The life cycle of Bithynia tentaculata has been studied in a natural environment (the Moselle river) and in a particular context of a heated channel. In the latter, the temperature was about 7°C to 10°C higher. Field and laboratory studies were conclued in both environments in order to describe the fecondity, the duration of egg development, the growth, and the sexual maturity. The results demonstrated that under heating conditions, the incubation period was shortened whereas the growth rate increased. As a consequence, the duration of the cyclewas reduced from six months in the Moselle river to four months or even less in the heated channel. Moreover, the absence of a cold temperature period in winter allowed the beginning of the reproduct...
L'étude de la reproduction chez les téléostéens est fondamentale pour comprendre le devenir des popu...
This paper proposes an empirical model for the recruitment of the scallop stock, Pecten maximus (L.)...
According to the latest report of the Intergovernmental Panel on Climate Change (IPCC), global warmi...
The life cycle of Bithynia tentaculata has been studied in a natural environment (the Moselle river)...
The study was conducted in an artificial reservoir, adjacent to a nuclear power plant, in which wate...
Abstract. This paper presents the results of a study of the effects of temperature on the growth, re...
Temperature dependent growth, respiration, and energy budgets were measured for two temperate and ar...
The impact of temperature on organism life cycles has received great attention due to heightened awa...
Temperature effects on organisms are of multiple scientific interests, such as for their life histor...
D’après le dernier rapport du groupe d'experts intergouvernemental sur l'évolution du climat (GIEC),...
The thermal effects on the biology of reproduction cycle of the bivalve Dreissena polymorpha are stu...
International audienceThe influence of local thermal regimes on juvenile growth rates, life-history ...
In this PhD thesis we investigated responses of natural Daphnia magna populations to recent climate ...
In this PhD thesis we investigated responses of natural Daphnia magna populations to recent climate ...
This paper examines the relationship between climatic conditions and the phenology of spawning of th...
L'étude de la reproduction chez les téléostéens est fondamentale pour comprendre le devenir des popu...
This paper proposes an empirical model for the recruitment of the scallop stock, Pecten maximus (L.)...
According to the latest report of the Intergovernmental Panel on Climate Change (IPCC), global warmi...
The life cycle of Bithynia tentaculata has been studied in a natural environment (the Moselle river)...
The study was conducted in an artificial reservoir, adjacent to a nuclear power plant, in which wate...
Abstract. This paper presents the results of a study of the effects of temperature on the growth, re...
Temperature dependent growth, respiration, and energy budgets were measured for two temperate and ar...
The impact of temperature on organism life cycles has received great attention due to heightened awa...
Temperature effects on organisms are of multiple scientific interests, such as for their life histor...
D’après le dernier rapport du groupe d'experts intergouvernemental sur l'évolution du climat (GIEC),...
The thermal effects on the biology of reproduction cycle of the bivalve Dreissena polymorpha are stu...
International audienceThe influence of local thermal regimes on juvenile growth rates, life-history ...
In this PhD thesis we investigated responses of natural Daphnia magna populations to recent climate ...
In this PhD thesis we investigated responses of natural Daphnia magna populations to recent climate ...
This paper examines the relationship between climatic conditions and the phenology of spawning of th...
L'étude de la reproduction chez les téléostéens est fondamentale pour comprendre le devenir des popu...
This paper proposes an empirical model for the recruitment of the scallop stock, Pecten maximus (L.)...
According to the latest report of the Intergovernmental Panel on Climate Change (IPCC), global warmi...