In 2009, the International Soil Moisture Network (ISMN) was initiated as a community effort,
funded by the European Space Agency, to serve as a centralised data hosting facility for …

Soil moisture is a critical component of the climate system due to the link it provides between
atmospheric and terrestrial energy, water, and carbon cycles. A better understanding of …

Soil moisture (SM) is critical for various hydro-meteorological applications. Land surface
models (LSMs) can produce global spatio-temporal continuous SM estimates. Recently …

Over the past four decades, satellite systems and land surface models have been used to
estimate global-scale surface soil moisture (SSM). However, in areas such as densely …

Global-scale surface soil moisture (SSM) products retrieved from active and passive
microwave remote sensing provide an effective method for monitoring near-real-time SSM …

Soil moisture is connected to atmospheric moisture through direct evaporation and
vegetation transpiration. This is a complex process that is in focus of numerous hydrological …

Estimating accurate surface soil moisture (SM) dynamics from space, and knowing the error
characteristics of these estimates, is of great importance for the application of satellite-based …

Soil moisture (SM) is a vital variable for controlling water and heat exchange between the
atmosphere and land surface. Spatiotemporally continuous satellite-derived SM information …

Cosmic‐ray neutron sensing (CRNS) is a promising non‐invasive technique to estimate
snow water equivalent (SWE) over large areas. In contrast to preliminary studies focusing on …

Agricultural drought can have long-lasting and harmful impacts on both the ecosystem and
economy. Therefore, it is important to monitor and predict agricultural drought accurately …