A time lag commonly exists between tree sap flux (SF) and its main driving factors-incoming
short-wave solar radiation (Rsi) and atmospheric vapor pressure deficit (VPD), generating a …

Soil hydraulic parameters are vital for precisely characterizing soil hydrological processes,
which are critical indicators for regulating climate change effects on terrestrial ecosystems …

For modelling flow and transport processes in the soil-plant-atmosphere system, knowledge
of the unsaturated hydraulic properties in functional form is mandatory. While much data is …

Soil hydraulic properties (SHPs), particularly soil water retention capacity and hydraulic
conductivity of unsaturated soils, are among the key properties that determine the …

It has been widely recognised that the degree of soil wetness before precipitation events can
be decisive for whether or not shallow rainfall-induced landslides occur. While there are …

Soil physico‐chemical properties are important for best management practices. We
measured infiltration, bulk density, texture, water retention and chemical profiles from the …

Soil moisture is a key factor in hydrological, biological, and chemical processes, and plays a
critical role in maintaining ecosystem balance. To generate high-resolution soil moisture …

The estimation of plant‐available soil water (PASW) is essential to quantify transpiration
fluxes, the onset of heatwaves, irrigation water management, land‐use decisions, vegetation …

The evolution of soil structure in agricultural soils is driven by natural and anthropogenic
factors including inherent soil properties, climate and soil management interventions, all …

Soil moisture content can be used to predict drought impact on agricultural yield better than
precipitation. Remote sensing is viable source of soil moisture data in instrument-scarce …