1. Treehoppers (Hemiptera: Membracidae) exhibit a wide range of social behaviours related to maternal care and nymphal aggregation. Maternal care represents an investment in terms of time and energy leading to trade-offs which bear a strong relationship with parity and can thus affect population dynamics. These trade-offs can be modulated by biotic and abiotic features of the oviposition site. 2. Preliminary observations on Ennya maculicornis (Membracidae: Similinae: Polyglyptini) show that females generally lay a single egg mass, and occasionally two or three egg masses, and that maternal care is a plastic trait because some females abandoned their egg mass before it hatched while other females remained with their offspring after egg h...
1. Theory predicts that organisms should invest in overcoming a factor that may limit their reproduc...
Finding and choosing a good site for oviposition is a challenging task for females of herbivorous in...
To understand the selective pressures that shape the phenology of a species, it is essential to know...
Treehoppers (Membracidae) exhibit different levels of sociality, from solitary to presocial. Althoug...
Social behaviour in the form of parental care is widespread among insects but the evolutionary histo...
Parental protection of eggs represents one of the most basic forms of parental care. Theory suggests...
The pronotum is the most distinctive and representative structure in treehoppers. Although several f...
Alchisme grossa is a treehopper species showing maternal care until at least the third nymphal insta...
Maternal care in the animal kingdom can vary immensely from species to species, but the reason for i...
The mechanisms which promote divergence in populations of phytophagous insects using alternative hos...
Abstract— Two-marked treehoppers (Enchenopa binotata) form a complex of 11 closely related species a...
Invertebrates make up roughly 90% of animal biomass on the planet, insects constituting the majority...
Phytophagous insects and plants comprise one half of all macroscopic organisms on Earth, and underst...
Subsocial insects rely on maternal care in order to enhance offspring survival. Subsocial Hoplophori...
A population of Umbonia ataliba (Homoptera: Membracidae) located between 1300 and 1500 m in Montever...
1. Theory predicts that organisms should invest in overcoming a factor that may limit their reproduc...
Finding and choosing a good site for oviposition is a challenging task for females of herbivorous in...
To understand the selective pressures that shape the phenology of a species, it is essential to know...
Treehoppers (Membracidae) exhibit different levels of sociality, from solitary to presocial. Althoug...
Social behaviour in the form of parental care is widespread among insects but the evolutionary histo...
Parental protection of eggs represents one of the most basic forms of parental care. Theory suggests...
The pronotum is the most distinctive and representative structure in treehoppers. Although several f...
Alchisme grossa is a treehopper species showing maternal care until at least the third nymphal insta...
Maternal care in the animal kingdom can vary immensely from species to species, but the reason for i...
The mechanisms which promote divergence in populations of phytophagous insects using alternative hos...
Abstract— Two-marked treehoppers (Enchenopa binotata) form a complex of 11 closely related species a...
Invertebrates make up roughly 90% of animal biomass on the planet, insects constituting the majority...
Phytophagous insects and plants comprise one half of all macroscopic organisms on Earth, and underst...
Subsocial insects rely on maternal care in order to enhance offspring survival. Subsocial Hoplophori...
A population of Umbonia ataliba (Homoptera: Membracidae) located between 1300 and 1500 m in Montever...
1. Theory predicts that organisms should invest in overcoming a factor that may limit their reproduc...
Finding and choosing a good site for oviposition is a challenging task for females of herbivorous in...
To understand the selective pressures that shape the phenology of a species, it is essential to know...