Aim To investigate the effects of abrupt climate change in the North Atlantic on the vegetation history of lowland Central America. We use palynological evidence from a Central American lake on the Yucatan Peninsula to evaluate the effects of rapid climate changes during the last ice age, between 65 and 8 ka
Palynological records from the Congo fan reveal environmental change in equatorial Africa occurring ...
Determining the magnitude of tropical temperature change during the last glacial period is a fundame...
We studied a 5.1-m sediment core from Aguada X'caamal (20° 36.6′N, 89° 42.9′W), a small sinkhole lak...
Aim To investigate the effects of abrupt climate change in the North Atlantic on the vegetation his...
Glacial–interglacial climate cycles are known to have triggered migrations and reassortments of trop...
Glacial–interglacial climate cycles are known to have triggered migrations and reassortments of trop...
Glaciological data derived from moraines, and multiproxy data from lake sediment cores (e.g. fossil ...
Glaciological data derived from moraines, and multiproxy data from lake sediment cores (e.g. fossil ...
The last 85,000 years were characterized by high climate and environmental variability on the Yucata...
The last 85,000 years were characterized by high climate and environmental variability on the Yucata...
A pollen profile from varved lake sediments sampled at 10-year intervals and spanning the past 1000 ...
Central Mexico contains a large number of lake basins offering opportunities for climatic reconstruc...
Central Mexico contains a large number of lake basins offering opportunities for climatic reconstruc...
Parallel changes in lake-level and pollen data show that the rapid decline of the Laurentide Ice She...
Determining the magnitude of tropical temperature change during the last glacial period is a fundame...
Palynological records from the Congo fan reveal environmental change in equatorial Africa occurring ...
Determining the magnitude of tropical temperature change during the last glacial period is a fundame...
We studied a 5.1-m sediment core from Aguada X'caamal (20° 36.6′N, 89° 42.9′W), a small sinkhole lak...
Aim To investigate the effects of abrupt climate change in the North Atlantic on the vegetation his...
Glacial–interglacial climate cycles are known to have triggered migrations and reassortments of trop...
Glacial–interglacial climate cycles are known to have triggered migrations and reassortments of trop...
Glaciological data derived from moraines, and multiproxy data from lake sediment cores (e.g. fossil ...
Glaciological data derived from moraines, and multiproxy data from lake sediment cores (e.g. fossil ...
The last 85,000 years were characterized by high climate and environmental variability on the Yucata...
The last 85,000 years were characterized by high climate and environmental variability on the Yucata...
A pollen profile from varved lake sediments sampled at 10-year intervals and spanning the past 1000 ...
Central Mexico contains a large number of lake basins offering opportunities for climatic reconstruc...
Central Mexico contains a large number of lake basins offering opportunities for climatic reconstruc...
Parallel changes in lake-level and pollen data show that the rapid decline of the Laurentide Ice She...
Determining the magnitude of tropical temperature change during the last glacial period is a fundame...
Palynological records from the Congo fan reveal environmental change in equatorial Africa occurring ...
Determining the magnitude of tropical temperature change during the last glacial period is a fundame...
We studied a 5.1-m sediment core from Aguada X'caamal (20° 36.6′N, 89° 42.9′W), a small sinkhole lak...