Female behaviour in social Hymenoptera and the queen-worker conflict with respect to male production have been the focus of many studies. Although male production is an investment that is in conflict with investment in colony size, males play a vital role in colony reproduction. This paper reviews the production patterns of male stingless bees, their activities once they have reached adulthood and their origin (i.e., are they sons of workers or of queens). The existence of a broad spectrum of species-specific patterns of male production, sex ratios, and male parentage offers ample opportunities to discuss the influence of ecology on the dynamics of stingless bee colony life. The paper also argues that selfishness causes the queen and the wo...
Evolutionary conflicts among social hymenopteran nestmates are theoretically likely to arise over th...
Workers and males of stingless bees (Meliponini) emerge from morphologically similar cells. Normally...
Workers and males of stingless bees (Meliponini) emerge from morphologically similar cells. Normally...
Female behaviour in social Hymenoptera and the queen-worker conflict with respect to male production...
Although social hymenopteran colonies show a high level of cooperation among their members, colony m...
In many stingless bee species, laying workers oviposit trophic eggs that serve as a component of th...
We studied queen-worker conflict over male production in a Melipona bicolor colony, having three ph...
The focus of this paper is the process for brood production known as the Provisioning and Ovipositi...
The focus of this paper is the process for brood production known as the Provisioning and Ovipositi...
Honey bee colonies, although highly cooperative, are composed of genetically distinct individuals wi...
Honey bee colonies, although highly cooperative, are composed of genetically distinct individuals wi...
Male production was studied in four queenright M. favosa colonies by permanent and long duration ob...
This thesis presents some key aspects of the regulation and the mechanisms of colony reproduction in...
Abstract Background Cooperation and conflict in social insects are closely linked to the genetic str...
Kin selection models of intracolonial conflict over the maternity of males predict that social hymen...
Evolutionary conflicts among social hymenopteran nestmates are theoretically likely to arise over th...
Workers and males of stingless bees (Meliponini) emerge from morphologically similar cells. Normally...
Workers and males of stingless bees (Meliponini) emerge from morphologically similar cells. Normally...
Female behaviour in social Hymenoptera and the queen-worker conflict with respect to male production...
Although social hymenopteran colonies show a high level of cooperation among their members, colony m...
In many stingless bee species, laying workers oviposit trophic eggs that serve as a component of th...
We studied queen-worker conflict over male production in a Melipona bicolor colony, having three ph...
The focus of this paper is the process for brood production known as the Provisioning and Ovipositi...
The focus of this paper is the process for brood production known as the Provisioning and Ovipositi...
Honey bee colonies, although highly cooperative, are composed of genetically distinct individuals wi...
Honey bee colonies, although highly cooperative, are composed of genetically distinct individuals wi...
Male production was studied in four queenright M. favosa colonies by permanent and long duration ob...
This thesis presents some key aspects of the regulation and the mechanisms of colony reproduction in...
Abstract Background Cooperation and conflict in social insects are closely linked to the genetic str...
Kin selection models of intracolonial conflict over the maternity of males predict that social hymen...
Evolutionary conflicts among social hymenopteran nestmates are theoretically likely to arise over th...
Workers and males of stingless bees (Meliponini) emerge from morphologically similar cells. Normally...
Workers and males of stingless bees (Meliponini) emerge from morphologically similar cells. Normally...