Fathead minnows (Pimephales promelas Rafinesque) were continuously exposed to reduced pH levels of 4.5, 5.2, 5.9, 6.6 and 7.5 (control) during a 13-month, one-generation test. Survival was not affected, even at the lowest pH tested. Fish behavior was abnormal, and fish were deformed at pH 4.5 and 5.2. Egg production and egg hatchability were reduced at pH 5.9 and lower, and all eggs were abnormal. A pH of 6.6 was marginal for vital life functions, but safe for continuous exposure. Free carbon dioxide, liberated by the addition of sulfuric acid to reduce the pH, may have had an unknown effect. The fish did not become accliminated to low pH levels
Fathead minnows, 24 hr old, were shipped air freight from the EPA laboratory in Newtown, OH. The l...
British Columba (BC) has a well-established lake-stocking program that relies on hatchery-reared rai...
Acidity below pH 5.5 caused asphyxiation of P. reticulatus despite adequate dissolved oxygen and low...
Fathead minnows (Pimephales promelas Rafinesque) were continuously exposed to reduced pH levels of 4...
Lowered pH conditions in aquatic environments can have a negative impact on many aquatic organisms. ...
Breeding communities of flagflsh {Jordanella floridae) were exposed to adjusted pH levels of 6.0, 5...
Brook trout were continuously exposed to depressed pH values from 4.0 to 6.0, at 0.5 unit Intervals...
The effects of sulfuric acid on embryos, larvae, and juvenile fish were examined using standard bioa...
Macrobrachium rosenbergii is one of the shellfish species with high aquaculture value due to its inc...
8 pages, 2 figuresThe nitrification process in recirculating aquaculture systems can reduce water pH...
Ocean acidification is causing severe changes in the inorganic carbon balance of the oceans. The pH ...
Ocean acidification is a growing environmental problem, and there is a need to investigate how the d...
1. 1. There is a curvilinear relationship between oxygen consumption (OC in cm3/g1.053 per hr) and p...
Ocean acidification is causing severe changes in the inorganic carbon balance of the oceans. The pH ...
ABSTRACT Grass Carp fingerlings averaging 19.0 ±1.0 g in weight were stocked for 60 days at differe...
Fathead minnows, 24 hr old, were shipped air freight from the EPA laboratory in Newtown, OH. The l...
British Columba (BC) has a well-established lake-stocking program that relies on hatchery-reared rai...
Acidity below pH 5.5 caused asphyxiation of P. reticulatus despite adequate dissolved oxygen and low...
Fathead minnows (Pimephales promelas Rafinesque) were continuously exposed to reduced pH levels of 4...
Lowered pH conditions in aquatic environments can have a negative impact on many aquatic organisms. ...
Breeding communities of flagflsh {Jordanella floridae) were exposed to adjusted pH levels of 6.0, 5...
Brook trout were continuously exposed to depressed pH values from 4.0 to 6.0, at 0.5 unit Intervals...
The effects of sulfuric acid on embryos, larvae, and juvenile fish were examined using standard bioa...
Macrobrachium rosenbergii is one of the shellfish species with high aquaculture value due to its inc...
8 pages, 2 figuresThe nitrification process in recirculating aquaculture systems can reduce water pH...
Ocean acidification is causing severe changes in the inorganic carbon balance of the oceans. The pH ...
Ocean acidification is a growing environmental problem, and there is a need to investigate how the d...
1. 1. There is a curvilinear relationship between oxygen consumption (OC in cm3/g1.053 per hr) and p...
Ocean acidification is causing severe changes in the inorganic carbon balance of the oceans. The pH ...
ABSTRACT Grass Carp fingerlings averaging 19.0 ±1.0 g in weight were stocked for 60 days at differe...
Fathead minnows, 24 hr old, were shipped air freight from the EPA laboratory in Newtown, OH. The l...
British Columba (BC) has a well-established lake-stocking program that relies on hatchery-reared rai...
Acidity below pH 5.5 caused asphyxiation of P. reticulatus despite adequate dissolved oxygen and low...