International audienceRecent paleoclimatic studies suggest that changes in the tropical rainbelt across the Atlantic Ocean during the past two millennia are linked to a latitudinal shift of the Intertropical Convergence Zone (ITCZ) driven by the Northern Hemisphere (NH) climate. However, little is known regarding other potential drivers that can affect tropical Atlantic rainfall, mainly due to the scarcity of adequate and high-resolution records. In this study, we fill this gap by reconstructing precipitation changes in Northeastern Brazil during the last 2,300 years from a high-resolution lake record of hydrogen isotope compositions of plant waxes. We find that regional precipitation along the coastal area of South America was not solely g...
There is renewing evidence that the Tropics might strongly influence climate dynamics on millennial ...
International audienceLake level fluctuations and environmental changes during the late Holocene wer...
We here report a reconstruction of hydrological balance variations in Northern Brazil for the last 2...
International audienceRecent paleoclimatic studies suggest that changes in the tropical rainbelt acr...
Recent paleoclimatic studies suggest that changes in the tropical rainbelt across the Atlantic Ocean...
Modern precipitation over northeastern (NE) South America is strongly controlled by the seasonal mer...
Modern precipitation over northeastern (NE) South America is strongly controlled by the seasonal mer...
We present the first high resolution, approximately similar to 4 years sample spacing, precipitation...
Tropical South American hydroclimate sustains the world’s highest biodiversity and hundreds of milli...
The variations of tropical precipitation are antiphased between the hemispheres on orbital timescale...
Historic droughts document the strong spatio-temporal variability of the South American Monsoon Syst...
Well-dated high-resolution oxygen isotope records of speleothems in central-eastern Brazil spanning ...
Millennial-scale climate oscillations of the last glacial, called Dansgaard/Oeschger (D/O) cycles, h...
Lake level fluctuations and environmental changes during the late Holocene were inferred from change...
There is renewing evidence that the Tropics might strongly influence climate dynamics on millennial ...
International audienceLake level fluctuations and environmental changes during the late Holocene wer...
We here report a reconstruction of hydrological balance variations in Northern Brazil for the last 2...
International audienceRecent paleoclimatic studies suggest that changes in the tropical rainbelt acr...
Recent paleoclimatic studies suggest that changes in the tropical rainbelt across the Atlantic Ocean...
Modern precipitation over northeastern (NE) South America is strongly controlled by the seasonal mer...
Modern precipitation over northeastern (NE) South America is strongly controlled by the seasonal mer...
We present the first high resolution, approximately similar to 4 years sample spacing, precipitation...
Tropical South American hydroclimate sustains the world’s highest biodiversity and hundreds of milli...
The variations of tropical precipitation are antiphased between the hemispheres on orbital timescale...
Historic droughts document the strong spatio-temporal variability of the South American Monsoon Syst...
Well-dated high-resolution oxygen isotope records of speleothems in central-eastern Brazil spanning ...
Millennial-scale climate oscillations of the last glacial, called Dansgaard/Oeschger (D/O) cycles, h...
Lake level fluctuations and environmental changes during the late Holocene were inferred from change...
There is renewing evidence that the Tropics might strongly influence climate dynamics on millennial ...
International audienceLake level fluctuations and environmental changes during the late Holocene wer...
We here report a reconstruction of hydrological balance variations in Northern Brazil for the last 2...