Detecting and responding to threats are of prime importance for social species which need to be able to distinguish nestmates from intruders to protect the resources of their colony. However, individuals may differ in their propensity to recognise threats due to factors, often intercorrelated, such as caste, age and experience, and the ability to separate these is important for understanding why behaviours are expressed. Here, we use leaf-cutting ants in a controlled behavioural assay to tease apart the factors which likely affect threat response behaviours in social insect workers. We show that foraging workers respond to threats more readily than do within-nest workers. The response of all workers was greater towards more foreign stimuli—...
1. Ant workers are often specialized in specific tasks, and it is well-established that the main tas...
The flexibility of organisms to respond plastically to their environment is fundamental to their fit...
Young workers of the ant Myrmica sabuleti (Hymenoptera: Formicidae) Meinert 1861 perceived nestmate ...
The ability of an organism to detect threats is fundamental to mounting a successful defense and thi...
Social insects vigorously defend their nests against con- and heterospecific competitors. Collective...
Social animals are faced with an intriguing dilemma. On the one hand, interactions between individua...
A diversity of arthropods (myrmecophiles) thrives within ant nests, many of them unmolested though s...
AbstractSocial animals are faced with an intriguing dilemma. On the one hand, interactions between i...
Abstract: Division of labor in social insects has been explained by response threshold models which ...
The ecological and evolutionary success of social insects relies on their ability to efficiently dis...
Abstract Background Social parasitism is an important selective pressure for social insect species. ...
Student paper, BIOL 3811, 2009Ants are eusocial insects whose workers may engage in foraging as thei...
Discriminating between group members and strangers is a key feature of social life. Nestmate recogni...
Recognition systems are involved in a range of evolutionary and biological processes, and animals us...
The most sophisticated form of altruism is found in eusocial insects, with workers usually sacrifici...
1. Ant workers are often specialized in specific tasks, and it is well-established that the main tas...
The flexibility of organisms to respond plastically to their environment is fundamental to their fit...
Young workers of the ant Myrmica sabuleti (Hymenoptera: Formicidae) Meinert 1861 perceived nestmate ...
The ability of an organism to detect threats is fundamental to mounting a successful defense and thi...
Social insects vigorously defend their nests against con- and heterospecific competitors. Collective...
Social animals are faced with an intriguing dilemma. On the one hand, interactions between individua...
A diversity of arthropods (myrmecophiles) thrives within ant nests, many of them unmolested though s...
AbstractSocial animals are faced with an intriguing dilemma. On the one hand, interactions between i...
Abstract: Division of labor in social insects has been explained by response threshold models which ...
The ecological and evolutionary success of social insects relies on their ability to efficiently dis...
Abstract Background Social parasitism is an important selective pressure for social insect species. ...
Student paper, BIOL 3811, 2009Ants are eusocial insects whose workers may engage in foraging as thei...
Discriminating between group members and strangers is a key feature of social life. Nestmate recogni...
Recognition systems are involved in a range of evolutionary and biological processes, and animals us...
The most sophisticated form of altruism is found in eusocial insects, with workers usually sacrifici...
1. Ant workers are often specialized in specific tasks, and it is well-established that the main tas...
The flexibility of organisms to respond plastically to their environment is fundamental to their fit...
Young workers of the ant Myrmica sabuleti (Hymenoptera: Formicidae) Meinert 1861 perceived nestmate ...