Claire Elizabeth Tanner

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Lecturer in Wildlife Ecology

University of South Wales
Country flagUnited Kingdom

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About

Claire Elizabeth Tanner is a Lecturer in Wildlife Ecology at the University of South Wales, UK. Her research focuses on avian ecology, particularly the factors affecting nest survival of tropical plovers in Madagascar and the diversity of sex roles in shorebird breeding systems. She has published articles exploring the impact of clutch size, age of nest, and climate events on bird populations.

Recent Grants

Grant: Close

The fisheries-pinniped human-wildlife conflict in the UK

Open Date: 2024-02-01

Close Date: 2024-07-01

Articles (2)

Year:

2024

Males and females often exhibit different behaviours during mate acquisition, pair‐bonding and parenting, and a convenient label to characterize these behaviours is sex role. The diverse roles that male and female shorebirds (plovers, sandpipers and allies) exhibit in mating and parenting have played a key role in advancing mainstream theories in avian ecology and behavioural biology including sexual selection, sexual conflict and parental cooperation. Recent advances in shorebird research have also highlighted the significance of the social environment in driving sex role behaviours by linking the adult sex ratio with breeding behaviour and population demography. Here we review the key advances in sex role research using shorebirds as an ecological model system. We identify knowledge gaps and argue that shorebirds have untapped potential to accelerate diverse research fields including evolutionary genomics, movement ecology, social networks and environmental changes. Future studies of sex roles will benefit from individual‐based monitoring using advanced tracking technologies, and from multi‐team collaborations that are facilitated by standardized data collection methodologies across different species in the field. These advances will not only contribute to our understanding of reproductive strategies, but they will also have knock‐on effects on predicting population resilience to environmental changes and on prioritizing species for conservation.

Year:

2023

Collaborators (3)

Zsófia Tóth

Eötvös Loránd Kutatási Hálózat

HUNGARY
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Jose Valdebenito

University of Debrecen

HUNGARY
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Grant C. McDonald

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HUNGARY
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