A ca. 1400-yr record from a raised bog in Isla Grande, Tierra del Fuego, Argentina, registers climate fluctuations, including a Medieval Warm Period, although evidence for the ‘Little Ice Age’ is less clear. Changes in temperature and/or precipitation were inferred from plant macrofossils, pollen, fungal spores, testate amebae, and peat humification. The chronology was established using a 14C wiggle-matching technique that provides improved age control for at least part of the record compared to other sites. These new data are presented and compared with other lines of evidence from the Southern and Northern Hemispheres. A period of low local water tables occurred in the bog between A.D. 960–1020, which may correspond to the Medieval Warm P...
Southernmost Patagonia, located at the relatively narrow passage between Antarctica and South Americ...
This study presents new paleoenvironmental data obtained from sedimentary cores from Lago Fagnano, a...
Recent advances in the chronology and the palaeoclimatic understanding of Antarctic ice core records...
A ca. 1400-yr record from a raised bog in Isla Grande, Tierra del Fuego, Argentina, registers climat...
Comparison between past changes in pollen assemblages and stable isotope ratios (deuterium and carbo...
Initial findings from high-latitude ice-cores implied a relatively unvarying Holocene climate, in co...
Southernmost Patagonia, located at the relatively narrow passage between Antarctica and South Americ...
We analyzed a peat-bog sequence from the central region of Tierra del Fuego, southernmost Patagonia,...
Southernmost Patagonia, located at the relatively narrow passage between Antarctica and South Americ...
Late Holocene environmental conditions are reconstructed from a sedimentary core (LCTF2) retrieved f...
Situated at the southern margin of the hemispheric westerly wind belt and immediately north of the A...
Lago del Desierto (49 degrees 02'S, 72 degrees 51'W) is situated in the climatically sensitive area ...
This paper presents the main palaeoenvironmental results obtained from two sites located in the east...
We present pollen and spore analysis from a peat-bog section from southwestern Isla de los Estados (...
High-altitude cushion peatlands are versatile archives for high-resolution palaeoenvironmental studi...
Southernmost Patagonia, located at the relatively narrow passage between Antarctica and South Americ...
This study presents new paleoenvironmental data obtained from sedimentary cores from Lago Fagnano, a...
Recent advances in the chronology and the palaeoclimatic understanding of Antarctic ice core records...
A ca. 1400-yr record from a raised bog in Isla Grande, Tierra del Fuego, Argentina, registers climat...
Comparison between past changes in pollen assemblages and stable isotope ratios (deuterium and carbo...
Initial findings from high-latitude ice-cores implied a relatively unvarying Holocene climate, in co...
Southernmost Patagonia, located at the relatively narrow passage between Antarctica and South Americ...
We analyzed a peat-bog sequence from the central region of Tierra del Fuego, southernmost Patagonia,...
Southernmost Patagonia, located at the relatively narrow passage between Antarctica and South Americ...
Late Holocene environmental conditions are reconstructed from a sedimentary core (LCTF2) retrieved f...
Situated at the southern margin of the hemispheric westerly wind belt and immediately north of the A...
Lago del Desierto (49 degrees 02'S, 72 degrees 51'W) is situated in the climatically sensitive area ...
This paper presents the main palaeoenvironmental results obtained from two sites located in the east...
We present pollen and spore analysis from a peat-bog section from southwestern Isla de los Estados (...
High-altitude cushion peatlands are versatile archives for high-resolution palaeoenvironmental studi...
Southernmost Patagonia, located at the relatively narrow passage between Antarctica and South Americ...
This study presents new paleoenvironmental data obtained from sedimentary cores from Lago Fagnano, a...
Recent advances in the chronology and the palaeoclimatic understanding of Antarctic ice core records...