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Wildlife Research Wildlife Research Society
Ecology, management and conservation in natural and modified habitats
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Wildlife Research

Wildlife Research

Volume 52 Number 3 2025

WR24088Exploring the human dimensions of gharial conservation in the Mahanadi River, India

Laxmi Prasad Rath 0000-0001-7923-9820, Suraj Kumar Dash 0000-0003-1269-1518, Rajesh Kumar Mohapatra 0000-0002-4381-4421, Aliva Patnaik, Ashaharraza Khan and Sudarsan Maharana

Photograph of a gharial basking on a sandy dune near river bank occupied by people.

Critically endangered gharials found in the Mahanadi River are on the brink of extirpation which demands urgent conservation efforts for its survival. This study examines the dependencies of local people on the Mahanadi River and their perception of gharials. Despite living with gharials for years, people are still unaware of their ecological role and perceive them as a threat, similar to other crocodile; therefore, awareness on gharial ecology among the local riverside residents near critical gharial habitats may be useful for gharial conservation. Photograph by Ashaharraza Khan.

WR24132Evidence for an ecological two-population model for white sharks (Carcharodon carcharias) in Australian waters

T. G. Burke 0000-0003-2129-5664, C. Huveneers, L. Meyer, J. P. W. Hollins, L. Loseto, J. M. Werry and N. E. Hussey

Two white shark vertebrae of different sizes being displayed on gloved hands.

Understanding the population structure and connectivity of highly migratory fishes across their range is crucial information to develop and implement conservation initiatives for vulnerable species. This study aimed to characterise the extent of ontogenetic divergence in resource–habitat behaviour of two proposed subpopulations of white sharks in Australia. Differences in isotopic profiles of vertebrae across ontogeny from juvenile to subadult life stages support an ecological two-population model in Australia, suggesting the need for region-specific management. Photograph by Teah Burke.

This article belongs to the collection: White Sharks Global proceedings and recent advances in white shark ecology and conservation.


A photograph showing a blackbird flock above a sunflower field, where they can cause significant damage to the crop.

Drones are used to haze birds in conflict with agriculture, but understanding the impact of flocks, habitat, and environment improves protocols for integration of repellents applied by a spraying drone. We found that flocks in cattail allowed closer approach than those in sunflower. Although smaller flocks approached by drones later in the day allowed closer approach, abandonment increased with smaller flocks as the day progressed. Photograph by Jessica Duttenhefner.

WR24108Monitoring and habitat inferences change with population metric: a case study with mesocarnivores

Andrew R. Butler 0000-0001-9694-1670, Mairi K. P. Poisson, Patrick Tate, Daniel H. Bergeron and Remington J. Moll

Photograph of a bobcat entering a detection zone in forest.

Accurate and precise information on the abundance and distribution of mesocarnivores is essential for their management and conservation, but difficult to obtain. This study compared four monitoring metrics derived from camera traps and resultant habitat relationships for five mesocarnivores. Estimates of density and relative abundance were strongly correlated, whereas occupancy poorly aligned with density estimates, and the direction and strength of habitat relationships were metric dependent. Our results can help wildlife managers evaluate species-metric specific tradeoffs when designing monitoring programs. Photograph by University of New Hampshire/New Hampshire Fish and Game.

WR24107Purpose-driven approaches to age estimation in Australian flying-foxes (Pteropus)

Cinthia Pietromonaco 0009-0008-5966-457X, Douglas Kerlin 0000-0001-5898-1559, Peggy Eby, Hamish McCallum, Jennefer Mclean, Linda Collins and Alison J. Peel 0000-0003-3538-3550

A photo of a flying-fox having its forearm length measured with a calliper.

Age estimation is crucial for understanding the ecology, biology and behaviour of wildlife. Our systematic review summarises current age estimation practices on Australian flying-foxes, revealing inconsistencies in terminology, methodology and definitions that hinder cross-disciplinary research. By recommending enhanced reporting standards and promoting consistency, our work aims to improve age data reliability, facilitating more comprehensive ecological and biological studies and serving as a model for broader species application. Photograph by Kathleen Flynn.

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