CIMMYT and Wageningen University are looking for three highly motivated and inquisitive PhD candidates to investigate the development trajectories of cereal-based systems in Mexico, South Asia and Ethiopia, major drivers of change, and impacts on agroecosystem processes across spatial and temporal scales. This knowledge will be used to analyse and explore how promising technological and institutional innovations targeting sustainable intensification can more effectively improve rural livelihoods and environmental quality in these agro-ecosystems to better inform development actions and policy.
October 20, 2012
Three PhD positions on system trajectories, diversity and cross-scale trade-offs: targeting innovations for the sustainable intensification of cereal-based agro-ecosystemsPosted by Diego Valbuena under CIMMYT, Conservation Agriculture, Crop-Livestock, East Africa, Intensification, Job opportunity, Latin America, Modelling, South Asia, Wageningen University
February 27, 2012
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The International Maize and Wheat Improvement Center (CIMMYT) is looking for for an innovative, results-oriented scientist with excellent skills in agricultural innovation to facilitate technology adoption and maximize CIMMYT’s impact. The scientist will work as a member of CIMMYT’s Global Conservation Agriculture Program (CIMMYT-GCAP), and will play a key role in a large multi-disciplinary and multi-institutional team. The selected scientist will work closely with CIMMYT’s research teams in the different regions where innovation approaches are implemented, and will partner with advanced research institutes, national research and extension programs, NGOs and private sector stakeholders. He/she will be responsible for reinforcing/evaluating and redesigning, if necessary, multi-stakeholder approaches for the co-development and increased adoption of sustainable agricultural practices in Latin America, East and Southern Africa, and South Asia.
September 13, 2011
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The Quesungual Slash and Mulch Agroforestry System (QSMAS) is a smallholder production system with a group of techniques for the sustainable management of vegetation, soil, and water resources in drought-prone hillsides.
QSMAS’ improved management is based on four key principles:
1. No slash and burn—partial, selective, and progressive management (“slash and prune”) of natural vegetation.
2. Permanent soil cover—continual deposition and distribution of mulch from biomass of trees, shrubs, weeds, and crop residues.
3. Minimal disturbance of soil—“no tillage” throughout the growing season; direct seeding.
4. Efficient use of fertilizers—appropriate application (timing, type, amount, location).
September 7, 2011
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These proceedings are an important source of information for animal and crop scientists working on the challenges of feeding the developing world’s rapidly rising livestock population and improving the productivity of its agriculture. It is hoped that, by collaborating more closely, these scientists will be able to develop the innovative approaches and new technologies needed in the next century