Add to ORKGTemperature is a critical factor due to its effect on both physiology of the organism and the environmental chemistry of the metals. The present study focuses on the toxicity and the bioaccumulation kinetics of Cu and Pb in Notonecta glauca exposed to heavy metal contaminated water system at different temperatures. The result showed that the accumulation of heavy metal gradually increases with increase in temperature and duration of exposure while there was a decrease in LC50 value of Pb and Cu. The calculated uptake factor of lead at different temperatures showed that it has a higher uptake potential than copper
The purpose of this study was to study how temperature variation affects the tolerance of phosphorus...
The release of pollutant such as lead (Pb) from factories, agriculture wastes, and domestic wastes i...
Trabajo presentado en la SETAC Latin America 12th Biennial Meeting ("Bridging the Gap between Scienc...
Temperature is a critical factor due to its effect on both physiology of the organism and the enviro...
Temperature is a critical factor due to its effect on both physiology of the organism and the enviro...
Knowledge about how toxicity changes with temperature is important for determining the extent of saf...
The specialised fauna of freshwater springs will have to cope with a possible temperature rise owing...
Very little is currently known of subantarctic nearshore invertebrates\u27 sensitivity to environmen...
This study showed the effect of temperature on copper, zinc and lead toxicity to the freshwater amph...
Standard toxicity tests are performed at one constant, optimal temperature (usually 20 °C), while in...
International audienceScience of the Total Environment By measuring levels of tolerance to toxicants...
Metal bioaccumulation and toxicity to aquatic organisms depends on factors such as magnitude, durati...
Kinetic parameters (uptake from solution and elimination rate constants) of Cu, Ni and Pb bioaccumul...
Standard toxicity tests are performed at one constant, optimal temperature (usually 20 °C), while in...
International audienceMetal pollutants in marine systems are broadly acknowledged as deleterious: ho...
The purpose of this study was to study how temperature variation affects the tolerance of phosphorus...
The release of pollutant such as lead (Pb) from factories, agriculture wastes, and domestic wastes i...
Trabajo presentado en la SETAC Latin America 12th Biennial Meeting ("Bridging the Gap between Scienc...
Temperature is a critical factor due to its effect on both physiology of the organism and the enviro...
Temperature is a critical factor due to its effect on both physiology of the organism and the enviro...
Knowledge about how toxicity changes with temperature is important for determining the extent of saf...
The specialised fauna of freshwater springs will have to cope with a possible temperature rise owing...
Very little is currently known of subantarctic nearshore invertebrates\u27 sensitivity to environmen...
This study showed the effect of temperature on copper, zinc and lead toxicity to the freshwater amph...
Standard toxicity tests are performed at one constant, optimal temperature (usually 20 °C), while in...
International audienceScience of the Total Environment By measuring levels of tolerance to toxicants...
Metal bioaccumulation and toxicity to aquatic organisms depends on factors such as magnitude, durati...
Kinetic parameters (uptake from solution and elimination rate constants) of Cu, Ni and Pb bioaccumul...
Standard toxicity tests are performed at one constant, optimal temperature (usually 20 °C), while in...
International audienceMetal pollutants in marine systems are broadly acknowledged as deleterious: ho...
The purpose of this study was to study how temperature variation affects the tolerance of phosphorus...
The release of pollutant such as lead (Pb) from factories, agriculture wastes, and domestic wastes i...
Trabajo presentado en la SETAC Latin America 12th Biennial Meeting ("Bridging the Gap between Scienc...