Overview
Having chosen to return to education as a mature student to study for a degree in Zoology at the University of Exeter's Penryn Campus, I'm now completing a PhD at the university. Since moving to Cornwall, I got to know some of its less popular residents: I spent the duration of my undergraduate degree living alongside a large colony of herring gulls. Having had a long-standing interest in animal behaviour and cognition, their lingering presence in the face of anthropogenic change struck me as an excellent opportunity to study the ways by which these seabirds appear to thrive in urban environments. My PhD research is co-supervised by Dr Neeltje Boogert and Dr Laura Kelley and aims to understand how herring gulls respond to behavioural cues from humans.
Qualifications
2018: BSc Zoology, University of Exeter
Publications
Key publications | Publications by category | Publications by year
Publications by category
Journal articles
Goumas M, Kelley L, Boogert N (In Press). Herring gull aversion to gaze in urban and rural human settlements.
Animal Behaviour Full text.
Goumas M, Boogert N, Kelley L (In Press). Urban herring gulls use human behavioural cues to locate food.
Royal Society Open Science Full text.
Goumas M, Lee VE, Boogert NJ, Kelley LA, Thornton A (2020). The Role of Animal Cognition in Human-Wildlife Interactions.
Frontiers in Psychology,
11 Full text.
Goumas M, Burns I, Kelley LA, Boogert NJ (2019). Herring gulls respond to human gaze direction.
Biol Lett,
15(8).
Abstract:
Herring gulls respond to human gaze direction.
Human-wildlife conflict is one of the greatest threats to species populations worldwide. One species facing national declines in the UK is the herring gull (Larus argentatus), despite an increase in numbers in urban areas. Gulls in urban areas are often considered a nuisance owing to behaviours such as food-snatching. Whether urban gull feeding behaviour is influenced by human behavioural cues, such as gaze direction, remains unknown. We therefore measured the approach times of herring gulls to a food source placed in close proximity to an experimenter who either looked directly at the gull or looked away. We found that only 26% of targeted gulls would touch the food, suggesting that food-snatching is likely to be conducted by a minority of individuals. When gulls did touch the food, they took significantly longer to approach when the experimenter's gaze was directed towards them compared with directed away. However, inter-individual behaviour varied greatly, with some gulls approaching similarly quickly in both treatments, while others approached much more slowly when the experimenter was looking at them. These results indicate that reducing human-herring gull conflict may be possible through small changes in human behaviour, but will require consideration of behavioural differences between individual gulls.
Abstract.
Author URL.
Full text.
Publications by year
In Press
Goumas M, Kelley L, Boogert N (In Press). Herring gull aversion to gaze in urban and rural human settlements.
Animal Behaviour Full text.
Goumas M, Boogert N, Kelley L (In Press). Urban herring gulls use human behavioural cues to locate food.
Royal Society Open Science Full text.
2020
Goumas M, Lee VE, Boogert NJ, Kelley LA, Thornton A (2020). The Role of Animal Cognition in Human-Wildlife Interactions.
Frontiers in Psychology,
11 Full text.
2019
Goumas M, Burns I, Kelley LA, Boogert NJ (2019). Herring gulls respond to human gaze direction.
Biol Lett,
15(8).
Abstract:
Herring gulls respond to human gaze direction.
Human-wildlife conflict is one of the greatest threats to species populations worldwide. One species facing national declines in the UK is the herring gull (Larus argentatus), despite an increase in numbers in urban areas. Gulls in urban areas are often considered a nuisance owing to behaviours such as food-snatching. Whether urban gull feeding behaviour is influenced by human behavioural cues, such as gaze direction, remains unknown. We therefore measured the approach times of herring gulls to a food source placed in close proximity to an experimenter who either looked directly at the gull or looked away. We found that only 26% of targeted gulls would touch the food, suggesting that food-snatching is likely to be conducted by a minority of individuals. When gulls did touch the food, they took significantly longer to approach when the experimenter's gaze was directed towards them compared with directed away. However, inter-individual behaviour varied greatly, with some gulls approaching similarly quickly in both treatments, while others approached much more slowly when the experimenter was looking at them. These results indicate that reducing human-herring gull conflict may be possible through small changes in human behaviour, but will require consideration of behavioural differences between individual gulls.
Abstract.
Author URL.
Full text.
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