Comprising genetic data from native American chestnut populations in the understudied northern range in Canada and along a transect towards the center of the U.S. The study assesses population genetics to examine the impact of chestnut blight decline and the role of genetic diversity on population dynamics and recovery.
Use Cases
- Analyze genetic diversity metrics from microsatellite data to assess population health across the northern range transect.
- Investigate hybridization patterns using genetic markers to understand introgression in American chestnut populations.
- Model the relationship between genetic diversity and tree health indicators to inform conservation strategies.
- Compare population structure between Canadian and U.S. populations to examine the impact of a century of blight decline.
Strengths
- Genetic data from the understudied northern range of the American chestnut.
- Focus on a century-long decline period caused by chestnut blight.
- Data harvested from the authoritative Borealis Dataverse platform.
Limitations
- Unknown sample size and number of genetic markers or sequences.
- Geographic coverage is specific to a transect and may not represent the full species range.
- Data format and structure are unspecified, which may complicate analysis.
Provenance
- Source
- Borealis Harvested Dataverse
- Collection Method
- Population genetic assessment using microsatellite data.
- Time Range
- Covers a century of decline period.
- Freshness
- Last updated on 2025-10-13.
- Geography
- Native American chestnut populations in northern Canada and along a transect to the center of the U.S.