The role of seasonality is indisputable in climate and ecosystem dynamics. Seasonal
temperature and precipitation variability are of vital importance for the availability of food …

Sedimentary DNA-based studies revealed the effects of human activity on lake
cyanobacteria communities over the last centuries, yet we continue to lack information over …

Sedimentary ancient DNA-based studies have been used to probe centuries of climate and
environmental changes and how they affected cyanobacterial assemblages in temperate …

Connecting pathways are essential for cultural and economic exchange. Commonly,
historians investigate the role of routes for cultural development, whereas the environmental …

Abstract Sediments from Lake Lubińskie, western Poland, were investigated to determine
the limnological responses to environmental changes during the last 3,000 years. To identify …

The continental silicon (Si) cycle, including terrestrial and freshwater ecosystems (lakes,
rivers, estuaries), acts as a filter and modulates the amount of Si transported to the oceans …

Investigating past interglacial climatic and environmental changes can enhance our
understanding of the natural rates and ranges of climate variability under interglacial …

The redistributive transport of sedimentary, redox‐sensitive metals such as iron (Fe) and
manganese (Mn) along depth gradients in lakes or marine basins, and in particular the …

Cyanobacteria are important primary producers in temperate freshwater ecosystems.
However, studies on the seasonal and spatial distribution of cyanobacteria in deep lakes …

Lake sediments are ideal archives to evaluate the interactions between climatically driven
environmental responses and human activity on seasonal to multi‐decadal timescales. This …