Like almost all fields of science, hydrology has benefited to a large extent from the
tremendous improvements in scientific instruments that are able to collect long-time data …

Efficient methods are necessary for interpolation of precipitation data in geospatial systems.
In recent years, there has been an incremental need to complete rainfall data networks …

Grazing management is an important factor affecting the delivery of ecosystem services at
the watershed scale. Moreover, characterizing the impacts of climate variation on water …

The presence of missing data in hydrometeorological datasets is a common problem,
usually due to sensor malfunction, deficiencies in records storage and transmission, or other …

Access to spatiotemporal distribution of precipitation is needed in many hydrological
applications. However, gauges often have spatiotemporal gaps. To mitigate this, we …

Almost all daily rainfall time series contain gaps in the instrumental record. Various methods
can be used to fill in missing data using observations at neighboring sites (predictor …

In response to irregular data gaps in evapotranspiration (ET) data obtained using eddy
covariance (EC) methods, this study seeks to explore a high-precision interpolation method …

Globally, grazing lands represent a major carbon (C) sink. However, improper use of these
ecosystems can degrade their soils and their C storage capacity. Specifically, prolonged …

Accurate estimation of missing daily precipitation data remains a difficult task. A wide variety
of methods exists for infilling missing values, but the percentage of gaps is one of the main …

Understanding flow regime dynamics is important for the management and conservation of
river systems and their related ecosystems under current and future pressures like climate …