Person: Braun, H.J.
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Braun
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H.J.
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Braun, H.J.
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0000-0001-7944-8040 5 results
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- International TRIGO (Wheat) Yield Potential, Proceedings; Cd. Obregon, Sonora, Mexico; 24-26 Mar 2015(CIMMYT, 2015) Reynolds, M.P.; Molero, G.; Mollins, J.; Braun, H.J.The abstracts herein are of presentations by crop experts for the “TRIGO (Wheat) Yield Potential Workshop”. Sponsored by SAGARPA’s international strategic component for increasing wheat performance, under the Sustainable Modernization of Traditional Agriculture Program (MasAgro); and CRP WHEAT. The event covers innovative methods to significantly raise wheat yield potential, including making photosynthesis more efficient, improving adaptation of flowering to diverse environments, addressing the physical processes involved in lodging, and physiological and molecular breeding. The workshop represents the current research of the MasAgro TRIGO project and CRP WHEAT that involves scientists working on all continents to strategically integrate research components in a common breeding platform, there by speeding the delivery to farmers of new wheat genotypes.
Publication - International Workshop of the Wheat Yield Consortium, 3. Proceedings; Cd. Obregon, Sonora, Mexico; 5-7 Mar 2013(CIMMYT, 2013) Reynolds, M.P.; Braun, H.J.The abstracts herein are of presentations by crop experts for the ”3rd International Workshop of the Wheat Yield Consortium”. Sponsored by SAGARPA’s international strategic component for increasing wheat performance, under the Sustainable Modernization of Traditional Agriculture Program (MasAgro); and GRDC, Australia. The event covers innovative methods to significantly raise wheat yield potential, including making photosynthesis more efficient, improving adaptation of flowering to diverse environments, addressing the physical processes involved in lodging, and physiological and molecular breeding. The workshop represents the current research of the International Wheat Yield Consortium that involves scientists working on all continents to strategically integrate research components in a common breeding platform, thereby speeding the delivery to farmers of new wheat genotypes.
Publication - Proceedings of the 1st International Workshop of the wheat yield consortium(CIMMYT, 2011) Reynolds, M.P.; Mullan, D.M.; Braun, H.J.The abstracts herein are of presentations by crop experts for the workshop ?Wheat Yield consortium: Sponsored by SAGARPA?s international strategic component for increasing wheat performance, under the Sustainable Modernization of Traditional Agriculture Program (MasAgro); BBSRC, UK; USAID, USA; and GRDC, Australia. The event covers innovative methods to significantly raise wheat yield potential, including making photosynthesis more efficient, improving adaptation of flowering to diverse environments, addressing the physical processes involved in lodging, and physiological and molecular breeding. The workshop represents the initial research of the International Wheat Yield Consortium that involves scientists working on all continents to strategically integrate research components in a common breeding platform, thereby speeding the delivery to farmers of new wheat genotypes.
Publication - International Wheat Improvement: Highlights from an Expert Symposium(CIMMYT, 2008) Reynolds, M.P.; Hobbs, P.R.; Ortiz, R.; Pietragalla, J.; Braun, H.J.Wheat is grown on 217 million hectares worldwide, accounting for some 620 million tons of grain and providing one-fifth of the world’s total calorific input. In regions like North Africa, Turkey, and Central Asia, wheat provides fully half of total dietary calories. Half the world’s wheat area is found in developing countries, where steady increases in productivity since the Green Revolution, associated with improved yields, resistance to diseases, adaptation to abiotic stresses, and better agronomic practices, are now under serous threat. Challenges include increased demand, scarcity of water resources, unpredictable climates, increased urbanization and loss of quality farmland, and decreased public investments in agriculture. To meet the rising demand for wheat in a sustainable way, farmers need a new generation of improved cultivars, along with resource-conserving practices to grow them. In March 2006, with support from the Australian Centre for International Agricultural Research (ACIAR), CIMMYT brought together 160 scientists from over 30 wheatproducing countries to discuss how to increase wheat production sustainably. Their presentations and discussions are being assembled in the proceedings International Symposium on Wheat Yield Potential: Challenges to International Wheat Breeding, to be published by CIMMYT in March 2008. The volume will include articles from the symposium already published in 2007 in special issues of Euphytica (volume 157:3) and the Journal of Agricultural Science (volume 145:1-3), as well as other papers from the meetings: Reports of the workshop “Stakeholder priorities for internationally-coordinated wheat research” involving representatives of major wheat producing countries on all continents whose remit was to develop a list of priorities for future wheat research that could best be tackled in a globally-coordinated fashion, and outlines of activities that would serve as templates for future project development for selected priorities. The summary of field day presentations by groups of collaborating scientists in attendance, illustrating the continuum between national, regional, and internationalcenter-based research activities. Reports of a pre-symposium survey soliciting statistics on wheat production and constraints to productivity and research from 19 countries in Latin America, sub-Saharan Africa; Central and West Asia and North Africa; and South and Southeast Asia. Collectively these countries account for over 100 million hectares of wheat and around 90% of the wheat production in the developing world. The data were also used to prepare a general summary of the constraints to productivity and research across the above-mentioned regions.
Publication - International Symposium on Wheat Yield Potential: Challenges to International Wheat Breeding(CIMMYT, 2008) Reynolds, M.P.; Pietragalla, J.; Braun, H.J.Like many other patterns, investment in research is often cyclical. International centers like CIMMYT have focused substantial resources on biotic and abiotic stresses for about two decades now, but raising total productivity is also back on the development agenda. There are a number of reasons for this, among them sharp rises in the price of staple foods as well as the manifestation of detrimental effects of climate change on productivity. Those factors threaten not only the livelihoods of resource-poor people but food security at a broader level, as highlighted by the World Bank’s recent World Development Report. CIMMYT has an unsurpassed record when it comes to raising crop yields from the days of the Green Revolution; as can be seen from the comprehensive scope of this new publication, our Global Wheat Program is back in the game. The book consists of proceedings of a week-long consultation of experts and leaders held in 2006 and representing all major wheat producing countries worldwide. It encompasses their ideas on how, through internationally coordinated collaborative research, proven technologies of the past can be married with new tools and approaches to meet demand for the world’s number one staple crop: wheat.
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