International audienceAnalysis of charcoal particles preserved in lake sediments has been frequently used to reconstruct fire, vegetation and climate history. Larger macroscopic particles (>125 μm) are attributed to local fires, whereas microscopic charcoal particles (<125 μm), observed on pollen slides, are a signal of regional fire. Taxonomic identification of the charcoal particles adds to the fire-history reconstruction by providing information about fuel composition and past fire conditions. Identification of charcoal can unravel one of the longstanding questions regarding past fire regimes, namely what was burning. This paper describes an analysis of charcoal particles preserved in the sediments of a small closed-basin lake in Yellows...
Charcoal occurrence is extensively used as a tool for understanding wildfires over geological timesc...
Macroscopic charcoal analysis of lake sediments has been successfully used to reconstruct past fire ...
Fire reconstructions provide context for modern rates of burning and inform predictions of fire regi...
The Sinlahekin Wildlife Area is a 14,000 acre reserve located in the Okanogan Valley of north centra...
Fire is a key Earth system process, with 80% of annual fire activity taking place in grassland areas...
Climate history Yellowstone National Park has been an important location for paleoecologic studies t...
A 4215-year-old sediment record from a shallow kettle lake in the Big Belt Mountains of Central Mont...
Charcoal analysis was conducted on a sediment core from Appleman Lake, Indiana. Appleman Lake is a ...
Charcoal fragments in lake sediments are proxies for past fire activity. Charcoal presence indicates...
The Holocene history and ecological role of fire in forested ecosystems in the southern Appalachians...
The analysis of charcoal fragments in peat and lake sediments is the most widely used approach to re...
Citation: Leys, B., Brewer, S. C., McConaghy, S., Mueller, J., & McLauchlan, K. K. (2015). Fire hist...
International audienceAlthough lacustrine sedimentary charcoal has long been used to infer paleofire...
In the Northern Rocky Mountains, climate and vegetation histories have been developed using charcoal...
Fire is a key Earth system process, with 80% of annual fire activity taking place in grassland areas...
Charcoal occurrence is extensively used as a tool for understanding wildfires over geological timesc...
Macroscopic charcoal analysis of lake sediments has been successfully used to reconstruct past fire ...
Fire reconstructions provide context for modern rates of burning and inform predictions of fire regi...
The Sinlahekin Wildlife Area is a 14,000 acre reserve located in the Okanogan Valley of north centra...
Fire is a key Earth system process, with 80% of annual fire activity taking place in grassland areas...
Climate history Yellowstone National Park has been an important location for paleoecologic studies t...
A 4215-year-old sediment record from a shallow kettle lake in the Big Belt Mountains of Central Mont...
Charcoal analysis was conducted on a sediment core from Appleman Lake, Indiana. Appleman Lake is a ...
Charcoal fragments in lake sediments are proxies for past fire activity. Charcoal presence indicates...
The Holocene history and ecological role of fire in forested ecosystems in the southern Appalachians...
The analysis of charcoal fragments in peat and lake sediments is the most widely used approach to re...
Citation: Leys, B., Brewer, S. C., McConaghy, S., Mueller, J., & McLauchlan, K. K. (2015). Fire hist...
International audienceAlthough lacustrine sedimentary charcoal has long been used to infer paleofire...
In the Northern Rocky Mountains, climate and vegetation histories have been developed using charcoal...
Fire is a key Earth system process, with 80% of annual fire activity taking place in grassland areas...
Charcoal occurrence is extensively used as a tool for understanding wildfires over geological timesc...
Macroscopic charcoal analysis of lake sediments has been successfully used to reconstruct past fire ...
Fire reconstructions provide context for modern rates of burning and inform predictions of fire regi...