Back close

Traditional Irrigation Systems on Agricultural Outcome

Start Date: Wednesday, Aug 01,2018

End Date: Saturday, Dec 01,2018

Thematic Area: Agriculture & Risk Management

Project Incharge:Dr. B. Soundarajan, Dr. Malini Frey, and Mr. Renjith Mohan
Traditional Irrigation Systems on Agricultural Outcome

Amrita : Manoj Guleria and Rajesh Thanraj, Department of Electrical and Electronics Engineering, Aneena John Panicker and Rayappa Raja S.R, Department of Civil Engineering

Village: Dewgain, Jharkhand

Project Duration: One semester (project part of Live-in-Labs® 5th semester course)

Identified Challenge & Aim:

Located 25 kms from Ranchi, the capital of Jharkhand, Dewgain lies on a hilly terrain with lushly green forest land. Out of the 120 families in the village, about 90% of them are dependent on agriculture for a living. However, water scarcity during the summer months and soil infertility are two of the major reasons for the decline in agricultural produce, causing farmers to spiral into debt and, sometimes, commit suicide. Although successive governments have announced subsidies and aid packages to mitigate the issue, a more enduring solution is required.


The Study/Innovation:

The team lived with the villagers for a period of six days in their own naturalistic setting to get a better idea of the general challenges they face regarding current farming practices. Individual interviews were conducted across the 3 different communities within Dewgain. Demographic data, occupational activities, cultivation practices, crops cultivated, seasonal cropping patterns, and crop yield, were studied. Field surveys, village mapping, and focus group discussion with farmers further helped the team to better understand ground realities in the village.

After several group discussions with project guides and farmers, the team proposed a design for a low-cost automated drip irrigation system, along with sufficient awareness on water conservation techniques. Drip irrigation will increase yield and drastically reduce water wastage, thereby generating sufficient income for farmers and their families.

Addresses Sustainable Development Goals:

Related Projects

Analysis of Seepage Induced Soil Mass Movements and Stabilization using sand Drains
Analysis of Seepage Induced Soil Mass Movements and Stabilization using sand Drains
Comparison of Anti-microbial Activity of Anti-acne Agents
Comparison of Anti-microbial Activity of Anti-acne Agents
Amrita Virtual Interactive E-Learning World (A-VIEW)
Amrita Virtual Interactive E-Learning World (A-VIEW)
Computational and Experimental Investigations on a combined vibration absorber energy harvester system.
Computational and Experimental Investigations on a combined vibration absorber energy harvester system.
Application of Bacteriophages as a Strategy to Combat Antimicrobial Resistance in Gram-Negative Pathogens
Application of Bacteriophages as a Strategy to Combat Antimicrobial Resistance in Gram-Negative Pathogens
Admissions Apply Now