The Holocene palaeofires in Southern America has been generally attributed to climate until the middle Holocene and to human activities for later periods. Soil charcoal analysis and extensive AMS dating were carried out on six soil profiles, between 3400 and 3900 m a.s.l. in the Guandera Biological Reserve (Western Cordillera Real, North Ecuador). AMS results showed an ordered stratification of charcoals allowing a fire history reconstruction over the last 11,700 cal BP. The reported fire occurrences fit well with Holocene global scale arid periods. The association between fires and climate signals suggested a marginal role of humans in the environmental history of the studied area. Here, the human inference started at ca 2500 cal BP, but b...
Analyses of long-term ecosystem dynamics offer insights into the conditions that have led to stabili...
International audienceA high-resolution sedimentary charcoal record from Lago dell'Accesa in souther...
Fire activity has varied globally and continuously since the last glacial maximum (LGM) in response ...
The present study represents the first attempt of reconstructing fire history through soil charcoal ...
Soil charcoals represent a record for palaeoecological studies. For the first time pedoanthracology ...
Rapid climate changes and the increasing presence of humans define the Holocene Epoch (11.6 calibrat...
The present study represents the first attempt of reconstructing fire history through soil charcoal ...
Indications for the speed and timing of past altitudinal treeline shifts are often contradictory. Pa...
Indications for the speed and timing of past altitudinal treeline shifts are often contradictory. Pa...
Vegetation changes in the Maya Lowlands during the Holocene are a result of changing climate conditi...
Soil charcoal analysis was performed on soil profiles excavated in the area of Cecita Lake on the Si...
AbstractVegetation changes in the Maya Lowlands during the Holocene are a result of changing climate...
Proxy records of fire history offer valuable information on the role fire plays in an ecosystem. Su...
Analyses of long-term ecosystem dynamics offer insights into the conditions that have led to stabili...
International audienceA high-resolution sedimentary charcoal record from Lago dell'Accesa in souther...
Fire activity has varied globally and continuously since the last glacial maximum (LGM) in response ...
The present study represents the first attempt of reconstructing fire history through soil charcoal ...
Soil charcoals represent a record for palaeoecological studies. For the first time pedoanthracology ...
Rapid climate changes and the increasing presence of humans define the Holocene Epoch (11.6 calibrat...
The present study represents the first attempt of reconstructing fire history through soil charcoal ...
Indications for the speed and timing of past altitudinal treeline shifts are often contradictory. Pa...
Indications for the speed and timing of past altitudinal treeline shifts are often contradictory. Pa...
Vegetation changes in the Maya Lowlands during the Holocene are a result of changing climate conditi...
Soil charcoal analysis was performed on soil profiles excavated in the area of Cecita Lake on the Si...
AbstractVegetation changes in the Maya Lowlands during the Holocene are a result of changing climate...
Proxy records of fire history offer valuable information on the role fire plays in an ecosystem. Su...
Analyses of long-term ecosystem dynamics offer insights into the conditions that have led to stabili...
International audienceA high-resolution sedimentary charcoal record from Lago dell'Accesa in souther...
Fire activity has varied globally and continuously since the last glacial maximum (LGM) in response ...