Soil moisture (SM) is a key hydrologic state variable that is of significant importance for
numerous Earth and environmental science applications that directly impact the global …

Temporal stability (TS) of soil water content (SWC) has been observed throughout a wide
range of spatial and temporal scales. Yet, the evidence with respect to the controlling factors …

Comprehensive assessments on the reliability of remotely sensed soil moisture products are
undeniably essential for their advancement and application. With the establishment of …

Global soil moisture products retrieved from various remote sensing sensors are becoming
readily available with a nearly daily temporal resolution. Active and passive microwave …

The soil moisture is a quantity of paramount importance in the study of hydrologic
phenomena and soil‐atmosphere interaction. Because of its high spatial and temporal …

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 …

The characterization of the spatial–temporal variability of soil moisture is of paramount
importance in many scientific fields and operational applications. However, due to the high …

This paper investigates the temporal stability of near-surface soil moisture at various depths
at the hillslope scale. Detailed soil water content data were acquired at 0–6cm, 0–12cm and …

The recognition of temporally stable locations with respect to soil water content is of
importance for soil water management decisions, especially in sloping land of watersheds …

Reliable measurements of soil moisture at global scale might greatly improve many practical
issues in hydrology, meteorology, climatology or agriculture such as water management …