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Gil-Romera, G.; Gelaw, M.F.; Renken, D.; Bittner, L.; Grady, D.; Lamb, H.; Lemma, B.; Zech, M. &amp; Miehe, G. (18.06.2018). <b>Long-term fire regimes define Afroalpine and Afromontane vegetation in tropical mountains: the case of the Bale Mountains, Ethiopia.</b>. Presented at IPA-IAL Joint Meeting, Stockholm,Sweden.

Resource Description
Title: Long-term fire regimes define Afroalpine and Afromontane vegetation in tropical mountains: the case of the Bale Mountains, Ethiopia.
FOR816dw ID: 117
Publication Date: 2019-06-18
License and Usage Rights:
Resource Owner(s):
Individual: Graciela Gil-Romera
Contact:
Individual: Mekbib Fekadu Gelaw
Contact:
Individual: Dorothea Renken
Contact:
Individual: Lucas Bittner
Contact:
Individual: David Grady
Contact:
Individual: Henry Lamb
Contact:
Individual: Bruk Lemma
Contact:
Individual: Michael Zech
Contact:
Individual: Georg Miehe
Contact:
Abstract:
Fire plays a critical role shaping both the distribution and composition of the Afroalpine and Afromontane communities. Some plant communities are resilient to certain fire regimes, presenting post-fire traits such as resprouting, as is evident in the sub-Alpine Ericaceous zone, while others lacking these strategies are more fire-prone. The fire regime concept includes the biological role in fire occurrence because some of the parameters driving fire regimes – frequency, type or intensity - are often regulated by the vegetation through its structure, flammability and connectivity. <br/> <br/>
Additional Infos:
Poster and Abstract<br/> Joined Poster of P4 and P5.
Keywords:
| charcoal | p4 | p5 | pollen | lake sediment | geochemistry |
Literature type specific fields:
PRESENTATION
Conference Name: IPA-IAL Joint Meeting
Date: 18.06.2018
Location: Stockholm,Sweden
Metadata Provider:
Individual: Luise Wraase
Contact:
Online Distribution:
Download File: http://vhrz669.hrz.uni-marburg.de/bale/publications.do?citid=117


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afroalpine vegetation archaeology biomarker c2 ecology Erica Ericaceous vegetation excavation geochemistry High-altitude habitation isoptopes lake sediment Late Pleistocene p5 paleoclimatic paleovegetation pollen sediment Settlement history Tropical mountains