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

Wildlife Research

Volume 52 Number 10 2025

WR25043Standardisation in bat acoustic research: a review of reporting practices in Australia

Kelly Sheldrick 0009-0000-4675-2564, David A. Hill, Patricia A. Fleming 0000-0002-0626-3851 and Rochelle Steven

Gould’s wattled bat gently held in hand, showing its dark brown fur and distinctive facial wattles.

Bat acoustic surveys are a key tool for research and surveying of echolocating bats in Australia, but inconsistent reporting practices hinder their effectiveness. This review evaluates the reporting practices of Australian bat acoustic studies and identifies gaps in call identification and survey methodology. Standardising these practices will enhance data quality and improve bat conservation efforts across the country. Photograph by Holly Winkle.

WR25028Trophic niche partitioning between the white shark (Carcharodon carcharias) and the shortfin mako (Isurus oxyrinchus) in the central Mediterranean Sea

C. Gambardella 0000-0001-9943-5028, E. Fernández-Corredor, S. Moro, K. Echwiki, J. F. Jenrette, C. Lemsi, R. J. Schallert, B. D. Shea 0000-0001-7771-0586, M. Chatti Zammit, C. Cerrano, F. Colloca, T. Romeo, J. Navarro and F. Ferretti

A diagram showing isotopic niches of two shark species.

White sharks and shortfin makos have faced critical population declines in the Mediterranean Sea. This study analyzed the trophic ecology of individuals captured on the Tunisian Plateau, showing their prey preferences and highlighting patterns of niche partitioning among juvenile stages. Our findings emphasize the need for targeted conservation strategies to ensure the survival of these apex predators. Diagram by Chiara Gambardella.

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

WR25019Effectiveness of bite-resistant materials to reduce injuries from white shark (Carcharodon carcharias) and tiger shark (Galeocerdo cuvier) bites

Thomas M. Clarke 0000-0002-3342-7671, Paul A. Butcher 0000-0001-7338-6037, Marcel Green, James Whitelaw, Lauren Meyer and Charlie Huveneers 0000-0001-8937-1358

A photograph of bite-resistant material testing for white sharks and tiger sharks.

Lightweight bite-resistant materials offer potential to reduce injuries and blood loss from shark bites, while maintaining flexibility for the user. This study aimed to assess effectiveness of four different bite-resistant fabrics at reducing damage resulting from bites from white and tiger sharks, two species responsible for the most fatalities in Australia. We highlight the ability of bite-resistant material to potentially reduce injuries, haemorrhaging and tissue loss from shark bites. There were no significant differences in substantial and critical damage between bite-resistant materials. Photograph supplied by Flinders University.

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

WR24214Quantifying deer control efficiency using non-invasive genetic sampling and spatial capture–recapture

Lauren C. White 0000-0001-8085-9293, Erin Hill 0000-0002-7642-696X, Nicholas Murphy, Dave S. L. Ramsey 0000-0002-4839-1245, Luke Woodford, Thomas Schneider, Ami Bennett 0000-0002-1908-1475, Damien McMaster, Kaustuv Dahal and Carlo Pacioni

Example of genetically sampled deer scat in the field.

Culling programs are often used to reduce invasive species population sizes and their negative environmental impacts. In this study, we assessed deer control efficiency at three sites in south-eastern Australia by using genetic mark–recapture modelling. Our findings suggested that seasonal deer movement and re-incursion from wider parks affect culling program effectiveness. We advise prioritising control efforts on small, isolated populations, and focusing on high-altitude sites during summer months. Photograph by Lauren C. White.


Photograph of North Flinders Ranges thick-billed grasswren on dry sandy ground next to dead branch and a chenopod shrub

The numbers of North Flinders Ranges thick-billed grasswren have declined markedly in some parts of its range in recent years. We used models to create maps of grasswren habitat suitability for two periods (1994–2011 and 2012–2023) which show a 25% reduction in predicted suitable habitat. This method has furthered understanding of factors that influence grasswren habitat suitability and can benefit conservation management efforts. Photograph by Sam Gordon.

WR25080Healthy or unhealthy? Risk factors and biomarkers associated with exposure to infectious agents in wild lowland tapirs (Tapirus terrestris)

Renata Carolina Fernandes-Santos 0000-0001-8530-1395, Kristin Warren, Rebecca Vaughan-Higgins, Emília Patrícia Medici and Mieghan Bruce 0000-0003-3176-2094

Wild lowland tapirs inhabit human-altered landscape.

Human-altered landscapes are exposing wild lowland tapirs to disease threats. This study identified key infectious agents and health indicators in tapirs across pristine and disturbed habitats in Brazil, showing that location strongly influences disease risk. These findings support targeted health monitoring and management strategies to safeguard tapir populations amid growing environmental change. Photograph by Renata Carolina Fernandes-Santos.


Photograph of a mountain brushtail possum in the Strathbogie Forest.

Wildlife monitoring must be cost-efficient, considering limited conservation budgets, and part of efficient monitoring is the evaluation of the different methods available. We evaluated two potential methods (spotlighting and thermal imaging) and found that there was a clear effect of method on detectability for several arboreal marsupial species in the Strathbogie region in north-eastern Victoria, Australia. There remains future work to better understand how variation in the abundance of each species influences species-level detectability in the region. Photograph by Nicholas Tan.

WR25069Short-term impacts of large re-stocking on European hare population dynamics in a grassland landscape

Charles P. Henriot 0000-0002-1724-2351, Léopold Berger, Thibaut Powolny, Régis Renaude, Christophe Bonenfant and Mickaël Sage

European hare in its native environment.

Reinforcement is increasingly used as a conservation strategy to limit population declines. This study assessed the impact of re-stocking on European hare population dynamics in a grassland (Jura Mountains, France), a habitat representative of declines in Europe, and showed limited short-term effects owing to low survival rates and high predation. We make recommendations to improve reinforcement success in the context. Photograph by Léopold Berger.

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