Lake Neusiedl Area: A Particular Lakescape at the Boundary Between Alps and Pannonian Basin

Author(s)
Erich Draganits, Michael Weissl, András Zámolyi, Michael Doneus
Abstract

The Lake Neusiedl area is a unique lakescape, situated at the geodynamical and geomorphological boundary between the Alps, Carpathians and the Pannonian Basin, and therefore represents an important transition zone concerning terrain, climate, vegetation, fauna and cultures. We use geomorphological as well as geological data, topographical and historical maps plus historical charters to reconstruct the palaeohydrology of Lake Neusiedl and document dramatic landscape changes, especially in the last centuries. The present-day hydrological conditions of and processes at Lake Neusiedl are very different from those in the past. Virtually, all historical maps before 1780 show the Ikva River, Répce (Rabnitz) River and Kis-Rába River discharging into the connected Neusiedlersee/Hanság area that possessed a natural outlet, the Rábca River. The documented episodic variation of the water levels of Lake Neusiedl between desiccation and highest flood levels is c. 4.2 m, affecting enormous areas in this extremely low-relief region, with a huge impact on the landscape, fauna and vegetation, human settlement patterns, land use and communication routes—which should be considered in regional archaeological and historical interpretations. The numerous shallow lakes and presently dry basins in the Seewinkel originally formed as thermokarst lakes during early Lateglacial permafrost degradation after the end of the Late Glacial Maximum (LGM).

Organisation(s)
Department of Geology, Department of Prehistoric and Historical Archaeology
External organisation(s)
OMV
Pages
207-222
No. of pages
16
DOI
https://doi.org/10.1007/978-3-030-92815-5_13
Publication date
05-2022
Peer reviewed
Yes
Austrian Fields of Science 2012
105121 Sedimentology, 105101 General geology, 107010 Geoarchaeology, 105404 Geomorphology
Keywords
ASJC Scopus subject areas
Earth-Surface Processes, Geology
Portal url
https://ucrisportal.univie.ac.at/en/publications/87dcfd4c-773e-4cfc-acf7-6658a2d48995