Accurate knowledge of the spatiotemporal behavior of soil moisture (SM) can greatly
improve hydrological forecasting capability. While ground-based SM measurements exhibit …

Flood prediction in ungauged catchments is usually conducted by hydrological models that
are parameterized based on nearby and similar gauged catchments. As an alternative to this …

Spatial downscaling has recently become a crucial process in the regional application of
coarse-resolution passive microwave surface soil moisture (SSM) products. Extensive gaps …

This study presents a comprehensive validation of the Soil Moisture Active Passive (SMAP)
mission Enhanced Level-3 radiometer soil moisture (SM) product (Version 2) over 3 years …

Deaths and property damage from floods have increased drastically in the past two decades
due to various reasons such as increased populations, unplanned developments, and …

With increasing spatiotemporal resolution and accuracy, satellite-based precipitation
estimations (SPEs) have become critical data sources for hydrological applications. Their …

Surface soil moisture is a vital variable in the process of energy exchange between the land
and atmosphere. Monitoring the surface soil moisture at the local and global scales has …

A method is proposed for the production of downscaled soil moisture active passive (SMAP)
soil moisture (SM) data by combining optical/infrared data with synthetic aperture radar …

The occurrence of algal bloom results in deterioration of water quality, undesirable sights,
tastes and odors, and the possibility of infections to humans and fatalities to livestock …

In 2010, flood hampered commercial and agricultural activities and destroyed infrastructure
at large scale in Pakistan. Accurate forecasting of the flood is necessary to implement right …