Furbank / Oxford University Press / CO2 / CAS Key Laboratory / releasing CO2 / /
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Mexico / Jordan / United States / Australia / United Kingdom / China / / /
Event
Product Issues / Natural Disaster / /
Facility
MPG Partner Institute / Shanghai Institute / Land Agricultural Research Center / Plant Science Division / Australian National University / University of Essex / /
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photosynthetic energy conversion efficiency / gas exchange / leaf gas exchange / recorded energy conversion efficiency / increased thermal energy dissipation / machinery / evolutionary algorithm / ray tracing algorithm / agricultural systems / projected world food demands / food / energy / bed-furrow cropping systems / energy costs / energy balance / energy capture / energy balance considerations / catalytic site / light energy / conventional high-input systems / theoretical photosynthetic energy conversion efficiency / food crops / cell systems / conventional cropping systems / uptake systems / /
Organization
High Resolution Plant Phenomics Centre / Chinese Academy of Sciences / CAS-MPG Partner Institute for Computational Biology / Centre for Crop Genetic Improvement / Research School of Biology / USDA / University of Essex / Department of Biological Sciences / Shanghai Institute for Biological Sciences / Melinda Gates Foundation / Society for Experimental Biology / Oxford University / Agricultural Research Center / Australian National University / Plant Science Division / /
Journal of Experimental Botany, Vol. 62, No. 2, pp. 453–467, 2011 doi:jxb/erq304 Advance Access publication 27 October, 2010 REVIEW PAPER Raising yield potential of wheat. II. Increasing photosynthetic