Maternal care is found in many insect species, and maternal care affects both offspring survival and growth significantly. The effect of maternal care was tested on the monogynous bark beetle Scolytodes gunnerae which breeds in live Gunnera petioles, by experimentally removing females from galleries to see how offspring survival and the number of offspring was affected. No consistent effect of female presence was found, and any effect of maternal presence was small. Female presence is discussed, and could be a case of functional semelparity. The brood size for this species was also found to be extremely small, and this is also discussed herein
Parents can increase the fitness of their offspring by allocating nutrients to eggs and/or providing...
Parental care is an important life-history tactic in many species of Heteroptera. In Finland there a...
In species with biparental care, there is sexual conflict as each parent is under selection to minim...
Maternal care is found in many insect species, and maternal care affects both offspring survival and...
Maternal effects are possible channels through which mothers provision their offspring differentiall...
It is often assumed that there is a positive relationship between egg size and offspring fitness. Ho...
Parental care strategies do not only vary greatly across species, but also within species, there can...
Results suggest that a single female is equally good at producing a 2nd brood as a pair, and that fe...
Life-history theory predicts that increased resource allocation in current reproduction comes at the...
Several recent hypotheses suggest that parental care can influence the extent of phenotypic variatio...
Parental care benefits offspring through maternal effects influencing their development, growth and ...
Guarding behavior is an important activity in sub-social insects, and this behavior is believed to i...
Despite numerous and diverse theoretical models for the indirect benefits of polyandry, empirical su...
When relatives mate, their inbred offspring often suffer a reduction in fitness-related traits known...
For insects that develop inside discrete hosts both host size and host quality constrain offspring g...
Parents can increase the fitness of their offspring by allocating nutrients to eggs and/or providing...
Parental care is an important life-history tactic in many species of Heteroptera. In Finland there a...
In species with biparental care, there is sexual conflict as each parent is under selection to minim...
Maternal care is found in many insect species, and maternal care affects both offspring survival and...
Maternal effects are possible channels through which mothers provision their offspring differentiall...
It is often assumed that there is a positive relationship between egg size and offspring fitness. Ho...
Parental care strategies do not only vary greatly across species, but also within species, there can...
Results suggest that a single female is equally good at producing a 2nd brood as a pair, and that fe...
Life-history theory predicts that increased resource allocation in current reproduction comes at the...
Several recent hypotheses suggest that parental care can influence the extent of phenotypic variatio...
Parental care benefits offspring through maternal effects influencing their development, growth and ...
Guarding behavior is an important activity in sub-social insects, and this behavior is believed to i...
Despite numerous and diverse theoretical models for the indirect benefits of polyandry, empirical su...
When relatives mate, their inbred offspring often suffer a reduction in fitness-related traits known...
For insects that develop inside discrete hosts both host size and host quality constrain offspring g...
Parents can increase the fitness of their offspring by allocating nutrients to eggs and/or providing...
Parental care is an important life-history tactic in many species of Heteroptera. In Finland there a...
In species with biparental care, there is sexual conflict as each parent is under selection to minim...