Reliable information on past and present vegetation is important to project future changes,
especially for rapidly transitioning areas such as the boreal treeline. To study past vegetation, …

This study aims to establish, evaluate, and apply a modern pollen-climate transfer function
from the transition zone between arctic tundra and light-needled taiga in Arctic Siberia. …

Vegetation is responding to climate change, which is especially prominent in the Arctic.
Vegetation change is manifest in different ways and varies regionally, depending on the …

Siberian larch (Larix Mill.) forests dominate vast areas of northern Russia and contribute
important ecosystem services to the world. It is important to understand the past dynamics of …

Although sedimentary ancient DNA (sedaDNA) has been increasingly used to study
paleoecological dynamics ( Schulte et al., 2020 ), the approach has rarely been compared with the …

Arctic and alpine aquatic ecosystems are changing rapidly under recent global warming,
threatening water resources by diminishing trophic status and changing biotic composition. …

Palaeoecological investigations in the larch forest-tundra ecotone in northern Siberia have
the potential to reveal Holocene environmental variations, which likely have consequences …

This article presents a review of the current data on the level of paleolimnological knowledge
about lakes in the Russian part of the northern Eurasia. The results of investigation of the …

Thermokarst lakes are assumed to develop cyclically, driven by processes that are triggered
by climate and maintained by internal feedbacks that may trigger lake drainage. However, …

Pollen productivity estimates (PPE) are used to quantitatively reconstruct variations in
vegetation within a specific distance of the sampled pollen archive. Here, for the first time, PPEs …