Satellite remote sensing is the main tool for estimating precipitation over areas with sparse
rain gauge networks. Accurate gridded precipitation data at high temporal and spatial scales …

Accurate precipitation retrievals with fine spatio-temporal resolutions are critical in global
and regional analyses. As an important alternative of satellite-based precipitation products …

Soil salinization is one of the main reasons for soil health and ecosystem deterioration in
most degraded arid and semiarid areas. To monitor its spatial variation as precise as …

Accurate assessment of soil salinization is considered as one of the most important steps in
combating global climate change, especially in arid and semi-arid regions. Multi-spectral …

Soil erosion by water is accelerated by a warming climate and negatively impacts water
security and ecological conservation. The Tibetan Plateau (TP) has experienced warming at …

Real-time precipitation data with high spatiotemporal resolutions are crucial for accurate
hydrological forecasting. To improve the spatial resolution and quality of satellite …

Soil is recognized as the largest carbon reservoir in the terrestrial ecosystem. Soil organic
carbon (SOC) is vulnerable to changes in land use and climate. For a better understanding …

Precipitation data with high resolution and high accuracy are significantly important in
numerous hydrological applications. To enhance the spatial resolution and accuracy of …

Precipitation estimates with fine quality and spatio-temporal resolutions play significant roles
in understanding the global and regional cycles of water, carbon, and energy. Satellite …

The soil's pH is the single most important indicator of the soil's quality, whether for
agriculture, pollution control or environmental health and ecosystem functioning. Well …