Due to current global population growth, resource shortages, and climate change, traditional
agricultural models face major challenges. Precision agriculture (PA), as a way to realize the …

Agriculture can be regarded as the backbone of human civilization. As technology evolved,
the synergy between agriculture and remote sensing has brought about a paradigm shift …

Understanding soil moisture dynamics is crucial for crop growth. The digital mapping of field
soil moisture distribution provides valuable information for agricultural water management …

Individual approaches to observe water dynamics across our landscape, from the land
surface to groundwater, are many though they individually only provide glimpses into the …

Soil moisture is a significant variable in agricultural study and precision irrigation decision-
making. It determines the soil water availability for plants, directly influencing plant growth …

Remotely sensed evapotranspiration (ET) at a high spatial resolution (30 m) has wide-
ranging applications in agriculture, hydrology and meteorology. The original optical …

Peatlands store enormous amounts of carbon in a peat layer, the formation and preservation
of which can only occur under waterlogged conditions. Monitoring peatland moisture …

Soil moisture content is a vital variable in agricultural, hydrological, ecological and
climatological processes. However, susceptible to soil type, soil structure, topography …

Accurate, timely, and continuous soil moisture information is helpful for crop stress diagnosis
and irrigation management decision. OPtical TRApezoid Model (OPTRAM) based on optical …

In arid regions, wetlands support ecosystem with high biodiversity and productivity.
Meanwhile, irrigation during the fallow period often results in the temporary formation of …