Analyzing satellite images and remote sensing (RS) data using artificial intelligence (AI)
tools and data fusion strategies has recently opened new perspectives for environmental …

Most businesses depend on biodiversity, either directly, indirectly as ecosystem services, or
through their supply chains. In negatively impacting biodiversity, businesses risk losing …

CONTEXT Timely information on the spatiotemporal trends in annual paddy rice planting
areas (PRA) and crop** intensity (CI) in Asia is important for food security warnings and …

Largely driven by agricultural pressures, biodiversity has experienced great changes
globally. Exploring biodiversity responses to agricultural practices associated with …

Potassium (K) has received little attention as a potential yield-limiting factor in crop**
systems. Here we investigated the K status in intensive cereal crop** systems in …

Nitrogen (N) losses from croplands substantially contribute to global N pollution. Assessing
the reduction in N losses through improved N management practices is complex due to …

Multiple crop** is a widespread agricultural intensification for increasing food production.
National-scale Crop** Intensity (CI) map** is important for achieving sustainable …

Crop rotation increases crop yield, improves soil health, and reduces plant disease.
Map** crop rotation is difficult because crop data from a single time point do not …

Detailed and updated maps of actively cropped fields on a national scale are vital for global
food security. Unfortunately, this information is not provided in existing land cover datasets …