Data about the land cover have already been for decades one of the most important sources
for determining human impact on nature and the environment and possible backward effects …

Global ocean surface currents estimated from satellite derived data based on a regular
global grid are affected by the grid's shape and placement. Due to different neighbourhood …

ABSTRACT Discrete Global Grid Systems (DGGSs) are hierarchical frameworks that provide
seamless global coverage and enable the efficient processing and analysis of …

Isoline extraction is influenced by numerical differences between grid cell neighbors. Due to
varying neighborhood distances and directions of a traditional square grid cell across …

Although the uniformity of diamond discrete global grid is essential for calculations and
searches, geometric deformations increase with the level of divisions. The Goodchild …

Harmonic analysis of satellite altimetry data based on a global regular grid is affected by the
grid spatial tessellation and placement of the grids. With the increase of latitude, the …

Progress in Earth system science is accelerating rapidly, due to the increasing availability of
multivariate datasets, often global, with moderate to high spatio-temporal resolutions …

While substantial efforts have been invested in the development of Discrete Global Grid
Systems (DGGS) spatial operations and their potential applications in the geospatial …

Recent advancements in geospatial technologies have significantly expanded the volume
and diversity of geospatial data, unlocking new and innovative applications that require …

An accurate and timely land-use map of an area is a valuable geospatial dataset. Making
one requires assembling heterogeneous geospatial input data. This becomes …