Located at the junction between the continental climate region and marine climate region,
the Qilian Mountains have experienced significant climate change. Vegetation phenology in …

Wind erosion in arid and semi-arid areas is an important global environmental issue, and
changes in wind speed trends over time play a key role in wind erosion dynamics. In a …

Understanding spatial heterogeneity of grassland phenology responses to climate change is
of crucial importance for revealing regional and species differences in ecosystem processes …

Vegetation phenology influences many ecosystem and climate processes, such as carbon
uptake and energy and water cycles. Thus, understanding drivers of vegetation phenology is …

Studying grassland phenology and its relationships to climate would deepen our
understanding of vegetation-air interactions under global climate change. To date, however …

Abstract Knowledge of the response of grassland phenology towards climatic factors is
essential to improve our understanding of ecological processes under global warming. To …

The end of the growing season (EOS), autumn phenology, is a significant indicator of
vegetation health in terrestrial ecosystems. Higher frequency and intensity droughts are …

The use of near-surface remote sensing for monitoring vegetation phenology has advanced
greatly over the past decade. The Phenocam Network has deployed more than 500 web …

This paper investigates the impact of land tenure reform on grassland quality in pastoral
areas of China. Using nearly 40 years of remote sensing combined with survey data in the …

As a key biotic factor, phenology exerts fundamental influences on ecosystem carbon
sequestration. However, whether spring phenology affects the subsequent seasonal …