Silica-scaled chrysophytes are a unique group of protists representing a major component of
numerous aquatic habitats where they can significantly contribute to human well-being in …

In the last decade, much effort was dedicated to the reconstruction of past climate at high
temporal resolution. Here, we show the suitability of chrysophyte cysts from lake sediments …

Alpine temperatures have risen at twice the rate compared to the northern-hemispheric
average during the past century. This can be expected to affect Alpine lake ecosystems via …

Abstract Changes in microfossils (diatoms, chrysophytes, chironomids and cladocera
remains), geochemistry and deposition of atmospheric pollutants have been investigated in …

Rapid ecosystem transitions and adverse effects on ecosystem services as responses to
combined climate and human impacts are of major concern. Yet few long-term (ie> 60 years) …

Chrysophyte algae produce siliceous resting stages (stomatocysts) that are indicators of
past environmental conditions. The objective of this study was to assess their strength for …

Abstract The Three Parallel Rivers of Yunnan Protected Area (TPRYPA) is in the core area
of the Hengduan Mountains, characterized by paralleling alternately high mountains and …

We analyzed the relationship between chrysophyte cyst assemblages in surface sediment
samples and limnological and geographical variables for 70 lakes located along Søndre …

Climate change involves alterations in seasonality as well as shifts in mean annual
temperature. Cold temperate lakes show strong seasonality, with winter ice cover and …

Thirty-six chrysophycean stomatocysts are reported from the dystrophic Staw Toporowy
Nizni lake in the Tatra National Park, Poland. Of these, 7 morphotypes are new to science …