of this significant contribution to agricultural science, the Vice-Chancellor of CSA University, K Vijayendra Pandian, extended his congratulations to the entire scientific team led by Rajiv. This approval marks a major step forward in enhancing tomato cultivation efficiency and profitability for farmers across the region.
