Agreements

Collaboration Agreement between AgMIP and CIRAD

24 June 2016

agmip-cirad2With this agreement, the Agricultural Model lntercomparison and Improvement Project (AgMIP) and CIRAD, the French Agricultural Research Centre for International Development, commit their intent to collaborate in current and emerging research areas, as elaborated below.

CIRAD is a major international organization that works with developing countries to generate and pass on new knowledge, support agricultural development and fuel the debate on the main global issues concerning agriculture. Research in partnership is CIRAD’s fundamental working principle and the keystone of its operations. CIRAD’s values determine its choices and guide its approach, and enable it to produce, transmit and evolve while respecting past achievements, the value of experience and the steadfastness of expertise. CIRAD values include sharing, quality research, being open, and a commitment to development.

AgMIP is a major international effort linking the climate, crop, livestock, nutrition, and economic modeling communities with cutting-edge information technology to produce improved crop and economic models and the next generation of climate impact projections for the agricultural sector. Its mission is to improve substantially the characterization of food and nutrient security as affected by climate variability and change, and to enhance adaptation capacity in both developing and developed countries. AgMIP conducts its research with principles that are based in scientific integrity, openness & inclusion, advocacy, transparency, collaboration, and resiliency & flexibility.

Collaboration means the intent of AgMIP and CIRAD to:

  1. Honor shared principles and values while abiding by policies established by their own governing body.
  2. Engage the other party in scientific meetings relating to current and emerging areas or priority research.
  3. Propose joint activities and mutually agreed-upon AgMIP Protocols to conduct them (procedures and common protocols will be outlined in separate documents; see also Article 1).
  4. Acknowledge the other party in reference to collaborative activities, events, outputs, or outcomes.
  5. Permit each party to use the other’s logo, web resources, and products resulting from joint activities or outcomes.
  6. Share stories about results deriving from the collaboration in blogs, tweets, and other media.
  7. Keep each other informed of activities and opportunities for joint research in regular (quarterly) teleconferences and meetings, exchange of newsletters, etc.

The contact address for CIRAD is cirad_agmip@cirad.fr, which goes to Drs., Barthelemy, Affholder, Corbeels and Adam.

The contact address for AgMIP is coordination@agmip.org, which goes to Drs. Rosenzweig, Jones, Hatfield, Antle and Mutter.

This agreement is not legally binding nor does it establish enforceable rights for CIRAD or AgMIP. It documents the good faith intentions of the below signed to establish a more comprehensive and substantive partnership through the design and implementation of mutually agreed activities. Specific activities of the partnership will be proposed and advanced under separate cover (see also Article 1). The document will be revisited on a bi-annual basis and updated as needed; it is a living document that will evolve with the partnership.

Signatures on file,

For AgMIP: For CIRAD:
Cynthia Rosenzweig, co-PI Jean-Luc Khalfaoui, Director General for Research and Strategy
James Jones, co-PI Daniel Barthelemy, Director, BIOS Department
John Antle, co-PI François Affholder, Researcher, AIDA Research Unit
Jerry Hatfield, co-PI Myriam Adam, Researcher, AGAP Research Unit
  Marc Corbeels, Researcher, AIDA Research Unit

Article 1: A new CIRAD – AgMIP – CCAFS activity to improve the characterization of low-fertility / low-input agricultural systems in the (sub)tropics and improve climate change impact projections

Context

CIRAD, in collaboration also with CGIAR centers and CCAFS (CGIAR’s Research Programme on Climate Change Agriculture and Food Security), proposes to start a new AgMIP activity on crop growth model intercomparison and improvement for interactions of climate change and low soil fertility/low input cropping systems in the (sub)tropics. In many systems, especially in sub-Saharan Africa, soil fertility is low due to inadequate use of fertilizer inputs and ongoing soil degradation. This affects the crop responses to climate change. Low soil fertility systems with minimal fertilizers may be less sensitive to weather and CO2 changes, given other crop growth limiting factors. At the same time, low-input farmers have lower ability to cope with climate change, compared to well-capitalized, high-input farms. Climate change is also likely to strongly affect soil fertility and the ability of crops to acquire and utilize soil water and nutrients in the (sub)tropics. Uncertainty in predicting crop yields under climate change by current crop models is probably highest for low-input cropping systems of sub-Saharan Africa.

Objective

The main objective of this new activity is to improve the predictive capacity of crop models under climate change in low soil fertility/low input cropping systems of the (sub)tropics.

The specific objectives are to:

  1. Collate available data for crop growth model intercomparison and improvement in the (sub)tropics;
  2. Improve cropping systems models for interactions of climate change and low soil fertility/low input cropping systems;
  3. Assess potential agricultural adaptation strategies for smallholder farmers to cope with climate change.

Approach

Teams will follow the two-track science approach used in AgMIP (track 1: Model Intercomparison and Improvement, and track 2: Climate Change Multi-Model Assessment). The following six main activities will be developed:

  1. Identification of pilot sites with existing data and construction of databases according to the AgMIP format/standard;
  2. Intercomparison of crop models (as many as possible) for a set of crops (maize, sorghum, pearl millet, legumes) with special attention to the soil model components;
  3. Improvement of models for cropping systems of smallholders (soil C, soil N and P dynamics, crop residue dynamics, carry-over effects, weeds-crop competition, etc.);
  4. Assessment of impact of climate change on crop yields in low soil fertility/low input cropping system;
  5. Identification and assessment of adaptation options for smallholder farmers to cope with climatic change; and,
  6. Strengthening partnerships and enhance local capacity in crop modeling for the (sub)tropics

Collaboration and Funding:

This activity will built on the experience of the crop teams in AgMIP. We will also link up with on-going activities of the AgMIP ‘Soils and Crop Rotation’ Initiative and the DFID-funded teams working in sub-Saharan Africa. Furthermore, we will search for strong links with past and on-going activities on climate smart agriculture practices and climate risk management carried out by CCAFS. Collaborative efforts will be developed to raise new funding.

 

 

AgMIP-MACSUR

Signed on February 12, 2014 (more)

Agreement between AgMIP and MACSUR on modes of collaboration

AgMIP-MACSUR With this agreement, the Agricultural Model lntercomparison and Improvement Project (AgMIP) and the FACCE JPI knowledge hub FACCE MACSUR (Modelling Climate Change with Agriculture for Food Security) commit their intent to collaborate in current and emerging research areas, as elaborated below.

AgMIP is a major international effort linking the climate, crop, and economic modeling communities with cutting-edge information technology to produce improved crop and economic models and the next generation of climate impact projections for the agricultural sector. Its mission is to improve substantially the characterization of world food security as affected by climate variability and change, and to enhance adaptation capacity in both developing and developed countries.

FACCE MACSUR develops a European capability in the development, use and interpretation of models to perform climate risk assessments regarding the impacts and adaptation of European agriculture to climate change and variability. The project focuses on the technical and informational integration of suitable existing models and applying them together with stakeholders in regional case studies that reflect the European diversity in soil, climate, socio-economy and agricultural systems.

The Principal Investigators of AgMIP and the Coordinators of FACCE MACSUR affirm that:

  • The global challenge of food security for a growing world population requires the collaboration of scientists on this issue taking advantage of synergies,
  • AgMIP coordinates a global program of inter-comparisons, improvements and assessments of agricultural system modeling,
  • FACCE MACSUR is a scientific partner in the AgMIP global program with expert capacity to advance specific topics and methodologies that are crucial to MACSUR and AgMIP,
  • FACCE MACSUR complies with the standards of conducts and principles of AgMIP within the constraints of FACCE JPI for agreed contributions to AgMIP,
  • FACCE MACSUR and AgMIP leverage existing resources to advance current shared research priorities, and will jointly seek additional funding to advance emerging collaborative research priorities.

    Current shared research priorities include:
  • Advancing scaling methods
  • Developing methods for probabilistic assessment of climate change impacts and adaptations
  • Assessment of adaptation measures in integrated regional assessments
  • Integrated regional assessments at sub-national level across diverse environments and structures
  • Representative Agricultural Pathways
  • Data translators and other IT tools

    Emerging shared research priorities include:
  • Livestock and Grassland models and inter-comparisons,
  • Developing and evaluating farm Level and (sub- )national economic modelling (lntercomparison and improvement, cross-cutting as in MACSUR regional pilots),
  • Improving crop rotation models (e.g., intercomparison and improvement as in ROTATION EFFECTS study/CropM-WP1 ),
  • Improving modelling of impacts of adverse and extreme agroclimatic events across Europe (e.g., EXTREMES study/CropM-WP2/WP4),
  • Stakeholder involvement in integrated regional assessments,
  • Training of integrative modelers.

    Collaboration means the intent of each party to:
    1. Use mutually agreed-upon AgMIP Protocols to conduct integrated climate change impact and adaptation assessments in joint activities (procedures and common protocols will be outlined in separate documents).
    2. Abide by policies established by governing bodies of each party.
    3. Give permission for each party to use the other’s logo, web resources, and products resulting from joint activities or outcomes.
    4. Commitment of each party to acknowledge the other party in reference to collaborative activities, events, outputs, or outcomes.
    5. Commitment to engage the other party in scientific meetings relating to current and emerging areas or priority research.


    Both AgMIP Principal Investigators and FACCE MACSUR Coordinators will keep each other informed of activities and opportunities for joint research in regular, about quarterly teleconferences and meetings (potentially with other AgMIP partners), exchange of newsletters, etc.

    The principal contact address for FACCE MACSUR is coordination@macsur.eu (Banse, Tiffin, Kochy, Jorgenson).

    The principal contact address for AgMIP is coordination@agmip.org (Rosenzweig, Jones, Hatfield, Antle, Mutter).

    Signed for AgMIP by Cynthia Rosenzweig, James Jones, Jerry Hatfield and John Antle

    Signed for MACSUR by Martin Banse and Richard Tiffin

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