Wim Cornelis

Associate Professor

Ghent University

Belgium

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Wim Cornelis is an Associate Professor at Ghent University, Belgium. His research focuses on soil physics, water management, and agricultural sustainability, as evidenced by his recent articles on soil particle-size distribution, the impact of treated wastewater irrigation, and the use of biochar in agricultural practices. He is actively engaged in developing innovative methods to enhance soil health and productivity under challenging environmental conditions.

Wim Cornelis

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Articles (27)

A novel and simple method for accurate prediction of soil particle-size distribution from limited soil texture data

Temporal impact of treated wastewater irrigation on field hydraulic conductivity and water-conducting macroporosity

Pedophysics: An open-source Python package for soil geophysics

Social-Ecological Attributes of Conservation Agriculture in Southern Malawi

Absolute Environmental Sustainability Assessment of the Arid Central Asia by Downscaling Planetary Boundaries

Assessing the impact of capillary moisture on topsoil carbon mineralisation in Flemish cropland using a physical barrier

Biochar amendment mitigates negative effects of controlled irrigation on paddy soil structure : insights from micro-pore network analysis

Chitin-enriched compost to increase soil moisture retention and resilience against drought

Management strategies for improving maize yield and water productivity under water deficit and soil acidity

Microstructure and microorganisms alternation of paddy soil : interplay of biochar and water-saving irrigation

Balance rice high-yielding, high-quality and high-economic by changing the irrigation and fertilization management for sustainable production in China

Changes in soil hydraulic and physio-chemical properties under treated wastewater irrigation : a meta-analysis

Effects of rotating rice with upland crops and adding organic amendments, and of related soil quality on rice yield in the Vietnamese Mekong Delta

Exploratory assessment of the SLAKES method to characterize aggregate stability across diverse soil types

Opening up the subsoil: Subsoiling and bio-subsoilers to remediate subsoil compaction in three fodder crop rotations on a sandy loam soil

Response to soil compaction of the electrical resistivity tomography, induced polarisation, and electromagnetic induction methods : a case study in Belgium

Revisiting soil texture analysis: Introducing a rapid single-reading hydrometer approach

Soil dielectric permittivity modelling for 50 MHz instrumentation

Conservation tillage effects on European crop yields: A meta-analysis

Vis-NIR-spectroscopy- and loss-on-ignition-based functions to estimate organic matter content of calcareous soils

Effect of deficit irrigation and soil fertility management on wheat production and water productivity in the Upper Blue Nile Basin, Ethiopia

How tine characteristics of subsoilers affect fuel consumption, penetration resistance and potato yield of a sandy loam soil

Comparing visible-near-infrared spectroscopy with classical regression pedotransfer functions for predicting near-saturated and saturated hydraulic conductivity of calcareous soils

Detecting spatial variability of soil compaction using soil apparent electrical conductivity and maize traits

Development of Artificial Neural Networks to Predict the Effect of Tractor Speed on Soil Compaction Using Penetrologger Test Results

Effect of integrated soil fertility management on hydrophysical soil properties and irrigated wheat production in the upper Blue Nile Basin, Ethiopia

Effects of tractor forward velocity on soil compaction under different soil water contents in Tunisia

Collaborators (5)

Jeroen Verhegge

Mathieu Lamandé

Benoît Mercatoris

Ali Mohammadi

Janssens Pieter

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