The increase in the worldwide population reflects the expansion of beef cattle production
and exportation. Although pasture is the world's primary feed source of cattle food, failures in …

The timely and accurate quantification of grassland biomass is a prerequisite for sustainable
grazing management. With advances in artificial intelligence, the launch of new satellites …

Grassland pastures are crucial for the global food supply through their milk and meat
production; hence, forage species monitoring is essential for cattle feed. Therefore …

Monitoring pasture conditions contributes to the animals' decision-making process, avoiding
supplementation losses, and improving cattle performance. Environmental parameters and …

Precision agriculture integrates multiple sensors and data types to support farmers with
informed decision-making tools throughout crop cycles. This study evaluated Aboveground …

Robust quantification of vegetative biomass using satellite imagery using one or more forms
of machine learning (ML) has hitherto been hindered by the extent and quality of training …

Precisely estimating the grassland biomass carbon storage is vital for evaluating grassland
carbon sequestration potential and the monitoring and management of grassland resources …

Accurate and reliable predictions of biomass yield are important for decision-making in
pasture management including fertilization, pest control, irrigation, grazing, and mowing …

Remote sensing can serve as a promising solution for monitoring spatio-temporal variability
in grasslands, providing timely information about different biophysical parameters. We …

Grasslands cover approximately 24% of the Earth's surface and are the main feed source for
cattle and other ruminants. Sustainable and efficient grazing systems require regular …