International audienceA 45,000-year high-resolution sedimentary record from Lake Masoko in Tanzania shows the climate in this part of East Africa to have been characterized by a short and less severe dry season during the Last Glacial Maximum. Moisture and lake-level proxies, pollen assemblages and magnetic susceptibility, indicate that rainfall in the Masoko area was strongly controlled by low-latitude insolation (i.e., precessional forcing). Such observations contrast with the climatic patterns previously reconstructed in East Africa for the last glacial. Indeed, widespread dry conditions are generally observed and are attributed to the predominant control of high latitude glacial forcing over insolation forcing on the tropical hydrology....
The past two million years of eastern African climate variability is currently poorly constrained, d...
African climate is generally considered to have evolved towards progressively drier conditions over ...
In tropical Africa, glacial-postglacial contrast in precipitation pattern is very great; glacial max...
International audienceA 45,000-year high-resolution sedimentary record from Lake Masoko in Tanzania ...
International audienceA high-resolution sedimentary record from Lake Masoko (Tanzania), based on pol...
Copyright © 2008 Elsevier Ltd All rights reserved.As part of a wider study of last glacial and degla...
International audienceThe Masoko crater-lake in southern Tanzania provides a continuous record of en...
Some syntheses of lake-level data for the Last Glacial Maximum (LGM) in East Africa (10degreesN and ...
International audienceLate Quaternary climate variability in the southern African subtropics is stil...
International audienceGeochemical and sedimentological data in a continuous 60,000-year sediment cor...
New biomarker analyses from Lake Albert, East Africa spanning ~ 15–9 ka show the most extreme, abrup...
Hide Intense debate persists about the climatic mechanisms governing hydrologic changes in tropical ...
Seismic-reflection data from crater lake Challa (Mt. Kilimanjaro, equatorial East Africa) reveal a ~...
In this study we investigate Pleistocene vegetation and climate change in southern East Africa by ex...
In this study we investigate Pleistocene vegetation and climate change in southern East Africa by ex...
The past two million years of eastern African climate variability is currently poorly constrained, d...
African climate is generally considered to have evolved towards progressively drier conditions over ...
In tropical Africa, glacial-postglacial contrast in precipitation pattern is very great; glacial max...
International audienceA 45,000-year high-resolution sedimentary record from Lake Masoko in Tanzania ...
International audienceA high-resolution sedimentary record from Lake Masoko (Tanzania), based on pol...
Copyright © 2008 Elsevier Ltd All rights reserved.As part of a wider study of last glacial and degla...
International audienceThe Masoko crater-lake in southern Tanzania provides a continuous record of en...
Some syntheses of lake-level data for the Last Glacial Maximum (LGM) in East Africa (10degreesN and ...
International audienceLate Quaternary climate variability in the southern African subtropics is stil...
International audienceGeochemical and sedimentological data in a continuous 60,000-year sediment cor...
New biomarker analyses from Lake Albert, East Africa spanning ~ 15–9 ka show the most extreme, abrup...
Hide Intense debate persists about the climatic mechanisms governing hydrologic changes in tropical ...
Seismic-reflection data from crater lake Challa (Mt. Kilimanjaro, equatorial East Africa) reveal a ~...
In this study we investigate Pleistocene vegetation and climate change in southern East Africa by ex...
In this study we investigate Pleistocene vegetation and climate change in southern East Africa by ex...
The past two million years of eastern African climate variability is currently poorly constrained, d...
African climate is generally considered to have evolved towards progressively drier conditions over ...
In tropical Africa, glacial-postglacial contrast in precipitation pattern is very great; glacial max...