Gestion des résidus de cultures dans les systèmes de grandes cultures sous climat tempéré. Partie 2: Propriétés physiques du sol et production agricole (synthèse bibliographique)

Marie Pierre Hiel, Marie Chélin, Nargish Parvin, Sophie Barbieux, Florine Degrune, Aboulkacem Lemtiri, Gilles Colinet, Aurore Degré, Bernard Bodson, Sarah Garré

Onderzoeksoutput: Bijdrage aan tijdschriftArtikelpeer review


Introduction. Residues of previous crops provide a valuable amount of organic matter that can be used either to restore soil fertility or for external use. A better understanding of the impact of crop residue management on the soil-water-plant system is needed in order to manage agricultural land sustainably. This review focuses on soil physical aspects related to crop residue management, and specifically on the link between soil structure and hydraulic properties and its impact on crop production. Literature. Conservation practices, including crop residue retention and non-conventional tillage, can enhance soil health by improving aggregate stability. In this case, water infiltration is facilitated, resulting in an increase in plant water availability. Conservation practices, however, do not systematically lead to higher water availability for the plant. The influence of crop residue management on crop production is still unclear; in some cases, crop production is enhanced by residue retention, but in others crop residues can reduce crop yield. Conclusions. In this review we discuss the diverse and contrasting effects of crop residue management on soil physical properties and crop production under a temperate climate. The review highlights the importance of environmental factors such as soil type and local climatic conditions, highlighting the need to perform field studies on crop residue management and relate them to specific pedo-climatic contexts.
Oorspronkelijke taalNederlands
TijdschriftBiotechnologie, Agronomie, Societé et Environnement
Pagina's (van-tot)245-256
Aantal pagina’s12
PublicatiestatusGepubliceerd - 2016


  • Crop residues
  • Plant production
  • Soil hydraulic properties
  • Soil structure
  • Temperate climate
  • Tillage

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