The ungulate pretender: Why the non‐native Sika deer may become Scotland's new Monarch of the Glen

Abstract High deer densities conflict with carbon sequestration and nature restoration objectives in Scotland, and heavy culling is increasingly common, alongside woodland expansion. To date, there is little coordination of deer control to address the spread of the non‐native Sika deer. Sika differ from native species in several ways that make them more likely to occupy newly created woodland habitat, achieve high densities, cause environmental damage and evade culling. In the absence of strategic management, there is a risk that culling has limited or perverse outcomes for Scotland's natural environments and native deer by reinforcing Sika's advantages, inadvertently creating a population dominated by non‐native deer and hybrids. We, a group of ecologists, deer managers and foresters, use our own experience alongside existing literature to highlight the challenges of, and to make a series of recommendations for, coordinated Sika management. Solution . We call for official recognition of the threats posed by Sika as an invasive non‐native species, in order to support strategic control of Sika populations at the edges of their range and at key points within them. This control can benefit enormously from collaborative evidence gathering using new technologies such as drone‐based censuses, information sharing and coordinated culls.

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Publication Details

Journal
Ecological Solutions and Evidence
Published
2025-10-01
DOI
https://doi.org/10.1002/2688-8319.70154
Primary Topic
Wildlife Ecology and Conservation
Type
article
Field-Weighted Citation Impact
0.00
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article

The ungulate pretender: Why the non‐native Sika deer may become Scotland's new Monarch of the Glen

K. H. Smith, Calum Brown, C. M. Atkinson, Erik Paterson et al.
Ecological Solutions and Evidence
Wildlife Ecology and Conservation
article

The ungulate pretender: Why the non‐native Sika deer may become Scotland's new Monarch of the Glen

K. H. Smith, Calum Brown, C. M. Atkinson, Erik Paterson, Penelope R. Whitehorn, David Butkowski, David Tulloch
article en

Abstract

Abstract High deer densities conflict with carbon sequestration and nature restoration objectives in Scotland, and heavy culling is increasingly common, alongside woodland expansion. To date, there is little coordination of deer control to address the spread of the non‐native Sika deer. Sika differ from native species in several ways that make them more likely to occupy newly created woodland habitat, achieve high densities, cause environmental damage and evade culling. In the absence of strategic management, there is a risk that culling has limited or perverse outcomes for Scotland's natural environments and native deer by reinforcing Sika's advantages, inadvertently creating a population dominated by non‐native deer and hybrids. We, a group of ecologists, deer managers and foresters, use our own experience alongside existing literature to highlight the challenges of, and to make a series of recommendations for, coordinated Sika management. Solution . We call for official recognition of the threats posed by Sika as an invasive non‐native species, in order to support strategic control of Sika populations at the edges of their range and at key points within them. This control can benefit enormously from collaborative evidence gathering using new technologies such as drone‐based censuses, information sharing and coordinated culls.

Ecological Solutions and EvidenceVol. 6(4)
Karlsruhe Institute of Technology (DE), Diagnostics for the Real World (United Kingdom) (GB)
Openalex Percentile: Top 63%
Wildlife Ecology and Conservation
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The ungulate pretender: Why the non‐native Sika deer may become Scotland's new Monarch of the Glen — K. H. Smith, Calum Brown, et al. · Ecological Solutions and Evidence (2025) | TGRS Research Map | TGRS