Impact of practices on the comprehensive fertility of soil under oil palm

The workshop and subsequent proceedings covered a broad range of topics: soil types and properties; water and nutrient cycling; effects of organic resi- dues; biogeochemical

That can be explained by the extensive interactions between plant roots and soil micro-organisms that further affect plant nutrition either directly by influencing mineral

The approach could be used to deal with constraints that are often facing extensions of oil palm plantation in flooded plains where it is necessary to consider at the same time

Carron, M.P., Pierrat, M., Snoeck, D., Villenave, C., Ribeyre, F., Suhardi, Marichal, R., Caliman, J.P., Temporal variability in soil quality after organic residue application in

How to manage organic residues and mineral fertilizers regarding the comprehensive fertility (physical, chemical and biological) of soil?. Our research project addressed the impact

Sixteen million hectares of oil palm has been planted within the last few decades with dramatic changes in land-use. Despite this, soil biodiversity in plantations has been

The project is about the study of the biological part of soil fertility with a methodological aspect. It has two applied objectives: 1) assessing the integration of soil organic

 Do organic residues applications (EFB, POME, Compost) under oil palms modify the traits of the comprehensive soil fertility?.  How Biota assessment can lead to a more