CIRAD Agricultural research for devlopement
  • Version française
  • Intranet
Quick search
  • News
  • Jobs
  • Directory/Access
  • Who are we?
    • In a nutshell
    • Our mandate
    • Our strategy
    • Our partnerships
    • CIRAD worldwide
    • Our values
  • Research operations
    • Priority lines of research
    • Research Topics
    • Supply chains
    • Research units
    • Collective research tools
    • Research results
  • Teaching & training
    • PhD training
    • Higher education
    • Available training
    • Offre de formation
    • Scientific experience
    • E-learning
    • Grants
  • Innovation & expertise
    • Partnerships for innovation
    • Skills and expertise
    • Products and services
    • Technology transfer
    • The CIRAD VIP newsletter
  • Publications & resources
    • Documentary resources
    • Publications
    • Science for all
    • Website Directory
    • Vidéos
  • You are here:
  • Home >
  • Research operations >
  • Research units >
  • Functional Ecology & Biochemistry of Soils & Agroecosystems

Back to the list
Our teams © CIRAD

Contact

Jean-Luc Chotte
Head of Unit
IRD
Montpellier, France
E-mail

Jean-Michel Harmand
Deputy Head of Unit
CIRAD
Montpellier, France
E-mail

Philippe Hinsinger
Deputy Head of Unit
INRA
Montpellier, France
E-mail

  • Priority lines of research
  • Research Topics
  • Supply chains
  • Research units
  • Collective research tools
  • Research results

Functional Ecology & Biochemistry of Soils & Agroecosystems

Unit website
Joint Research Unit (UMR) - UMR Eco&Sols

The teams from the former CIRAD Functioning and Management of Tree-Based Planted Ecosystems Research Unit joined the Eco&Sols Joint Research Unit on 1 January 2011.

Presentation of the former Functioning and Management of Tree-Based Planted Ecosystems Research Unit

To satisfy growing market demand, planted tropical ecosystems need to increase their long-term productivity without harming the environment.

The unit is working towards biological management of these ecosystems, so as to ensure consistent, sustainable production. The aim is to characterize and formalize the hydric, carbon and mineral functioning of these ecosystems. This ecosystemic approach provides a picture of plant-soil-climate relations, which serves to quantify and model changes in production, the environmental impact of cropping practices and the consequences of climate change for planted tropical ecosystem functioning. The end results are agronomic recommendations, functioning models, environmental indicators and scientific and technical publications. Cropping practices that make minimum use of inputs are suited both to large planting companies and to smallholders. Lastly, the strong involvement of the unit's researchers in training is helping to smooth out inequalities in terms of access to knowledge.


Scientific department:
  • Performance of Tropical Production and Processing Systems

  • © CIRAD 2009
  • Site map
  • RSS feed
  • Legal details
  • Public procurement