The propagation of the COVID-19 pandemic, and the associated measures taken by many
countries to slow down the spread of the disease, has significantly affected all aspects of …

The inverse-distance weighting interpolation is widely used in 3D geological modeling and
directly affects the accuracy of models. With the development of “smart” or “intelligent” …

Many geoscience problems involve predicting attributes of interest at un-sampled locations.
Inverse distance weighting (IDW) is a standard solution to such problems. However, IDW is …

This study proposes a decision support system (DSS) that integrates GIS, analytics, and
simulation methods to help develop a priority-based distribution of COVID-19 vaccines in a …

Spatial interpolation, a fundamental spatial analysis method, predicts unsampled spatial
data from the values of sampled points. Generally, the core of spatial interpolation is fitting …

Geochemical data can reflect geological features, making it one of the basic types of
geodata that have been widely used in mineral exploration, environmental assessment …

Testing stands out as a crucial element in the public health response during a pandemic,
serving diverse purposes pivotal for controlling the spread of the infectious agent. It enables …

This study focused on examining impacts of DEM resolution on stream delineation. Original
and resampled DEMs constructed from three different types of source datasets–LiDAR …

In this paper, by using multivariable Taylor polynomials and also the max-product operation,
we give a nonlinear modification of the classical Shepard operators. This modification …

Chefchaouen province, located in northern Morocco, is prone to landslides because of its
geological features, climate change, and human activities. We investigated landslide …