Legumes are getting off the ground in Flanders
Legumes are getting off the ground in Flanders
Search results for Ground
PEUL-CHAIN aims to gain ground for legumes (pulses)
PEUL-CHAIN aims to gain ground for legumes (pulses)
Opleiding kreupelheid scoren
Trainingsfilmpjes Filmpje met zeug Filmpje 2 met zeug Filmpje 3 met zeug Filmpje met zeug Filmpje 2 met zeug Filmpje 3 met zeug Geef nu zelf een score aan volgende filmpjes .form-check { border-radius: 4px; padding-left:3px; padding-right:3px; margin-bottom:1rem; margin-top:1rem } .green { background-color: #92D050; } .yellow { background-color: #FFFF00
ILVO BLOGS from the Experimental Platform for Agroecology in Hansbeke: Mulch layer on the soil through a complex green cover crop
From ground cover to mulch layer for resilient soil.
Impact of rising groundwater and wetlands on nearby agricultural land in Flanders
In this study, we developed a modeling framework to estimate the effect of groundwater levels on conventional crop yields in Flanders.
Demo Vision Inspection
Read more here (in Dutch) Here are a few examples: Demo of hyperspectral visioning - composition of powder mixtures In this demo, the ratio of powdered mixtures of ground sweet peppers and turmeric was determined using hyperspectral technology.
ILVO and TRANSfarm (KU Leuven) commit to close collaboration on innovative agricultural research
Both research institutions will intensely inform each other about current and future research areas and look for common ground.
ILVO and RBINS-OD nature inventories of macro-and micro-plastics in the Belgian fishing areas and on the beaches
The research partners of the research project MarinePlastics have started a study that accurately maps how much and what types of plastic are found on the Belgian fishing grounds.
Maize crop residues crucial for carbon in the soil
The root biomass of maize contributes - relatively speaking - twice or even three times as much to the build-up of stable soil organic matter in the soil as the above-ground crop residues (maize straw) do.
Climate-adaptive farming practices push to reduce fertilizer losses in agricultural soils
This can lead to higher losses of fertilizers to ground and surface water in several ways.