Mass wasting events, including landslides, avalanches and flooding related to heavy rains can have a major impact on the local environment. Due to their association to extreme precipitation and glacial retreat, their occurrence is likely to increase as the climate changes in the future. As such, understanding their causation, and predicting their future impact is of paramount importance. To make such predictions, understanding of the relationship between the climate and the mass-wasting event is key. For this to happen, we must use historical records of mass wasting and climate to tie the two together. As a result, a reliable, quick and easy method for determining these events in the sedimentological record must be develope
Sediments from lakes are a useful climate archive that provides information about past climate chang...
Fire is recognized as a critical process with significant impacts on biota and the atmosphere. In th...
This paper presents the results of comparative sedimentological and geochemical analysis of the mire...
The Romanian Carpathians are located at the confluence of three major atmospheric pressure fields: t...
The Romanian Carpathians are located at the confluence of three major atmospheric pressure fields: t...
Lake sediments from the Magherus, Valley in the lowlands of northern Transylvania provide new eviden...
Lake sediments from the Măgheruş Valley in the lowlands of northern Transylvania provide new evidenc...
The occurrence of heavy rainfall events is expected to undergo significant changes under increasing ...
Geo-ecological and landscape change studies at a local scale are scarce in Central-Eastern Europe an...
Proxy-based reconstructions of climate variability over the last millennium provide important insigh...
Palaeoecological, palaeohydrological, and paleoenvironmental reconstruction of the Late Glacial and ...
A high-altitude lake sediment sequence (Buhăiescu Mare, 1918 m a.s.l.) in the subalpine zone of the ...
High altitude environments are experiencing more rapid changes in temperature than the global averag...
Sediments from lakes are a useful climate archive that provides information about past climate chang...
Fire is recognized as a critical process with significant impacts on biota and the atmosphere. In th...
This paper presents the results of comparative sedimentological and geochemical analysis of the mire...
The Romanian Carpathians are located at the confluence of three major atmospheric pressure fields: t...
The Romanian Carpathians are located at the confluence of three major atmospheric pressure fields: t...
Lake sediments from the Magherus, Valley in the lowlands of northern Transylvania provide new eviden...
Lake sediments from the Măgheruş Valley in the lowlands of northern Transylvania provide new evidenc...
The occurrence of heavy rainfall events is expected to undergo significant changes under increasing ...
Geo-ecological and landscape change studies at a local scale are scarce in Central-Eastern Europe an...
Proxy-based reconstructions of climate variability over the last millennium provide important insigh...
Palaeoecological, palaeohydrological, and paleoenvironmental reconstruction of the Late Glacial and ...
A high-altitude lake sediment sequence (Buhăiescu Mare, 1918 m a.s.l.) in the subalpine zone of the ...
High altitude environments are experiencing more rapid changes in temperature than the global averag...
Sediments from lakes are a useful climate archive that provides information about past climate chang...
Fire is recognized as a critical process with significant impacts on biota and the atmosphere. In th...
This paper presents the results of comparative sedimentological and geochemical analysis of the mire...