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Different Types of Agricultural Methods for Farmer Education

Hydroponics

Soil-less cultivation: Plants grow directly in a nutrient-rich water solution, ensuring faster and healthier growth.
Water-efficient: Uses up to 90% less water than conventional farming methods.
Versatile crops: Ideal for growing vegetables, leafy greens, and herbs year-round.

Aeroponics

Air-based cultivation: Plants are grown in an air or mist environment without soil or water medium.
Nutrient delivery: Roots are directly sprayed with nutrient solutions for optimal absorption.
High efficiency: Provides higher yield and faster growth, making it ideal for advanced farming.

Aquaponics

Integrated system: A combined system of aquaculture (fish farming) and hydroponics.
Natural nutrient cycle: Fish waste provides nutrients for plants, while plants clean the water for fish.
Sustainable farming: Eco-friendly, sustainable, and resource-efficient method of cultivation.

Organic Farming

Natural inputs: Cultivation using natural fertilizers and bio-pesticides instead of chemicals.
Soil & food safety: Builds soil health, ensures safe food, and fetches premium market prices.

Permaculture

Ecosystem design: Designing farms that mimic natural ecosystems.
Sustainability: Focus on biodiversity, water harvesting, and long-term sustainability.

Vertical Farming

Stacked cultivation: Growing crops in stacked layers or vertical structures, often indoors.
Controlled environment: Uses LED lights, hydroponics, or aeroponics.
Urban friendly: Ideal for urban and space-limited farming.

Greenhouse / Polyhouse Farming

Controlled cultivation: Farming inside protected structures.
Crop protection: Shields from climate variations, pests, and diseases.
High productivity: Enables off-season production and higher yields.

Agroforestry

Tree integration: Combining trees with crops and/or livestock.
Soil benefits: Improves fertility and reduces erosion.
Extra income: Provides timber, fruits, and fodder.

Agri-Voltaics (Solar Farming)

Dual use: Combines solar energy generation with crop cultivation.
Extra income: Farmers earn from crops and electricity production.

Precision Farming

Smart technology: AI, IoT sensors, drones, and data analytics for precise input use.
Efficiency: Increases yield, reduces costs, and promotes sustainability.

Conservation Agriculture

No-till methods: Minimal soil disturbance with crop rotation and cover crops.
Soil & water health: Improves fertility, water retention, and sustainability.

Integrated Farming Systems (IFS)

Diversified farming: Combines crops, livestock, fisheries, poultry, biogas, and horticulture.
Risk management: Ensures multiple income sources and reduces farmer risks.

AGRIVIDYA FOUNDATION – Training Curriculum for Farmers

Program Duration: Modular

(can be delivered as 1-day awareness workshops, 7-day intensive training, or 3–6 month certificate programs depending on the depth required)

Level 1: Basic Foundation (Traditional to Sustainable Farming)

Build awareness, upgrade traditional practices, and introduce sustainability.

Modules:

Introduction to Modern Agriculture – challenges, opportunities, government schemes.
Soil Health & Nutrient Management – soil testing, organic manures, biofertilizers.
Water Management – drip irrigation, rainwater harvesting.
Organic Farming & Natural Inputs – composting, bio-pesticides, zero budget farming.
Crop Rotation & Mixed Cropping – improving yield and reducing risk.

Level 2: Intermediate (Protected & Smart Farming Practices)

Introduce farmers to controlled environment and technology-driven practices.