Post-fire vegetation succession after 5 years in managed pine forests at different time since clearcutting
https://doi.org/10.5878/gxm0-cp19
To study plant community succession after fire and how it is influenced by time since previous (pre-fire) disturbance, vegetation data were collected in 2019, 5 years after a large (13000 hectare) wildfire in boreal Southern Sweden (county Västmanland). Plant communities were surveyed in severely burnt even-aged pine stands that varied in time since clearcutting (0-123 years) before the wildfire occurred. Data includes at the plot-level (50x50cm quadrats): vascular and moss species frequency, total cover, dead wood, and canopy openness. At the stand-level: means for all species, community weighted trait means (trait data from databases), and distance to the fire perimeter.
Two files are archived. (1) post_fire_vegetation_TSC_plotlevel_data.csv contains all raw data from each surveyed vegetation plot, (2) post_fire_vegetation_TSC_standlevel_trait_sp_data.csv contains averaged species abundance data and community weighted trait means at the stand level.
Data files
Data files
Documentation files
Documentation files
Citation and access
Citation and access
Data access level:
Creator/Principal investigator(s):
- Joachim Strengbom - Swedish University of Agricultural Sciences - Department of Ecology
- Sofie Wikberg - Wikberg Frilansekolog AB
Research principal:
Data contains personal data:
No
Citation:
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Method and outcome
Method and outcome
Time period(s) investigated:
Geographic coverage
Geographic coverage
Geographic location:
Geographic description:
Plots located in the nature reserve Hälleskogsbrännan in Västmanland county, in the south boreal zone.
Administrative information
Administrative information
Responsible department/unit:
Department of Ecology
Topic and keywords
Topic and keywords
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Publications
Publications
Citation:
Gustafsson, L., Johansson, V., Leverkus, A. B., Strengbom, J., Wikberg, S., & Granath, G. (2021). Disturbance interval modulates the starting point for vegetation succession. Ecology. 102 (9), e03439. https://doi.org/10.1002/ecy.3439Opens in a new tab
