Spatial distribution of forest fires analysis based on human activities and ecological and biophysical factors-Forest of Mâamora- Morocco

Spanish Journal of Rural Development

Endereço:
Escola Politécnica Superior de Lugo. Campus Universitario s/n 27002 Lugo. España
Lugo / ES
27002
Site: http://www.sjruraldevelopment.org
Telefone: (34) 982823278
ISSN: 2171 1216
Editor Chefe: Ignacio J. Díaz-Maroto Hidalgo
Início Publicação: 31/08/2009
Periodicidade: Trimestral
Área de Estudo: Multidisciplinar

Spatial distribution of forest fires analysis based on human activities and ecological and biophysical factors-Forest of Mâamora- Morocco

Ano: 2012 | Volume: 3 | Número: 1
Autores: Cherki, K., Gmira, N.
Autor Correspondente: Cherki, K. | [email protected]

Palavras-chave: Mâamora, forest fires, GIS analysis, interface men-forest, ecological factors

Resumos Cadastrados

Resumo Inglês:

Forest fires are the main disturbance and the degradation factor most devastating that can affect forested areas, especially in the Mediterranean basin when species are highly flammable and climate conditions are marginal. Morocco as a Mediterranean country is not spared from this phenomenon, thus 3000 ha of forest are burned every year, and this situation is aggravated by the low rate of regeneration and restoration of the unbalanced ecosystems such as the Mâamora. To mitigate this situation, the establishment of an effective forest fire management plan requires not only an intimate knowledge of environment but also a perfect analysis of fire phenomenon. Therefore in this study, we focused our diagnosis on the analysis of old fires occurred in the past in Mâamora forest through GIS analysis and some statistical treatments. The study highlithed that human-forest interface areas (roads, villages) have no influence on fires occurrence. Besides It was shown that grazing practiced in a well-balanced way, could play a key role in reducing fire hazards. In addition the study reveals that fuel load of is the major factor that governs both fire ignition and fire spread, this load is closely related to site quality (soil and rainfall).