The steppe of northern Tierra del Fuego is an important region for studying climate variability
in the Southern Hemisphere, due to its position at the southern margin of the Southern …

Multiproxy investigations of lacustrine sediments from Laguna Azul (52° S) document multi-
millennial Holocene influences of Southern Hemispheric Westerlies (SHW) on the …

Hydrological changes that occurred during the last 4700 years have been reconstructed
using multi-proxy analyses of sediment cores from the volcanic crater lake of Laguna Cháltel …

The limnological conditions during the past 700 yr were reconstructed based on multiproxy
analysis of a short sedimentary sequence from El Toro Lake (~ 40° S, 70° W). Mineralogical …

Sediment cores from the 100-m-deep maar lake Laguna Potrok Aike (52 S, 113 m asl,
diameter 3.5 km, Fig. 1) demonstrate that this lake provides a unique record of …

The southern westerly winds influence weather patterns and water resources across the
southern high-latitude regions, with important socioeconomic impacts. The strengthening …

Abstract The climate of Chilean Patagonia is strongly influenced by the southern westerlies,
which control the amount and latitudinal distribution of precipitation in the southern Andes. In …

This study investigates the atmospheric circulation in transient climate simulations with a
coupled atmosphere–ocean general circulation model (GCM) for the mid-Holocene (MH) …

The paleoclimatic evolution of southern South America is characterized to a large extent by
the behavior (strength and latitudinal position) of the storm tracks of the Southern Westerlies …

Environmental changes were reconstructed from a multiproxy synthesis of over 30 localities
from the Isla Grande de Tierra del Fuego and Isla de los Estados, southernmost South …