Global positioning systems (GPS), yield monitors, various forms of remote sensing, new computer software, and variable rate technology are new tools available to producers. Intensive soil sampling and crop scouting methods that directly relate each sample or measurement with their geographical coordinates complement the new technological package. Soil testing is a diagnostic tool that adapts well to site-specific management because it can assess nutrient availability of different areas within a field. Intensive sampling, soil test mapping, and variable-rate application of fertilizers or manure can improve the efficacy of nutrient management compared with the conventional practice of applying a uniform rate across a field. However, the spati...
Crop yield and yield response to fertilization is frequently heterogeneous within-fields. A better u...
Site specific management of plant nutrients for crop production begins with an inventory of soil tes...
Many farmers sample their soil to measure the concentrations of plant nutrients, so as to decide how...
Precision agriculture technologies have potential for improving soil fertility evaluation and nutrie...
New technologies such as differential global positioning systems (DGPS), yield monitors and other se...
Soil fertility management can be improved by use of precision agriculture technologies. Global posit...
As various aspects of precision agriculture are implemented in Nebraska, some of the most frequent q...
Precision agriculture allows modern producers to manage within fields rather than managing the whole...
Soil sampling to characterize levels of soil fertility is one of the foundations of profitable manag...
ABSTRACT In agricultural areas with a historical of systematic soil sampling, alternative methodolog...
Soil sampling plays a major role by assisting in developing management zones and prescription maps i...
he efficiency of the management zone approach to improve fertilizer recommendations relies on accura...
Soil testing is made up of four distinct activities, collecting the soil sample, analyzing the sampl...
ABSTRACT Nutrient management can be difficult for land receiving nonuniform and sometimes very large...
Understanding field nutrient variability may improve our ability to increase agronomic profitability...
Crop yield and yield response to fertilization is frequently heterogeneous within-fields. A better u...
Site specific management of plant nutrients for crop production begins with an inventory of soil tes...
Many farmers sample their soil to measure the concentrations of plant nutrients, so as to decide how...
Precision agriculture technologies have potential for improving soil fertility evaluation and nutrie...
New technologies such as differential global positioning systems (DGPS), yield monitors and other se...
Soil fertility management can be improved by use of precision agriculture technologies. Global posit...
As various aspects of precision agriculture are implemented in Nebraska, some of the most frequent q...
Precision agriculture allows modern producers to manage within fields rather than managing the whole...
Soil sampling to characterize levels of soil fertility is one of the foundations of profitable manag...
ABSTRACT In agricultural areas with a historical of systematic soil sampling, alternative methodolog...
Soil sampling plays a major role by assisting in developing management zones and prescription maps i...
he efficiency of the management zone approach to improve fertilizer recommendations relies on accura...
Soil testing is made up of four distinct activities, collecting the soil sample, analyzing the sampl...
ABSTRACT Nutrient management can be difficult for land receiving nonuniform and sometimes very large...
Understanding field nutrient variability may improve our ability to increase agronomic profitability...
Crop yield and yield response to fertilization is frequently heterogeneous within-fields. A better u...
Site specific management of plant nutrients for crop production begins with an inventory of soil tes...
Many farmers sample their soil to measure the concentrations of plant nutrients, so as to decide how...