Salinization caused by climate change and nitrogen (N) pollution are both important
environmental threats for inland lakes. However, evaluating their interactive effects …

Studies on millennial‒centennial abrupt climate events during the last deglaciation have
significant relevance to modern-day abrupt and extreme climate changes that are occurring …

Recent ostracods, so-called 'modern analogues' of ostracod fossils, are systematically
correlated to the ambient environment. The reveal on the ecological response of Recent …

The ostracod-based transfer function is a common method in palaeolimnology and
palaeoclimate research, serving as an interpreter from fossil record to palaeoenvironment …

We analyze 31 surface-sediment samples from the depths of 2–33 m in the large fresh-water
Lake Ngoring on the northeastern Tibet–Qinghai Plateau to provide depth-preference …

Ostracods are favorable research materials for paleoclimatic reconstruction. Limnocythere
inopinata, a commonly Holarctic species, is used frequently in paleoclimatic research …

Ecosystem undergoes drastic changes due to the anthropogenic activities. As a
consequence of industrial development, increasing population growth and modernized …

Lakes are sensitive to climate change and their sediments play a pivotal role as
environmental recorders. The oxygen and carbon isotope composition (δ18O and δ13C) of …

The archaeological sites in the open‐cast mine of Schöningen, Germany, represent
outstanding archives for understanding Middle Pleistocene interglacial–glacial transitions …

Dolomite is globally present in past geological records, but rare in modern environments.
The mechanisms favouring its precipitation under ambient conditions remain highly …