The application of remote sensing technology in grassland monitoring and management has
been ongoing for decades. Compared with traditional ground measurements, remote …

Quantifying and distinguishing the contributions of climate change, elevated atmospheric
CO 2 concentration (eCO 2) and human activities to evapotranspiration (ET) and gross …

Spatial monitoring of grassland management is crucial for ecosystem assessment and the
establishment of sustainable agriculture. Switzerland is covered by large areas of small …

Grazing can alter vegetation material and energy flow, influencing ecosystem structure and
function. However, the direction and magnitude of the phenological response to grazing …

The problem of grassland degradation induced by livestock production at the expense of
local grasses has become a serious ecological problem worldwide. To maintain livestock …

Mapping grazing intensity (GI) using satellites is crucial for developing adaptive utilization
strategies according to grassland conditions. Here we developed a monitoring framework …

Existing methods for spatial quantification of grassland utilization intensity cannot meet the
demand for accurate detection of the spatial distribution of grassland utilization intensity in …

The ecological conservation red line (ECRL) framework plays an increasingly important role
in biodiversity conservation practices in China. Following the implementation of ECRL, it is …

The spatiotemporal variations in spring onset were evaluated based on a satellite-derived
enhanced vegetation index (EVI), land surface temperature, and snow cover from 2000 to …

During the Anthropocene and especially in the past decades earth's environment has
undergone major changes. The planetary boundaries are increasingly under pressure …