Abstract The European Alps and their forelands provide a range of different archives and
climate proxies for developing climate records in the time interval 60–8 thousand years (ka) …

Few well-dated, quantitative Holocene temperature reconstructions exist from high-altitude
sites in the Central Eastern Alps. Here, we present a chironomid-based quantitative …

Since multi-site reconstructions are less affected by site-specific climatic effects and
artefacts, regional palaeotemperature reconstructions based on a number of sites can …

Mountain vegetation is strongly affected by temperature and is expected to shift upwards
with climate change. Dynamic vegetation models are often used to assess the impact of …

Mountain glaciers are important water resources in Alpine regions and are sensitive to
climate change. Reconstructing glacier oscillations improves our understanding of the …

Analyses of diatoms, grain size, magnetic susceptibility, total organic carbon, and total
nitrogen were applied to a 9.26 m long sediment core, spanning the last 12.2 kyr, from a …

A 72-lake diatom training set was developed for the Irish Ecoregion to examine the response
of surface sediment diatom assemblages to measured environmental variables. A variety of …

The vegetation history of the Faroe Islands has been investigated in numerous studies all
broadly showing that the early-Holocene vegetation of the islands largely consisted of …

A high-resolution paleolimnological study from Lake Brazi, a small mountain lake in the
Southern Carpathian Mountains, Romania, shows distinct diatom responses to late glacial …

High‐resolution multi‐proxy analyses of a sediment core section from Lake Jeserzersee
(Saissersee) in the piedmont lobe of the Würmian Drau glacier (Carinthia, Austria) reveal …