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Impending Regeneration Failure of the IUCN Vulnerable Borneo Ironwood (Eusideroxylon zwageri)

Version 4 2024-03-12, 17:16
Version 3 2023-10-29, 14:09
journal contribution
posted on 2024-03-12, 17:16 authored by Lan QieLan Qie, Alexander D. Elsy, Yan N. Lui, Siew Ngim Ow, Matteo Sebastianelli, Bartosz Majcher, Muying Duan, Hannah Vigus, Grace Pounsin, Reuben Nilus, Robert Ewers, Ashley Stumvoll, Magdalena Kwasnicka, Anna L. Peel, Joseph A. Sullivan, Maisie S. Ettinger, Alasdair J. Robertson, Jeanelle K. Brisbane, Amber L. Sawyer
<p>The regeneration of many climax species in tropical forest critically depends on adequate seed dispersal and seedling establishment. Here, we report the decreased abundance and increased spatial aggregation of younger trees of the Borneo ironwood (Eusideroxylon zwageri) in a protected forest in Sabah Malaysia. We observed a high level of seedling herbivory with strong density dependence, likely exacerbated by local aggregation and contributing to the progressively shrinking size distribution. We also note the largely undocumented selective herbivory by sambar deer on E. zwageri seedlings. This study highlights the combined impact of altered megafauna community on a tree population through interlinked ecological processes and the need for targeted conservation intervention for this iconic tropical tree species.</p>

History

School affiliated with

  • Department of Life Sciences (Research Outputs)

Publication Title

Tropical Conservation Science

Volume

12

Pages/Article Number

1-6

ISSN

1940-0829

eISSN

1940-0829

Date Submitted

2019-02-18

Date Accepted

2018-12-12

Date of First Publication

2019-01-01

Date of Final Publication

2019-01-01

Date Document First Uploaded

2019-02-16

ePrints ID

34778

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