Naked carp (Gymnocypris przewalskii), endemic to the saline-alkaline Lake Qinghai, have
the capacity to tolerate combined hypoxia and high alkalinity. This study evaluated the effect …

Long term exposure to brackish water (171 mm NaCl) affected the capacity of common carp
Cyprinus carpio to deal with hypoxic conditions and the critical oxygen concentrations for …

The increase in concentration of ammonia in lake water during the degradation of algal
blooms may last for several weeks and thus cause chronic toxicity to aquatic organisms. The …

The scale-less carp (Gymnocypris przewalskii) inhabits Lake Qinghai located on the Qinghai–
Tibet plateau (elevation, 3200 m) in western China. The lake waters are alkaline (pH 9.4 …

Biochemical and respiratory changes in the common carp Cyprinus carpio, were studied 6,
24, 96 and 168 h upon exposure to hypoxia (0· 5 mgO2 l− 1). Modification of kinetic …

The relationship between water pH and hardness influences fish physiology, where
increasing water hardness could trigger a protective effect for fish exposed to acidic or …

With an aim to study the mechanism of adaptation to acute hypoxic periods by hypoxia-
tolerant catfish, Clarias batrachus, the mass-specific metabolic rate (VO 2) along with its …

The air-breathing fish, Channa striatus can survive in muddy and marshy water. It is a
hypoxia tolerant species. Hypoxia tolerance linked investigations for large-bodied fishes are …

An important environmental concern associated with intensive fish culture is the production
of ammonia, which is formed through ammonification of organic matter like unconsumed …

Although people usually think that freshwater fish always live and be cultivated well in fresh
water, actually, some kinds of freshwater fish also can survive even live better and grow …