Soils are essential for supporting food production and providing ecosystem services but are
under pressure due to population growth, higher food demand, and land use competition …

The prevention of soil salinization and managing agricultural irrigation depend greatly on
accurately estimating soil salinity. Although the long-standing laboratory method of …

Abstract Knowledge about the spatial variability of soil aggregate stability indices, soil
organic carbon (SOC) in various aggregate sizes, and aggregation across the landscape is …

Soil salinization is a significant global ecological issue that leads to soil degradation and is
recognized as one of the primary factors hindering the sustainable development of irrigated …

Saturated soil hydraulic conductivity (K sat) is a key component in hydrogeology and water
management. This study aimed at evaluating popular tree-based machine learning …

Drought and the impacts of climate change have led to an escalation in soil salinity and
alkalinity across various regions worldwide, including Iran. The Chahardowli Plain in …

Preventing soil salinization and improving soil productivity play vital roles in achieving the
Sustainable Development Goals (SDGs), the premise of which is understanding the …

Soil salinization threatens agricultural productivity, leading to desertification and land
degradation. Given the challenges of conducting labor-intensive and expensive field studies …

Soil salinization causes a deterioration in soil health and threatens crop growth. Rapid
identification of salinization in farmlands is of great significance to improve soil functions and …

The aim of this study is to comparatively analyze the performance of machine learning (ML)
algorithms for modeling soil salinity using field-based electrical conductivity (EC) data and …