Add to ORKGThe effect of larval density on the survival, fecundity and body size at two temperatures in experimental populations of C. megacephala was studied. No effect from simultaneous influence of density and temperature on life history characteristics of C. megacephala was found. Significant effects of density and temperature on survival, fecundity and body size were observed. The importance of these results for the population dynamics of C. megacephala is discussed
Many environmental factors, biotic and abiotic interact to influence organismal development. Given t...
Our research focuses on developing techniques to rear ladybird beetles (Coleoptera: Coccinellidae). ...
The Earth's climate is changing with a trend towards higher mean temperatures and increased temperat...
The effect of larval density on the survival, fecundity and body size at two temperatures in experim...
The effect of larval density on the survival, fecundity and body size at two temperatures in experim...
In this study we analysed the theoretical population dynamics of C. megacephala, an exotic blowfly, ...
Growth and matamorphosis of the midge larva Chironomus circumdatus were studied in relation to diffe...
Rearing experiments of Cx. tritaeniorhynchus Giles immatures were conducted under different temperat...
Despite long-standing interest in the forms and mechanisms of density dependence, these are still im...
The laboratory population dynamics of Chrysomya megacephala (F.) was explored with a mathematical mo...
Tenebrio molitor larvae live, at least partially, inside their feed. Hence, they do not live on a 2D...
Neste estudo a variação sazonal da fecundidade, tamanhos de asa e tíbia, foi investigada em populaçõ...
Individual growth rates and survival are major determinants of individual fitness, population size s...
In a field population of Bupalus piniarius in the Netherlands, Klomp (1958a, 1966) found a negative ...
Data on individual survival, growth and reproduction of 'Daphnia magna' individuals, as collected du...
Many environmental factors, biotic and abiotic interact to influence organismal development. Given t...
Our research focuses on developing techniques to rear ladybird beetles (Coleoptera: Coccinellidae). ...
The Earth's climate is changing with a trend towards higher mean temperatures and increased temperat...
The effect of larval density on the survival, fecundity and body size at two temperatures in experim...
The effect of larval density on the survival, fecundity and body size at two temperatures in experim...
In this study we analysed the theoretical population dynamics of C. megacephala, an exotic blowfly, ...
Growth and matamorphosis of the midge larva Chironomus circumdatus were studied in relation to diffe...
Rearing experiments of Cx. tritaeniorhynchus Giles immatures were conducted under different temperat...
Despite long-standing interest in the forms and mechanisms of density dependence, these are still im...
The laboratory population dynamics of Chrysomya megacephala (F.) was explored with a mathematical mo...
Tenebrio molitor larvae live, at least partially, inside their feed. Hence, they do not live on a 2D...
Neste estudo a variação sazonal da fecundidade, tamanhos de asa e tíbia, foi investigada em populaçõ...
Individual growth rates and survival are major determinants of individual fitness, population size s...
In a field population of Bupalus piniarius in the Netherlands, Klomp (1958a, 1966) found a negative ...
Data on individual survival, growth and reproduction of 'Daphnia magna' individuals, as collected du...
Many environmental factors, biotic and abiotic interact to influence organismal development. Given t...
Our research focuses on developing techniques to rear ladybird beetles (Coleoptera: Coccinellidae). ...
The Earth's climate is changing with a trend towards higher mean temperatures and increased temperat...