Difference between revisions of "Climate change"
From Applied Bioinformatics Group
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Submitted: | Submitted: | ||
− | + | *Impact of climate change on agriculture Tim Fitzgerald | |
− | *Impact of climate change on wild plant populations Robert Godfree | + | *Impact of climate change on wild plant populations Robert Godfree |
− | Impact of climate change on plant pathogens Bruce Fitt | + | *Impact of climate change on plant pathogens Bruce Fitt |
− | Genomics of rising CO2 levels Marcos S. Buckeridge | + | *Genomics of rising CO2 levels Marcos S. Buckeridge |
− | Genomics of temperature stress Paula Martinez | + | *Genomics of temperature stress Paula Martinez |
− | Genomics of nutrient use efficiency Allen Good | + | *Genomics of nutrient use efficiency Allen Good |
− | Impact of new genomics technology David Edwards | + | *Genomics of Salinity Philipp Bayer |
+ | *Impact of new genomics technology David Edwards | ||
+ | *Genomics of drought Margarida Oliveira | ||
+ | |||
Remaining chapters: | Remaining chapters: | ||
− | + | ||
− | New crop species for a new climate J.E. Olesen | + | |
− | Crops for marginal land Peter Gresshoff | + | *New crop species for a new climate J.E. Olesen |
− | + | *Crops for marginal land Peter Gresshoff |
Latest revision as of 22:09, 6 August 2014
Chapters for the volume on Plant Genomics and Climate Change
Submitted:
- Impact of climate change on agriculture Tim Fitzgerald
- Impact of climate change on wild plant populations Robert Godfree
- Impact of climate change on plant pathogens Bruce Fitt
- Genomics of rising CO2 levels Marcos S. Buckeridge
- Genomics of temperature stress Paula Martinez
- Genomics of nutrient use efficiency Allen Good
- Genomics of Salinity Philipp Bayer
- Impact of new genomics technology David Edwards
- Genomics of drought Margarida Oliveira
Remaining chapters:
- New crop species for a new climate J.E. Olesen
- Crops for marginal land Peter Gresshoff