Water quality evaluation is critically important for the protection and sustainable
management of groundwater resources, which are variably vulnerable to ever-increasing …

Iran's groundwater hydrochemistry has not been well understood. In this study, Iran's
groundwater hydrochemistry is evaluated using a rich, ground‐trusted data sampled from …

In this study, groundwater nitrate monitoring data from water supply and water management
organizations were processed in a GIS environment to evaluate spatial patterns of nitrate …

Groundwater levels serve as a monitoring parameter of changes in groundwater storage
and vulnerability status of coastal aquifers to seawater intrusion. Secondary piezometric …

The purpose of this study was to provide a detailed framework to use the spatiotemporal
kriging to model the space-time variability of precipitation data in Paraíba, which is located in …

Studies on the spatiotemporal dynamics of crop pests enable the determination of their
colonization pattern and dispersion in the landscape. Geostatistics is an efficient tool to …

In the study of spatiotemporal geographical phenomena, the space–time interpolation
method is widely applied, and the demands for computing speed and accuracy are …

Dynamic monitoring data of the groundwater level form an important basis to understand the
current state of groundwater development and utilization, which is required to plan its …

The continuous use of agricultural inputs for grain, fiber, and energy production in the
Brazilian savannah can increase heavy metal (HM) concentrations in the soils. In this …

Despite the rare earth elements (REEs) being considered as emerging contaminants, their
natural values and possible anthropogenic enrichments in soils have not been studied well …