Publication | Open Access
Adapting Nitrogen Fertilization to Unpredictable Seasonal Conditions with the Least Impact on the Environment
47
Citations
16
References
2006
Year
Precision AgricultureEngineeringCropping SystemAgricultural EconomicsInsurance PolicySustainable AgriculturePublic HealthSoil FertilityLeast ImpactClimate ChangeBiogeochemistryUnpredictable Seasonal ConditionsNitrogen FertilizationCrop YieldCrop Growth ModelingDroughtNutrient CycleUnpredictable Weather EventsSaturation IndexNutrient Management
Weather is the primary driver of both plant growth and soil conditions. As a consequence of unpredictable weather effects on crop requirements, more inputs are being applied as an insurance policy. Best management practices (BMPs) are therefore about using minimal input for maximal return in a context of unpredictable weather events. This paper proposes a set of complementary actions and tools as BMP for nitrogen (N) fertilization of vegetable crops: 1) planning from an N budget, 2) reference plot establishment, and 3) crop sensing prior to in-season N application based on a saturation index related to N requirement.
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