도서 정보
도서 상세설명
Table of Contents
revised after initial peer reviews
Part I - Physiological Applications in Genetic Improvement
2. Darwinian Agriculture: real, imaginary, and complex trade-offs
RF Denison - University of Minnesota, USA
3. Understanding genotype-by-environment interactions from a physiological perspective
F. van Eeuwijk - Wageningen University, The Netherlands
4. Crop development: genetic control, environmental modulation and relevance for genetic improvement of crop yield
G. Slafer - University of Lleida, Spain
5. The concept of critical periods for grain yield determination and its implications for genetic improvement
F. Andrade - INTA, National Institute of Agricultural Research, Argentina
6. Genetic control and environmental modulation of dry matter partitioning and source: sink dynamics
D. Calderini - University Austral, Chile
7. Genetic improvement of grain crops: yield potential
M. Reynolds - CIMMYT, International Maize and Wheat Improvement Centre, Mexico
8. Genetic improvement of grain crops: quality traits
L. Aguirrezabal - University of Mar del Plata, Argentina
9. Improving the efficiency in the use of nitrogen
G. Lemaire - INRA, National Institute for Agricultural Research, France
10. Crop root systems form and function: improving the capture of water and mineral nutrients
J Palta - CSIRO, Commonwealth Scientific and Industrial Research Organisation, Australia
11. Dynamics of crop-microbe interactions: from gene to continental scale
R. Park - The University of Sydney, Australia
12. Improving crop competitiveness with weeds: adaptations and tradeoffs
G.S. Gill - The University of Adelaide, Australia
13. Modelling crop development, growth and yield: from gene to phenotype
C. Messina - Pioneer HiBred International, USA
Part II - Physiological Applications in Agronomy
14. Solar radiation: the primary driver of productivity in agricultural systems
C. Stockle - Washington State University, USA
15. A quantitative framework to improve water use efficiency in irrigated agriculture
E. Fereres - University of Cordoba and Spanish Research Council, Spain
16. Precision agriculture: more than a static map of yields
D. Rodriguez - Queensland Department of Primary Industries, Australia
17. Multiple cropping in the Pampas: critical periods, capture and efficiency in the use of resources
P. Calvino - El Tejar Ltd., Argentina
18. Improving capture and efficiency in the use of rainfall in cropping systems of the North American Great Plains
H. Farahani - ICARDA, International Center for Agricultural Research in Dry Areas, Syria
19. Exploiting the interaction between agronomy and genetic improvement in cropping systems of Australia
R. Fischer - CSIRO, Australia
20. Designing crop rotations for rainfed systems in Central Chile
E. Acevedo - University of Chile, Chile
21. Crop physiology improving agricultural systems of Northern Europe
P. Peltonen-Sainio - MTT Agrifood Research Finland, Finland
22. Disease, nutrition and management of cereal-based cropping systems in Asia
RC. Sharma - Institute of Agriculture and Animal Science, Nepal
23. Yield gaps in farming systems of Africa
S Hauser - International Institute of Tropical Agriculture, Congo
24. Crop physiology and climate change: mitigation and adaptation strategies
S. Asseng - CSIRO, Australia
25. Summary and Outlook
A. Hall - University of Buenos Aires, Argentina