Innovative and sustainable approaches for agricultural water management in the drylands of the developing world

Keyphrases

• Drylands 100%
• Developing World 100%
• Innovative Approach 100%
• Water Harvesting 100%
• Sustainable Approach 100%
• Agricultural Water Management 100%
• Rainfed 66%
• South Asia 66%
• Fruit Trees 66%
• Africa 66%
• Surface Irrigation 66%
• Water Pump 66%
• Water Delivery 66%
• Smallholder Farmers 66%
• Shallow Water Table 66%
• Semi-arid Tropics 66%
• Rain 33%
• Irrigation 33%
• High Cost 33%
• In Situ 33%
• Production System 33%
• Vegetables 33%
• Innovative Technologies 33%
• Irrigated Crops 33%
• Water Use Efficiency 33%
• Water Management 33%
• Water Availability 33%
• Drip Irrigation 33%
• Management Approach 33%
• Low Pressure 33%
• Rice 33%
• Alleviating Poverty 33%
• Effective Alternative 33%
• Niger 33%
• Water Cost 33%
• Field Crops 33%
• New Water 33%
• Runoff Water 33%
• Rainwater Harvesting 33%
• Horticulture 33%
• Sustainable Alternatives 33%
• Horticultural Crops 33%
• Cash Flow 33%
• Vegetables Fruits 33%
• Water Productivity 33%
• Stored Water 33%
• Shallow Aquifer 33%
• Vegetable Irrigation 33%
• Delivery Technologies 33%
• Degraded Land 33%
• ICRISAT 33%
• Tree System 33%
• African Markets 33%
• Small Producers 33%
• Market Gardening 33%
• Gaya 33%
• Integrated Watershed Management 33%
• System Guarantee 33%
• Resource-poor Farmers 33%
• Solar Pumping 33%

Agricultural and Biological Sciences

• Irrigation 100%
• Water Harvesting 100%
• Agricultural Water Management 100%
• Water Table 50%
• Fruit Tree 50%
• Water Use Efficiency 25%
• Water Management 25%
• Drip Irrigation 25%
• African 25%
• Irrigation System 25%
• Horticulture 25%
• Field Crops 25%
• Horticultural Crops 25%
• Watersheds 25%
• Watershed Management 25%