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Book Chapter 2014

Autor: Stirling, Clare M. Hellin, J. Cairns, Jill E. Silverblatt-Buser E Tefera T Ngugi H Gbegbelegbe, Sika Tesfaye Fantaye, Kindie Chung, U. Sonder, Kai Cox, R.A. Verhulst, Nele Govaerts, Bram Alderman, Phillip D. Reynolds, Matthew P.

This chapter focuses on the impacts of climate change on intensive maize and wheat production systems. Some technologies to close the yield gap to achieve sustainable intensification are also discussed.

Enlace original: https://cgspace.cgiar.org/handle/10568/68152

Investigación en Agricultura
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Stirling, Clare M. ,  Hellin, J. ,  Cairns, Jill E. ,  Silverblatt-Buser E ,  Tefera T ,  Ngugi H ,  Gbegbelegbe, Sika ,  Tesfaye Fantaye, Kindie ,  Chung, U. ,  Sonder, Kai ,  Cox, R.A. ,  Verhulst, Nele ,  Govaerts, Bram ,  Alderman, Phillip D. ,  Reynolds, Matthew P. ,  [Shaping Sustainable Intensive Production Systems - Improved Crops and Cropping Systems in the Developing World] ,  Shaping Sustainable Intensive Production Systems - Improved Crops and Cropping Systems in the Developing World
Journal Article 2016-03-13

Autor: Reynolds, Matthew P. Quilligan, Emma Aggarwal, Pramod K. Bansal, Kailash C. Cavalieri, Anthony J. Chapman, Scott C. Chapotin, Saharah M. Datta, Swapan K. Duveiller, Etienne Gill, Kulvinder S. Jagadish, Krishna S.V. Joshi, Arun K. Köhler, Ann-Kristin Kosina, Petr Krishnan, Srivalli Lafitte, Renee Mahala, Rajendra S. Muthurajan, Raveendram Paterson, Andrew H. Parasanna, Boddupalli M. Rakshit, Sujay Rosengrat, Mark W. Sharma, Indu Singh, Ravi P. Sivasankar, Shoba Vadez, Vincent Valluru, Ravi Prasad, P.V. Vara Yadav, Om Prakash

Wheat, rice, maize, pearl millet, and sorghum provide over half of the world's food calories. To maintain global food security, with the added challenge of climate change, there is an increasing need to exploit existing genetic variability and develop cultivars with superior genetic yield potenti...

Enlace original: https://cgspace.cgiar.org/handle/10568/89892

Investigación en Agricultura
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Reynolds, Matthew P. ,  Quilligan, Emma ,  Aggarwal, Pramod K. ,  Bansal, Kailash C. ,  Cavalieri, Anthony J. ,  Chapman, Scott C. ,  Chapotin, Saharah M. ,  Datta, Swapan K. ,  Duveiller, Etienne ,  Gill, Kulvinder S. ,  Jagadish, Krishna S.V. ,  Joshi, Arun K. ,  Köhler, Ann-Kristin ,  Kosina, Petr ,  Krishnan, Srivalli ,  Lafitte, Renee ,  Mahala, Rajendra S. ,  Muthurajan, Raveendram ,  Paterson, Andrew H. ,  Parasanna, Boddupalli M. ,  Rakshit, Sujay ,  Rosengrat, Mark W. ,  Sharma, Indu ,  Singh, Ravi P. ,  Sivasankar, Shoba ,  Vadez, Vincent ,  Valluru, Ravi ,  Prasad, P.V. Vara ,  Yadav, Om Prakash ,  [An integrated approach to maintaining cereal productivity under climate change] ,  An integrated approach to maintaining cereal productivity under climate change
Journal Article 2016

Autor: Gbegbelegbe, Sika Cammarano, Davide Asseng, Senthold Robertson, R. Chung, U. Adam, M. Abdalla, O. Payne, T. Reynolds, Matthew P. Sonder, Kai Shiferaw, B. Nelson, Gerald C.

Climate change is expected to impact global food supply and food security by affecting growing conditions for agricultural production. Process-based dynamic growth models are important tools to estimate crop yields based on minimum inputs of climate, soil, crop management, and crop cultivar param...

Enlace original: https://cgspace.cgiar.org/handle/10568/77210

Investigación en Agricultura
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Gbegbelegbe, Sika ,  Cammarano, Davide ,  Asseng, Senthold ,  Robertson, R. ,  Chung, U. ,  Adam, M. ,  Abdalla, O. ,  Payne, T. ,  Reynolds, Matthew P. ,  Sonder, Kai ,  Shiferaw, B. ,  Nelson, Gerald C. ,  [Baseline simulation for global wheat production with CIMMYTmega-environment specific cultivars] ,  Baseline simulation for global wheat production with CIMMYTmega-environment specific cultivars
Journal Article 2014-08-26

Autor: Steenwerth, KL Hodson, AK Bloom, A.J. Carter, M.R. Cattaneo, Andrea Chartres, Colin J. Hatfield, Jerry L. Henry, K. Hopmans, JW Horwath, WR Jenkins, BM Kebreab, E. Leemans, R Lipper, Leslie Lubell, MN Msangi, S Prabhu, R Reynolds, Matthew P. Solis, SS Sischo, WM Springborn, M Tittonell, Pablo A. Wheeler, SM Vermeulen, Sonja J. Wollenberg, Eva K. Jarvis, Lovell S. Jackson, L.E.

Climate-smart agriculture (CSA) addresses the challenge of meeting the growing demand for food, fibre and fuel, despite the changing climate and fewer opportunities for agricultural expansion on additional lands. CSA focuses on contributing to economic development, poverty reduction and food secu...

Enlace original: https://cgspace.cgiar.org/handle/10568/42195

Investigación en Agricultura
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Steenwerth, KL ,  Hodson, AK ,  Bloom, A.J. ,  Carter, M.R. ,  Cattaneo, Andrea ,  Chartres, Colin J. ,  Hatfield, Jerry L. ,  Henry, K. ,  Hopmans, JW ,  Horwath, WR ,  Jenkins, BM ,  Kebreab, E. ,  Leemans, R ,  Lipper, Leslie ,  Lubell, MN ,  Msangi, S ,  Prabhu, R ,  Reynolds, Matthew P. ,  Solis, SS ,  Sischo, WM ,  Springborn, M ,  Tittonell, Pablo A. ,  Wheeler, SM ,  Vermeulen, Sonja J. ,  Wollenberg, Eva K. ,  Jarvis, Lovell S. ,  Jackson, L.E. ,  [Climate-smart agriculture global research agenda: scientific basis for action] ,  Climate-smart agriculture global research agenda: scientific basis for action

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