The altitudinal position of the highplain of Bogota at 2550 m elevation renders its unique archive in the lake sediments sensitive to past climatic change. At present the upper forest line lies at 3200 meters, but during glacial time, it descended to around 2000 — 1800 m Above the forest line lies the paramo, a vegetation belt dominated by grasses and shrubs. Palynological studies of a 568-m long core, taken in the centre of this large drained lake, resulted in a pollen record showing changes in climate and vegetation during the last 3. 2 million years. Here we present organic geochemical data from this core Funza II that give new insights into the regional climatic history
Abstract We present a synthesis of the palaeolimnological and palaeoclimatic reconstructions of four...
Understanding the mechanisms of past climatic variability allows refining the prediction of how the ...
Colombian vegetation, at the ecological level of the biome, is reconstructed at the Last Glacial Max...
Here we developed a composite pollen-based record of altitudinal vegetation changes from Lake Fúquen...
Tropical montane biome migration patterns in the northern Andes are found to be coupled to glacial-i...
The late Pleistocene-Holocene ecological and limnological history of Lake Fúquene (2580 m a.s.l.), i...
This paper compares a new super-high resolution pollen record from a central location in Lake Fúquen...
During the Pleistocene the vegetation changes in the high Colombian Andes included changes from C3 t...
We present a record of environmental and climatic changes in the northern Andes during the penultima...
A 17 kyr long pollen record from the unexplored Western Cordillera of Colombia (Páramo de Frontino; ...
We present a record of environmental and climatic change in the northern Andes during the last inter...
Colombian biomes are reconstructed at 45 sites from the modern period extending to the Last Glacial ...
This paper compares a new super-high resolution pollen record from a central location in Lake Fúquen...
The uppermost 32 metres of a 2436 metre core principally of lake sediments, Pleistocene and Holocene...
Abstract We present a synthesis of the palaeolimnological and palaeoclimatic reconstructions of four...
Understanding the mechanisms of past climatic variability allows refining the prediction of how the ...
Colombian vegetation, at the ecological level of the biome, is reconstructed at the Last Glacial Max...
Here we developed a composite pollen-based record of altitudinal vegetation changes from Lake Fúquen...
Tropical montane biome migration patterns in the northern Andes are found to be coupled to glacial-i...
The late Pleistocene-Holocene ecological and limnological history of Lake Fúquene (2580 m a.s.l.), i...
This paper compares a new super-high resolution pollen record from a central location in Lake Fúquen...
During the Pleistocene the vegetation changes in the high Colombian Andes included changes from C3 t...
We present a record of environmental and climatic changes in the northern Andes during the penultima...
A 17 kyr long pollen record from the unexplored Western Cordillera of Colombia (Páramo de Frontino; ...
We present a record of environmental and climatic change in the northern Andes during the last inter...
Colombian biomes are reconstructed at 45 sites from the modern period extending to the Last Glacial ...
This paper compares a new super-high resolution pollen record from a central location in Lake Fúquen...
The uppermost 32 metres of a 2436 metre core principally of lake sediments, Pleistocene and Holocene...
Abstract We present a synthesis of the palaeolimnological and palaeoclimatic reconstructions of four...
Understanding the mechanisms of past climatic variability allows refining the prediction of how the ...
Colombian vegetation, at the ecological level of the biome, is reconstructed at the Last Glacial Max...