Tools for optimizing management of spatially-variable fields

Keyphrases

• Spatially Variable 100%
• Precision Agriculture 100%
• Variable Electric Field 100%
• Netherlands 66%
• Modeling Approach 66%
• Low-tech 66%
• High-tech 66%
• Fertilizer Recommendation 66%
• Backward Modeling 66%
• Agrochemicals 66%
• Increased Productivity 33%
• Technological Approaches 33%
• Resource Use 33%
• Kenya 33%
• Cost Reduction 33%
• Participatory Mapping 33%
• Spatial Variability 33%
• Fertilization 33%
• Temporal Variation 33%
• Management Practices 33%
• Groundwater 33%
• One Field 33%
• Farm Management 33%
• Stress Factors 33%
• Fertilizer Application 33%
• Costa Rica 33%
• Protection Measures 33%
• Economic Concepts 33%
• Banana Plantation 33%
• Tillage 33%
• Spatial Variables 33%
• High Input 33%
• Management Units 33%
• Relative Effect 33%
• Crop Protection 33%
• Management Styles 33%
• Paper Tools 33%
• Soybean Yield 33%
• Resource-poor Farmers 33%
• Forward Modeling 33%
• Inefficient Use 33%
• Temporal Optimization 33%
• Spatial Optimization 33%
• Nitrogen Loss 33%
• Input Efficiency 33%
• Embu 33%
• Traditional Management 33%

Earth and Planetary Sciences

• Precision Agriculture 100%
• Netherlands 66%
• Agrochemical 66%
• Side Effect 33%
• Spatial Variation 33%
• Fertilizer Application 33%
• Kenya 33%
• Costa Rica 33%
• Forward Modeling 33%
• Temporal Variation 33%
• Crop Protection 33%

Agricultural and Biological Sciences

• Precision Agriculture 100%
• Agrochemical 66%
• Case Study 33%
• Farming Management 33%
• Fertilizer Application 33%
• Crop Protection 33%
• Plantation 33%
• Musa Acuminata 33%