The turbulent properties of flow in rivers are of fundamental importance to aquatic organisms
yet are rarely quantified during routine river habitat assessment surveys or the design of …

The water and sediment regulation (WSR) regime at the **aolangdi Hydropower Station in
the Yellow River impacts significantly on the aquatic ecosystems in the middle and lower …

Daphnia are important to understanding the biogeochemistry of aquatic ecosystems, mainly
because of their ability to filter bacteria, algae and inorganic particles as well. Although there …

In aquatic ecosystems, predation is affected both by turbulence and visibility, but the
combined effects are poorly known. Both factors are changing in lakes in the Northern …

Diurnally-migrating Chaoborus spp. reach populations of up to 130,000 individuals m− 2 in
lakes up to 70 meters deep on all continents except Antarctica. Linked to eutrophication …

Controlling factors of CH 4 ebullitive flux are still poorly understood within daily timescales in
aquatic environments. Here, we explored if Chaoborus larvae bioturbation can influence the …

Along with the increasing economic development and human activities, natural wetlands
have been lost at a global scale, and artificial wetlands have been emerging in large …

To understand the distribution of phytoplankton functional groups (PFGs) and key factors on
their compositions in different watersheds of the Huanghe (Yellow) River basin, 25 river sites …

The coexistence of competing species relies on niche partitioning. Competitive exclusion is
likely inevitable at high niche overlap, but such divide between competitors may be bridged …

Turbulence can affect predator–prey interactions. The effect of turbulence on the feeding
efficiency of an ambush predator was tested with laboratory experiments. The experiments …