The ecological, economical, and agricultural benefits of accurate interpolation of spatial
distribution patterns of soil organic carbon (SOC) are well recognized. In the present study …

Degradation of soil due to unsuitable land management practices is a chief impairment of
optimum land productivity. The spatial variability of soil properties is needed for agricultural …

Arsenic (As) is a versatile heavy metalloid trace element extensively used in industrial
applications. As is carcinogen, poses health risks through both inhalation and ingestion, and …

Digital soil mapping has been widely used to develop statistical models of the relationships
between environmental variables and soil attributes. This study aimed at determining and …

Abstract Information about soil physico-chemical parameters plays an important role in
precision farming. To examine the relationship among soil properties, pedometric mapping …

Urban soils are a key component of urban ecosystems as they support biodiversity, provide
foundation for infrastructure and play an important role in maintaining the environmental …

The understanding of the spatial variation of soil chemical properties is critical in agriculture
and the environment. To assess the spatial variability of soil chemical properties in the …

Arsenic-contaminated groundwater is considered one of the world's largest environmental
health crises, as more than 300 million people in more than one-third of countries worldwide …

Understanding the spatial variability of soil organic matter (SOM) is critical for studying and
assessing soil fertility and quality. This knowledge is important for soil management, which …

Arsenic accumulation in the environment poses ecological and human health risks. A
greater knowledge about soil total As content variability and its main drivers is strategic for …