RARCrec:一种用于经历植被和地貌恢复的河流系统的快速河岸植被评估方法

IF 1.9 4区 环境科学与生态学 Q3 ECOLOGY
Elisha Duxbury, Kirstie Fryirs, Michelle Leishman
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引用次数: 0

摘要

随着时间的推移监测回归植被的状况对于有效管理河岸植被至关重要。河岸快速评估方法是获取与河流健康有关的一系列变量的标准工具,可供具有不同经验水平的一系列用户使用。监测工作对于受到退化影响和随后的管理干预的河流尤为重要。在澳大利亚新南威尔士州的沿海集水区,植被重新回到历史上为农业清理的河流中,现在正在经历地貌恢复。我们提出了一种快速河岸评价方法,用于该地区正在经历植被和地貌恢复的河流。它通过提供一种可用于没有历史类似地点的方法,解决了现有快速评估方面的空白。我们的评估方法适应并扩展了一种广泛使用的方法——河岸状况快速评估(RARC),以捕捉恢复河流(rec)沿岸返回的河岸植被的质量,包括本地物种多样性和植被结构(因此被称为RARCrec)。RARCrec结合了四个子指数——植被覆盖、本地物种丰富度、本地物种与外来物种的比例以及植被健康特征——来产生一个总体植被状况评分,将场地分为差、中等和良好。每个分项指标的得分是对河坝、河滩和洪泛平原地形单元上的植被层(地被、禾草、中层、藤蔓和冠层)进行评估的。RARCrec已被设计为在新南威尔士州沿海地区的主要植被地层中使用,并已在该地区的36个地点进行了试验。评估可由两名技术上有能力的用户在半天内进行,并可用于长期监测植被状况,以告知在何处优先执行管理活动。提供了现场方法和数据表,包括评分系统,以支持RARCrec的实施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

The RARCrec: A rapid riparian vegetation assessment method for use in river systems undergoing vegetative and geomorphic recovery

The RARCrec: A rapid riparian vegetation assessment method for use in river systems undergoing vegetative and geomorphic recovery

Monitoring the condition of returning vegetation over time is essential for effectively managing riparian vegetation. Rapid riparian assessment methods are standard tools for capturing a suite of variables relevant to river health and are accessible to a range of users with different levels of experience. Monitoring efforts are particularly important for rivers undergoing degrading impacts and subsequent management interventions. In coastal catchments of New South Wales, Australia, vegetation is returning to rivers that were historically cleared for agriculture and are now experiencing geomorphic recovery. We present a rapid riparian assessment method for rivers undergoing vegetative and geomorphic recovery in this region. It addresses a gap in available rapid assessments by providing a methodology that can be used at sites with no historical analogue. Our assessment method adapts and extends a widely used method called the Rapid Assessment of Riparian Condition (RARC) to capture the quality of returning riparian vegetation along recovering rivers (rec), including native species diversity and vegetation structure (hence the name RARCrec). The RARCrec incorporates four sub-indices – vegetation cover, native species richness, proportion of native to exotic species, and features of vegetation health – to produce an overall vegetation condition score that classifies sites as poor, moderate, or good condition. Scores for each sub-index are assessed for the vegetation strata (groundcover, graminoids, midstorey, vines, and canopy) on the landform units of river bars, benches, and floodplains. The RARCrec has been designed to be sufficiently general for use in the main Vegetation Formations in coastal New South Wales and has been trialled at 36 sites across this region. Assessments can be conducted within half a day by two technically competent users and can be used to monitor vegetation condition over time to inform where to prioritise implementation of management activities. Field methodology and data sheets, including a scoring system, are provided to support the implementation of the RARCrec.

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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%
发文量
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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