Reliable and high-resolution subsurface characterization beyond the field scale is of great
interest for precision agriculture and agro-ecological modelling because the shallow soil …

Soil spatial variability mapping allows the delimitation of the number of soil samples
investigated to describe agricultural areas; it is crucial in precision agriculture. Electrical soil …

The delineation of management zones (MZs) has been suggested as a solution to mitigate
adverse impacts of soil variability on potato tuber yield. This study quantified the spatial …

The knowledge of soil property spatial variability is useful for determining the rational use of
inputs, such as the site-specific application of lime and fertilizer. The objective of this study …

Identifying and characterizing the spatial patterns in soil moisture variability under different
land use conditions is crucial for agriculture, forestry, and civil and environmental …

Local terrain or microsite conditions influence the development of trees, particularly at early
ages. These conditions might be described by edaphic or topographic variables. We …

Purpose The electrical resistivity method is commonly used to identify areas with similar soil
characteristics by measuring the soil's apparent electrical conductivity (ECa). However, the …

In this chapter, it has been highlighted that spatial variability exists in the soil properties and
crop parameters. Fertilizers, when applied uniformly in the fields without considering the …

Highlights Economy of Atlantic Canada relies on export of potatoes; Prince Edward Island
stands first in potato production. Soil variability adversely affects potato tuber yield and …

Anthropogenic activities have greatly modified freshwater flows through Everglades National
Park (ENP) such that saltwater has intruded extensively inland from the coastline, causing …