MCA: Deciphering an Invasion: Understanding how invasive traits shape genomic structure an — NSF Award to Grand Valley State Unive
A population’s ability to adapt to new or changing environmental conditions can be an important factor impacting species success. Adaptation is frequently associated with high levels of genetic variation, and when populations with limited genetic variation experience new or changing environments, it may be difficult to
| Award title | MCA: Deciphering an Invasion: Understanding how invasive traits shape genomic structure an |
|---|---|
| Award ID | 2527234 |
| Awardee | Grand Valley State University |
| City | ALLENDALE |
| State | MI |
| Amount obligated | $257,390 |
| Principal investigator | Charlyn Partridge |
| Program | Evolutionary Processes |
| Start date | 11/15/2025 |
| Abstract | A population’s ability to adapt to new or changing environmental conditions can be an important factor impacting species success. Adaptation is frequently associated with high levels of genetic variation, and when populations with limited genetic variation experience new or changing environments, it may be difficult to respond to these conditions. Nevertheless, many species not only survive, but thrive after a small group of individuals are introduced to new habitats. This can be the case for in |
| Source | NSF Awards |
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