Experiments
Experiment 199 - Arabidopsis BioCON evolutionary study
We know a lot about the potential ecological effects of increasing concentrations to atmospheric CO2; however, we know relatively little about whether increased concentrations will also affect evolution. In collaboration with Jennifer Lau (KBS and Michigan State University), Peter Reich (U of MN Forestry) and Ruth Shaw (U of MN EEB) we are using a combination traditional quantitative genetic and QTL approaches to determine the effect elevated CO2 has on; patterns of selection, responses to selection, and the genetic basis of phenotypic variation.
Datasets
| Dataset ID | Title | Range of Years (# years with data) |
|---|---|---|
| aaie199 | Arabidopsis Tolerance to herbivory | 2006-2006 (1 year) |
| acpe199 | Arabidopsis thaliana, Bromus inermis phenotypic selection analyses standardized across trtmnts | 2006-2006 (1 year) |
| acoe199 | Arabidopsis thaliana, Bromus inermis phenotypic selection analysis | 2006-2006 (1 year) |
| aaxe199 | Lespedeza herbivory census | 2004-2021 (15 years) |
| aaje199 | Phenology, growth, and fitness of Arabidopsis under ambient and elevated CO2 | 2005-2005 (1 year) |
| aahe199 | Phenology, growth, and fitness of Arabidopsis under ambient and elevated CO2 and in the presence/absence of competitors | 2006-2006 (1 year) |