Discover how Front Line Demonstrations revolutionized soybean cultivation, increasing yields by 25.28% through scientific methods 1
In the agricultural landscapes of Hingoli District, Maharashtra, soybean farmers faced a persistent challenge that threatened their livelihoods: despite their best efforts using traditional farming methods, their crop yields remained stubbornly low 1 .
Nutrient-deficient soils and improper fertilization practices limited crop potential across the region.
Outdated cultivation techniques and local seed varieties contributed to suboptimal yields.
Front Line Demonstrations represent a strategic approach to agricultural extension that moves beyond traditional teaching methods. Unlike conventional farming advice that might be delivered in a classroom setting, FLDs establish living classrooms right in farmers' fields 1 .
Farmers witness firsthand the differences between conventional and improved practices
Direct implementation in real field conditions builds farmer confidence
Connects research institutions with working farms effectively
In 2009, agricultural scientists from Krishi Vigyan Kendra launched an ambitious program to address the yield gaps in soybean cultivation across Hingoli District 1 .
First round of demonstrations across selected villages in Kalamnuri Taluka 1
Conducted across 24 hectares of land with 0.40 hectare demonstration plots 1
Continued demonstrations to validate results across multiple growing seasons 1
Dandegaon, Kumbharwadi, Digras, Sukalivir, Yedsi, and Bhategaon 1
The demonstrations followed a carefully designed experimental approach that allowed for direct comparison between traditional and improved practices 1 .
The findings from five years of demonstrations revealed striking differences between traditional and improved farming practices 1 .
| Season Period | Demonstration Yield (q/ha) | Farmer Practice Yield (q/ha) | Yield Increase (%) |
|---|---|---|---|
| 2009-2012 | 17.72 | 14.12 | 25.28% |
| 2013-2015 | 17.72 | 14.12 | 25.28% |
| Overall Average | 17.72 | 14.12 | 25.28% |
Average Yield Increase
Extension Gap
Technology Gap
The success of the FLD program hinged on specific scientific inputs that formed the core of the improved practices 1 .
Improved genetic variety with higher yield potential and adaptability 1
Soil-test-based fertilizer application for optimal nutrient levels 1
Critical micronutrient supplement addressing soil deficiencies 1
Beneficial bacteria for nitrogen fixation (@ 25 g/kg seed) 1
Microbial inoculants for improved phosphorus availability 1
The Front Line Demonstration program in Hingoli District represents more than just a successful agricultural intervention—it illustrates a powerful model for rural transformation 1 .
The demonstrated 25.28% yield increase translated into tangible economic benefits for participating farmers, strengthening their confidence in agricultural science 1 .
The program created a ripple effect as farmers shared experiences with neighbors, multiplying impact beyond original demonstration plots 1 .
The lessons from Hingoli's soybean revolution extend far beyond district boundaries, offering a proven methodology for testing and disseminating solutions where they matter most: in the farmers' fields 1 .