Project Name : Pragmatic Agronomy
Theme Name : Agriculture and Food Security
Objective: To combat effect of global warming on agriculture and introduce new reforms in agricultural practices to make it more efficient, productive and sustainable. To follow an integrated and comprehensive approach to develop a blueprint for futuristic, idealistic, practical and sustainable system of agriculture to preserve the environment.
Components of the model:
1. Waste Water Fed Aquaculture System: This ecological process can be adopted by local farmers for mastering resource recovery activities. Certain fish varieties like Niloeica, Brigit, Belay, etc. can feed on organic wastes in waste water and help to purify it to larger extent. These fishes maintain proper balance of plankton population in the sewage fed fisheries and also help in reducing B.O.D. of sewage wastewater.
Sewage fed fisheries receives adequate sunlight and hence act as solar reactors. Semi purified water can be used for irrigation in fields.
2. Zero Sludge Discharge Technology
Green Sludge Energy Technology
These technologies can be used to produce electricity and manner from solid sludge using advanced, digestion, solubleness, and desulphurization and dewatering methods.
3. Hermetic Storage Techniques: Hermetic methods of storing grains, under which polypropylene is used to store grains, creates a modified atmosphere enriched in codeficient in O2 due to natural metabolic rates of biological factors present to regulate temperature and moisture conditions prevent the spraying of fumigants, reduce CO2 emissions and prevent pest attacks.
Phytotechnologies for Agricultural Automation
Micro conditioning
Grid System
Phased Cropping
Micro Village
Permanent Planting positions
Reseeding
Proximity fertilization
Selective harvesting
Zero draft force compaction
Intelligently targeted inputs
Micro spraying
Flexible bio production
Together We Can Make a Difference!!
Name of the School: Modern Vidya Niketan, Aravali Hills, Faridabad
