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Volumn 17, Issue 1, 2012, Pages 105-109
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Understorey fuel load estimation along two post-fire chronosequences of Pinus halepensis Mill. forests in Central Greece
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Author keywords
Aleppo pine; Fuel dynamics; Fuel models; Mediterranean forest ecosystems; Shrub biomass
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Indexed keywords
ALEPPO PINE;
BIOMASS GROWTH;
CHRONOSEQUENCES;
EFFECTIVE MANAGEMENT;
FIRE REGIMES;
FOREST ECOSYSTEM;
FOREST STAND;
FUEL ACCUMULATION;
FUEL DYNAMICS;
FUEL LOADS;
FUEL MODELS;
FUEL REDUCTION;
LAND MANAGERS;
MEDITERRANEAN BASIN;
MEDITERRANEAN FOREST;
PINE STAND;
POST-FIRE;
POST-FIRE CHRONOSEQUENCES;
TEMPORAL TRENDS;
UNDERSTOREY;
WILDLAND URBAN INTERFACE;
DYNAMICS;
ECOSYSTEMS;
FIRES;
FUELS;
REFORESTATION;
BIOMASS POWER;
CHRONOSEQUENCE;
CONIFEROUS TREE;
ESTIMATION METHOD;
EVERGREEN TREE;
FOREST ECOSYSTEM;
FUEL;
LANDSCAPE;
LOWLAND ENVIRONMENT;
NUMERICAL MODEL;
POPULATION DISTRIBUTION;
REFORESTATION;
REGENERATION;
RESTORATION ECOLOGY;
RISK FACTOR;
STAND STRUCTURE;
UNDERSTORY;
WILDFIRE;
CENTRAL GREECE;
GREECE;
MEDITERRANEAN SEA;
PINUS HALEPENSIS;
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EID: 84855933722
PISSN: 13416979
EISSN: 16107403
Source Type: Journal
DOI: 10.1007/s10310-011-0250-0 Document Type: Article |
Times cited : (7)
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References (16)
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