TY - JOUR
T1 - A new vegetation classification for Western Australia's Two Peoples Bay Nature Reserve and its significance for fire management
AU - Hopkins, A. J.M.
AU - Williams, A. A.E.
AU - Harvey, J. M.
AU - Hopper, Stephen D.
N1 - Publisher Copyright:
© 2024 The Author(s) (or their employer(s)). Published by CSIRO Publishing. This is an open access article distributed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
PY - 2024/6/6
Y1 - 2024/6/6
N2 - Context: Vegetation mapping is subject to a diversity of approaches and lack of coordination, leading to low repeatability and predictive power in the species-rich flora of the Southwest Australian Floristic Region. Yet it has potential as a tool of use in fire management. Aims: This project, extending over five decades, aimed to develop an authoritative vegetation classification and map plant fire responses at Two Peoples Bay Nature Reserve. Methods: Using Muir's classification approach, field surveys were conducted with aerial photography in hand. Thirty-three vegetation units were identified, described, mapped, and photographed. Defining attributes and taxa were identified for each unit. Key results: Map, descriptions, and photographs detail forest, woodlands, mallee, scrub thickets, heath, wetlands, and granite communities on the Reserve. The forest, woodland, and shrublands were adequately classified and mapped. However, granite complex and mallee were least satisfactory, oversimplifying a rich diversity of vegetation types and habitats. Conclusions: The Reserve may be divided for management into the central third of heath, shrublands, and low woodlands largely across the isthmus, the dunes and wetlands of the west with a greater diversity of vegetation types, and the eastern granite inselberg attaining 408 m with the most diverse vegetation types. The latter inselberg needs continued protection from fire and other disturbances. Greatest change in vegetation is seen in lowland landscapes where fire activity has also been pronounced. Implications: Vegetation mapping has been a valuable aid for managers and fire planning, and for active comanagement with appropriate Aboriginal families.
AB - Context: Vegetation mapping is subject to a diversity of approaches and lack of coordination, leading to low repeatability and predictive power in the species-rich flora of the Southwest Australian Floristic Region. Yet it has potential as a tool of use in fire management. Aims: This project, extending over five decades, aimed to develop an authoritative vegetation classification and map plant fire responses at Two Peoples Bay Nature Reserve. Methods: Using Muir's classification approach, field surveys were conducted with aerial photography in hand. Thirty-three vegetation units were identified, described, mapped, and photographed. Defining attributes and taxa were identified for each unit. Key results: Map, descriptions, and photographs detail forest, woodlands, mallee, scrub thickets, heath, wetlands, and granite communities on the Reserve. The forest, woodland, and shrublands were adequately classified and mapped. However, granite complex and mallee were least satisfactory, oversimplifying a rich diversity of vegetation types and habitats. Conclusions: The Reserve may be divided for management into the central third of heath, shrublands, and low woodlands largely across the isthmus, the dunes and wetlands of the west with a greater diversity of vegetation types, and the eastern granite inselberg attaining 408 m with the most diverse vegetation types. The latter inselberg needs continued protection from fire and other disturbances. Greatest change in vegetation is seen in lowland landscapes where fire activity has also been pronounced. Implications: Vegetation mapping has been a valuable aid for managers and fire planning, and for active comanagement with appropriate Aboriginal families.
KW - fire management
KW - granite outcrop flora
KW - inselberg
KW - Noongar
KW - OCBIL
KW - vegetation mapping
KW - wetlands
KW - YODFEL
UR - http://www.scopus.com/inward/record.url?scp=85195804809&partnerID=8YFLogxK
U2 - 10.1071/PC24036
DO - 10.1071/PC24036
M3 - Article
AN - SCOPUS:85195804809
SN - 1038-2097
VL - 30
JO - Pacific Conservation Biology
JF - Pacific Conservation Biology
IS - 3
M1 - PC24036
ER -