Saline lakes have developed worldwide throughout geological history and continue to
develop, is important for understanding deep-time climate evolution, lake evolution and …

Artemia spp. play a key role in hypersaline ecosystems. Artemia can live in a salinity range
from 10 to 300–340 g/L, but in water bodies where salinity is between 10 and 100 g/L, it may …

The dynamics of food chains upon changes in water salinity has been analyzed using the
example of six poly-and hyperhaline lakes in the Crimea. The results show that ecosystems …

Bay Sivash was a hypersaline lagoon but after construction of the North Crimean canal, it
shifted to a brackish water state. In 2014, the canal was closed; a salinity increase started. In …

Chironomidae larvae may represent more than 70% of total Arthropoda numbers in
hypersaline waters. Crimea, the largest peninsula of the Black Sea, has more than 50 …

Ecosystems in the shallow marine hypersaline environment, such as marine lakes, are
among the most changeable and have significantly lower species richness than freshwater …

The aim of present research is to study the patterns of phyto-and zooplankton fluctuations in
endorheic soda lakes (Uldz Gol-Torey Basin, southeastern Transbaikalia, Russia) under …

The imbalance between supply and demand of Artemia cysts in China and around the world
is increasing now. Salt lakes in Tibet may contribute to the solution of the problem. In …

Political and economic decisions have led to more drastic changes of aquatic ecosystems,
than those caused by hydrological extremes (drought, floods). Examples of this are two …

Aquatic ecosystems in arid regions are important habitats for aquatic wildlife and also
support species biodiversity. Soda lakes in endorheic drainage basins, so‐called amplifier …