Landscape genomics studies how genetic variation is distributed across geography, climate, soils, and ecological gradients. For restoration and conservation, the value is not the genetic data by itself. The value is using that data to clarify management decisions.
It is useful when
- A species spans strong climate or elevation gradients.
- Managers need to define seed zones, management units, or conservation priorities.
- There is concern about maladaptation, genetic diversity, or climate exposure.
- Restoration decisions need maps or GIS-ready outputs.
- Existing guidance is too broad for the decision at hand.
What it can show
Landscape genomics can reveal population structure, genetic diversity, connectivity, possible adaptive variation, and areas where future climate exposure may create risk. It can also identify where additional sampling or field validation is needed.
What it cannot do alone
Genomic results should not replace ecological knowledge, field performance data, or partner expertise. They are strongest when interpreted alongside restoration goals, site history, species biology, and practical implementation constraints.