稀少发生记录的兰花:以濒临灭绝的植物湾胡子兰为例

IF 1.9 4区 环境科学与生态学 Q3 ECOLOGY Ecological Management & Restoration Pub Date : 2023-05-30 DOI:10.1111/emr.12575
Matthew Mo, Averill Wilson, Alice McGowan, Marie-Claire A. Demers, Greg L. Steenbeeke
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摘要

由于知识差距阻碍了有效管理战略的制定,研究不足的物种可能会被保护计划低估。植物湾有胡子的绿色地带Pterostylis sp.植物湾是一个研究不足的植物的例子,根据英联邦和新南威尔士州的立法,它被列为濒危植物。这项研究报告了1998年至2005年在已知的八个地点进行的档案调查,以及2022年的后续调查。档案调查发现,总人口数量在83至341人之间。群体中记录的幼苗、开花个体和表现出荚膜发育的个体的平均数量(±标准误差)为43 ± 14,33 ± 9和2 ± 1。2022年的调查没有发现该物种。根据生物多样性数据库中的记录得出了一个潜在栖息地区域,该数据库确定了1.38的历史总范围 ha仅限于新南威尔士州悉尼的库内尔半岛。下一步的首要任务是收集当代数据,以确认植物湾胡子绿地是否仍然存在,这可以由应用研究人员、学生、土地所有者和土地管理者、植物从业者和/或志愿者完成。为了实现最佳物种检测,我们建议在历史上已知的地点进行正式调查或机会性搜索,并在7月至9月期间复制检测工作,以利用季节性开花。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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Orchids with scarce occurrence records: The case of the endangered Botany Bay Bearded Greenhood

Poorly studied species are potentially under-prioritised by conservation programmes due to knowledge gaps presenting barriers to informing effective management strategies. The Botany Bay Bearded Greenhood, Pterostylis sp. Botany Bay, is an example of a poorly studied plant that is listed as endangered under both Commonwealth and New South Wales legislation. This study reports on archival surveys from 1998 to 2005 conducted at up to eight sites known to contain the Botany Bay Bearded Greenhood and follow-up surveys in 2022. The archival surveys found that the total population count ranged from 83 to 341 individuals. Mean numbers (± standard error) of seedlings, flowering individuals and individuals exhibiting capsule development recorded in the population were 43 ± 14, 33 ± 9 and 2 ± 1 respectively. The 2022 surveys did not detect the species. An area of potential habitat was derived from records in biodiversity databases, which determined a total historical extent of 1.38 ha restricted to the Kurnell Peninsula in Sydney, New South Wales. The priority next step is to gather contemporary data to confirm whether the Botany Bay Bearded Greenhood remains extant, which can be done by applied researchers, students, landholders and land managers, botanical practitioners and/or volunteers. For optimal species detection, we recommend undertaking formal surveys or opportunistic searches in historically known sites and replicating detection efforts across July–September periods to exploit seasonal flowering.

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来源期刊
Ecological Management & Restoration
Ecological Management & Restoration Environmental Science-Management, Monitoring, Policy and Law
CiteScore
4.20
自引率
0.00%
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0
期刊介绍: Ecological Management & Restoration is a peer-reviewed journal with the dual aims of (i) reporting the latest science to assist ecologically appropriate management and restoration actions and (ii) providing a forum for reporting on these actions. Guided by an editorial board made up of researchers and practitioners, EMR seeks features, topical opinion pieces, research reports, short notes and project summaries applicable to Australasian ecosystems to encourage more regionally-appropriate management. Where relevant, contributions should draw on international science and practice and highlight any relevance to the global challenge of integrating biodiversity conservation in a rapidly changing world. Topic areas: Improved management and restoration of plant communities, fauna and habitat; coastal, marine and riparian zones; restoration ethics and philosophy; planning; monitoring and assessment; policy and legislation; landscape pattern and design; integrated ecosystems management; socio-economic issues and solutions; techniques and methodology; threatened species; genetic issues; indigenous land management; weeds and feral animal control; landscape arts and aesthetics; education and communication; community involvement.
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Issue Information Destocking waterways: Evidence that stocked Murray Cod (Maccullochella peelii) were extracted at pumped irrigation diversions within 24 hours of release Managing biodiversity on private land: Directions for collaboration through reconciliation ecology Mitigative translocation of Singleton Mint Bush (Prostanthera cineolifera) on the NSW North Coast: Effects of soil texture, horticultural practice and bushfire on the translocation outcome Issue Information
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