Athalia rosae
Organism1 paper4 findingsTaxon 37344
- Model organisms1
Interventions
3Dietary nutrient variation
no changeactivity and its short-term repeatability1no changesocial interactions and interaction networks1
1 study
Dietary nutrient variation
no changeactivity and its short-term repeatability1no changesocial interactions and interaction networks1
Dietary nutrient variation has no effect on social interactions and interaction networks in A. rosae.
Model organismsDietary variation in amino acid or carbohydrate concentrations; mixed-sex groups
Nutrient variation shapes survival without altering activity or social interaction networks in a sawfly · Behavioral ecology : official journal of the International Society for Behavioral Ecology · 26 Aug 2026
Dietary nutrient variation has no effect on activity and its short-term repeatability in A. rosae.
Model organismsDietary variation in amino acid or carbohydrate concentrations2 d
Nutrient variation shapes survival without altering activity or social interaction networks in a sawfly · Behavioral ecology : official journal of the International Society for Behavioral Ecology · 26 Aug 2026
Dietary amino acid variation
no changesurvival1
1 study
Dietary amino acid variation
no changesurvival1
Dietary amino acid variation has no effect on survival in A. rosae.
Model organisms
Nutrient variation shapes survival without altering activity or social interaction networks in a sawfly · Behavioral ecology : official journal of the International Society for Behavioral Ecology · 26 Aug 2026
High-carbohydrate diet
uplifespan1
1 study
High-carbohydrate diet
uplifespan1
High-carbohydrate diet extends lifespan in A. rosae.
Model organisms
Nutrient variation shapes survival without altering activity or social interaction networks in a sawfly · Behavioral ecology : official journal of the International Society for Behavioral Ecology · 26 Aug 2026