Yield maps reflect systematic and random sources of yield variation as well as numerous errors caused by the harvest and mapping procedures used. A general framework for processing of multi-year yield map data was developed. Steps included (1) raw data screening, (2) standardization, (3) interpolation, (4) classification of multi-year yield maps, (5) post-classification spatial filtering to create spatially contiguous yield classes, and (6) statistical evaluation of classification results. The techniques developed allow more objective mapping of yield zones, which are an important data layer in algorithms for prescribing variable rates of production inputs
\ua9 2020, The Author(s). Easy-to-use tools using modern data analysis techniques are needed to hand...
The monitoring and mapping of yield variations have captured the interest of many producers. The abi...
Crop yields vary spatially across field landscapes. This variation in production can be quantified o...
Yield maps reflect systematic and random sources of yield variation as well as numerous errors cause...
Yield maps reflect systematic and random sources of yield variation as well as numerous errors cause...
Yield maps reflect systematic and random sources of yield variation as well as numerous errors cause...
The objective of this work was to investigate the use of remotely sensed vegetation indices to impro...
Most agricultural fields naturally have within-field variations that may require site-specific atten...
As part of the research programme to develop precision farming management guidelines, started in 199...
The existence of spatial variability within fields can be beneficial if inputs for arable crop are g...
Yield monitors are an essential component of many site-specific management strategies. Yield maps, t...
When discussing current issues in precision agriculture, the terms “yield mapping” or “yield monitor...
Although the variability in soil nutrients and crop yields has been well documented since the turn o...
When discussing current issues in precision agriculture, the terms “yield mapping” or “yield monitor...
When discussing current issues in precision agriculture, the terms “yield mapping” or “yield monitor...
\ua9 2020, The Author(s). Easy-to-use tools using modern data analysis techniques are needed to hand...
The monitoring and mapping of yield variations have captured the interest of many producers. The abi...
Crop yields vary spatially across field landscapes. This variation in production can be quantified o...
Yield maps reflect systematic and random sources of yield variation as well as numerous errors cause...
Yield maps reflect systematic and random sources of yield variation as well as numerous errors cause...
Yield maps reflect systematic and random sources of yield variation as well as numerous errors cause...
The objective of this work was to investigate the use of remotely sensed vegetation indices to impro...
Most agricultural fields naturally have within-field variations that may require site-specific atten...
As part of the research programme to develop precision farming management guidelines, started in 199...
The existence of spatial variability within fields can be beneficial if inputs for arable crop are g...
Yield monitors are an essential component of many site-specific management strategies. Yield maps, t...
When discussing current issues in precision agriculture, the terms “yield mapping” or “yield monitor...
Although the variability in soil nutrients and crop yields has been well documented since the turn o...
When discussing current issues in precision agriculture, the terms “yield mapping” or “yield monitor...
When discussing current issues in precision agriculture, the terms “yield mapping” or “yield monitor...
\ua9 2020, The Author(s). Easy-to-use tools using modern data analysis techniques are needed to hand...
The monitoring and mapping of yield variations have captured the interest of many producers. The abi...
Crop yields vary spatially across field landscapes. This variation in production can be quantified o...