Cumberland Gap National Historical Park FFI Fire Effects Monitoring Data, NPS (2022)
Matt Wood. 2023. Cumberland Gap National Historical Park FFI Fire Effects Monitoring Data, NPS (2022). National Park Service
Fire effects monitoring data collected at Cumberland Gap National Historical Park in Tennessee, Kentucky, and Virginia. The data were collected during spring/summer/fall field seasons by the fire effects monitoring crew out of Great Smoky Mountains National Park from 2004 - 2022. Data collected from 50 x 20 m forest plots include post burn char height and scorch measurements for overstory trees and severity ratings for substrate and vegetation, tree inventory to obtain density and basal area, fuel load using Brown's method for inventorying surface fuels and biomass, seedling density, as well as cover point method along 50 m transects for estimating shrub, tree seedling, and herbaceous plant cover. Photo points are associated with all plot data, contact Fire Ecologist for more information.
- Type
- Generic Dataset
- Authors
- Matt Wood
- Date of Issue
- 2023-02-22
- Publisher
- National Park Service
- Units
- CUGA , FIEC
- Keywords
- Biota, CUGA, Cumberland Gap National Historical Park, Environment, FFI, FIRE, fire effects monitoring, Kentucky, Southeast, Tennessee, Vegetation, Virginia
Other versions
- Cumberland Gap National Historical Park FFI Fire Effects Monitoring Data, NPS (2025)
- Cumberland Gap National Historical Park FFI Fire Effects Monitoring Data, NPS (2024)
- Cumberland Gap National Historical Park FFI Fire Effects Monitoring Data, NPS (2021)
- Cumberland Gap National Historical Park FFI Fire Effects Monitoring Data, NPS (2016)
- Cumberland Gap National Historical Park FFI Fire Effects Monitoring Data, NPS (2013)
- Cumberland Gap National Historical Park FFI Fire Effects Monitoring Data, NPS (2012)