The present study represents the first attempt of reconstructing fire history through soil charcoal dating. The investigated area is located in the Guandera Biological Reserve (western Cordillera Real, northern Ecuador). Six AMS radiocarbon dating, performed at the base of five soil profiles allowed a fire phase to be identified during the Pleistocene-Holocene transition. A strong correspondence was highlighted between the age of the Guandera fires and the El Abra stadial, which is considered the Younger Dryas equivalent in South America. This local evidence of fires contributes to define the geographic area in which the El Abra stadial was recorded and suggests a wider use of the soil charcoal analysis. © 2009 Elsevier B.V
The Amazon region holds a wide variety of ethnic groups and microclimates, enabling different intera...
ABSTRACT. Volcanic ash soils (Andosols) may offer great opportunities for paleoecological studies, a...
In Fuego-Patagonia. South America, the long-term interactions between climate and fire are still poo...
The present study represents the first attempt of reconstructing fire history through soil charcoal ...
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 ...
The Holocene palaeofires in Southern America has been generally attributed to climate until the midd...
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...
A soil charcoal survey was undertaken across 60,000 ha of closed-canopy tropical forest in central G...
Macroscopic charcoal proxy records from sediment profiles from lakes and swamps provide valuable inf...
Fire is a global phenomenon with profound and complex ecological, vegetational, climatological and a...
Abstract: Accelerator radiocarbon dating of 147 charcoal samples recovered from colluvial and alluvi...
Fire has a historical role in tropical forests related to past climate and ancient land use spanning...
The Amazon region holds a wide variety of ethnic groups and microclimates, enabling different intera...
The Amazon region holds a wide variety of ethnic groups and microclimates, enabling different intera...
ABSTRACT. Volcanic ash soils (Andosols) may offer great opportunities for paleoecological studies, a...
In Fuego-Patagonia. South America, the long-term interactions between climate and fire are still poo...
The present study represents the first attempt of reconstructing fire history through soil charcoal ...
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 ...
The Holocene palaeofires in Southern America has been generally attributed to climate until the midd...
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...
A soil charcoal survey was undertaken across 60,000 ha of closed-canopy tropical forest in central G...
Macroscopic charcoal proxy records from sediment profiles from lakes and swamps provide valuable inf...
Fire is a global phenomenon with profound and complex ecological, vegetational, climatological and a...
Abstract: Accelerator radiocarbon dating of 147 charcoal samples recovered from colluvial and alluvi...
Fire has a historical role in tropical forests related to past climate and ancient land use spanning...
The Amazon region holds a wide variety of ethnic groups and microclimates, enabling different intera...
The Amazon region holds a wide variety of ethnic groups and microclimates, enabling different intera...
ABSTRACT. Volcanic ash soils (Andosols) may offer great opportunities for paleoecological studies, a...
In Fuego-Patagonia. South America, the long-term interactions between climate and fire are still poo...