The application of intensive plasticulture farming has resulted in an increased yield of
horticulture crops during the last few decades in the world, particularly in China, Spain, and …

Precision agriculture (PA) is a management strategy that analyzes the spatial and temporal
variability of agricultural fields using information and communication technologies with the …

Precision agriculture (PA) constitutes one of the most critical sectors of remote sensing
applications that allow obtaining spatial segmentation and within-field variability information …

This study aimed to compare and assess different Geographic Object-Based Image Analysis
(GEOBIA) and machine learning algorithms using unmanned aerial vehicles (UAVs) …

Precision agriculture (PA) is becoming an essential practice for the implementation of
sustainable agriculture that encompasses the efficient use of resources and a systematic …

Vegetation generally appears scattered in drylands. Its structure, composition and spatial
patterns are key controls of biotic interactions, water, and nutrient cycles. Applying …

Plastic mulching on farmland has been increasing worldwide for decades due to its superior
advantages for improving crop yields. Monitoring Plastic-Mulched Land-cover (PML) can …

Remote sensing (RS) platforms such as unmanned aerial vehicles (UAVs) represent an
essential source of information in precision agriculture (PA) as they are able to provide …

The present study explores the use of the recently launched Sentinel-1 and-2 data of the
Copernicus mission in wildfire mapping with a particular focus on retrieving information on …

Waterbody extraction from satellite imagery plays a crucial role in various environmental
monitoring and management applications. Accurate identification and delineation of water …