April 2019 - March 2023

Kenya, Senegal, Zimbabwe

 

The project

DSCATT proposes to explore the potential for sequestering carbon in cultivated soils, while achieving sustainable intensification of agriculture.

The project aims to identify and examine interactions between biophysical and socio-economic drivers across temporal and spatial scales. A better knowledge of which practices lead to carbon sequestration and of the conditions of their adoption and adjustments by stakeholders will help to better consider soil carbon in existing and alternative farming systems and agricultural policies.

To achieve these objectives, transdisciplinary, multiscale, systemic and multi-actor approaches are needed.

The DSCATT project is part of the objectives of the 4 per 1000 initiative.

DSCATT operates at 4 sites (Senegal, Zimbabwe, Kenya, and France). The project addresses 3 interrelated scales, i.e field, farm and territory or village scale.

At field level, research focuses on how biomass production and soil C sequestration relate, in different soil and climate conditions. At the territory (or farmers' network) level, the different compartments of agroecosystems and the organic matter flows will be studied. The project will analyze the role of the socio-economic and biophysical contexts and will test several possible changes and their impacts on soil C sequestration dynamics, economic performance of farms and food security.

DSCATT will link the knowledge on processes governing the preservation of C sequestration and farmers' multiple objectives and constraints.

 

Objectives

The main research question is: What are long-term efficient strategies to foster soil C sequestration in agricultural systems?

The overall goals of the project are:

  • to develop sustainable agricultural systems tailored for both higher productivity and higher C sequestration
  • to raise awareness of the role of soil management for the mitigation of greenhouse gases emissions
  • to assemble various research units from the Agropolis Foundations’ scientific network and their partners in addressing major challenges with climatic change and food security.

The specific objectives are :

  • to quantify and analyse the soil C sequestration dynamics in different agricultural systems at the field, farm and territory scales
  • to implement crop-soil, farm and landscape models to simulate long-term soil carbon sequestration (SCS)
  • to co-design through a multi-actor approach future agricultural systems that optimize the trade-offs between SCS and productivity
  • to share knowledge to scale out and to scale up innovate methods or soil management options

 

Partners

Scientific coordination

 

Funding

Agropolis Fondation