Measuring the impact of a journal

IF 2.2 4区 环境科学与生态学 Q3 ECOLOGY Ecological Management & Restoration Pub Date : 2017-09-15 DOI:10.1111/emr.12276
Tein McDonald
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Bennett raises more novel ways being considered by the Australian Research Council (which funds research) to measure the degree a project engages with industry partners and others who may use the research findings. The interview is a good read also because it provides us with some insights into the author's own career, his background, his drive to consider questions at larger and larger scales and his hopes for the future of biodiversity conservation research and practice in Australia.</p><p>Bennett speaks of the importance of not only spatial scale but also temporal scale. We need longer-term efforts and longer-term research and practice. This is echoed by David Lamb's comment piece in this issue which eloquently challenges both science and practice institutions to take stronger steps to protect long-term data- or old data that can act as a baseline for building upon in the future. 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引用次数: 0

Abstract

The Ecological Management & Restoration (EMR) journal's long journey to become listed on the Web of Science (previously referred to as ISI listing) – and thus be included in the Science Citation Index Expanded (SCIE) – has now been rewarded. In short, EMR now has an Impact Factor. In the 2016 Journal Citation Report, EMR received a score of 1.139 – which places the journal 115/153 in the Ecology category. Papers from EMR are now being cited widely. For example, the Scopus 2016 database listed 130 EMR papers that were cited in nearly 90 different SCIE journals and publications. This is not bad for a newcomer and is a clear baseline from which the journal can build.

There are several issues with the listing process that explain the long time this has taken. One of the main reasons is that a journal needs a minimum qualifying level of citations in papers published in already listed journals to get to the bottom rung of the ladder. This is hard enough for any new journal but is doubly hard for an intentionally applied science journal with a largely management-oriented readership – given that most of the journals already in SCIE are primarily directed to a research readership and may be less likely to cite applied science papers.

It is significant, then, that this Impact Factor was attained despite ESA's decision to retain the journal's current scope and format, only making very minimal concessions to improve EMR’s conformity to a science journal format. That is, EMR is, and will remain, primarily a management-oriented journal linking science and practice. But having an Impact Factor means that EMR may now be a more attractive first-choice publication outlet for researchers working in universities – while also retaining a strong representation from management authors and a strong management readership. It is this readership, after all, that is one of the reasons many established researchers send particular (applied) papers to EMR as their first-choice publication outlet.

In his interview in this issue, Andrew Bennett – who has been a dedicated executive member of the EMR board since its inception in the year 2000 – reflects on the importance of communicating science to end-users. He is not alone in his view that the motivation behind the work of many scientists working in the nature conservation area is to make the world a better place, requiring researchers to communicate their work not only to other researchers but also to managers. Bennett raises more novel ways being considered by the Australian Research Council (which funds research) to measure the degree a project engages with industry partners and others who may use the research findings. The interview is a good read also because it provides us with some insights into the author's own career, his background, his drive to consider questions at larger and larger scales and his hopes for the future of biodiversity conservation research and practice in Australia.

Bennett speaks of the importance of not only spatial scale but also temporal scale. We need longer-term efforts and longer-term research and practice. This is echoed by David Lamb's comment piece in this issue which eloquently challenges both science and practice institutions to take stronger steps to protect long-term data- or old data that can act as a baseline for building upon in the future. Linda Broadhurst and colleagues also take a big picture temporal view in their article on designing protocols for revegetation that can double as experimentation into genetic adaptation in the context of changing climates.

The remaining offerings of long and short technical and research reports in this issue epitomize the management relevance of EMR papers. Each of these grapples with measuring the effects of solution-based restoration or management. Of the longer articles, this includes Ben Carr and colleagues’ review of the use of Conservation Action Planning to improve, in particular, the management of private conservation reserves in Australia including on Indigenous lands; Peter Kyne and Pierre Feutry focus on mitigating recreational overfishing; Joseph Stapleton and colleagues focus on trialling the introduction of coarse woody debris to reduce mammalian browsing in revegetation; Chris Gillies and colleagues focus on oyster reef restoration, and Konrad Uebel and colleagues and Steve Sinclair and colleagues focus on the observations of natural recovery of vegetation communities after a range of interventions.

Indeed, it is the quality of the applied science papers that will retain and build EMR's Impact Factor, although our applied focus will always limit citations in pure research publications. We know that EMR counts in terms of end-user impact and recommend that it be continued to be considered as such by researchers and the bodies who fund them, rather than now judging EMR by its SCIE Impact Factor alone.

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衡量期刊的影响力
生态管理;《修复》(EMR)期刊被列入科学网(以前称为ISI名单)——并因此被列入科学引文索引扩展(SCIE)——的漫长历程现在得到了回报。简而言之,电子病历现在有一个影响因子。在2016年期刊引用报告中,EMR获得了1.139分,这使得该期刊在生态学类别中排名115/153。EMR的论文现在被广泛引用。例如,Scopus 2016数据库列出了130篇EMR论文,这些论文被近90种不同的SCIE期刊和出版物引用。这对新来者来说还不错,也是期刊可以建立的一个清晰的基础。上市过程中存在几个问题,可以解释为何花了这么长时间。其中一个主要原因是,期刊需要在已被收录的期刊上发表的论文达到最低引用率,才能进入排名的最底层。这对任何新期刊来说都是困难的,但对于一个主要以管理为导向的读者群体的应用科学期刊来说更是困难——考虑到大多数已经在SCIE的期刊主要面向研究读者,可能不太可能引用应用科学论文。重要的是,尽管欧空局决定保留期刊目前的范围和格式,但这个影响因子还是达到了,只是做出了非常小的让步,以提高EMR与科学期刊格式的一致性。也就是说,《电子病历》现在是,将来也将主要是一本以管理为导向的期刊,将科学与实践联系起来。但是,拥有一个影响因子意味着EMR现在可能是在大学工作的研究人员更有吸引力的首选出版渠道——同时也保留了来自管理学作者和管理学读者的强大代表性。毕竟,正是这种读者群,是许多知名研究人员将特定(应用)论文发送到EMR作为首选出版渠道的原因之一。Andrew Bennett在本期的采访中反思了向最终用户传播科学的重要性。他自2000年EMR成立以来一直是EMR董事会的专职执行成员。他并不是唯一一个认为许多在自然保护领域工作的科学家工作背后的动机是让世界变得更美好的人,这要求研究人员不仅要与其他研究人员交流,还要与管理人员交流。贝内特提出了澳大利亚研究委员会(资助研究)正在考虑的更多新颖的方法,以衡量一个项目与行业合作伙伴和其他可能使用研究成果的人的合作程度。这篇采访也是一篇很好的读物,因为它让我们对作者自己的职业、他的背景、他在更大范围内思考问题的动力以及他对澳大利亚生物多样性保护研究和实践的未来的希望有了一些了解。班尼特谈到了空间尺度和时间尺度的重要性。我们需要长期的努力,需要长期的研究和实践。大卫·兰姆在本期的评论文章中也表达了同样的观点,他有力地挑战了科学和实践机构采取更强有力的措施来保护长期数据——或者可以作为未来建设基础的旧数据。琳达·布罗德赫斯特和同事们在他们的文章中也从宏观的角度考虑了在气候变化的背景下设计植被恢复方案的问题,这种方案可以作为基因适应实验的双重作用。本期提供的长短技术和研究报告集中体现了电子病历论文的管理相关性。每一种方法都与测量基于解决方案的恢复或管理的效果有关。在较长的文章中,本·卡尔和他的同事回顾了使用保护行动计划来改善,特别是澳大利亚私人保护区的管理,包括土著土地;Peter Kyne和Pierre Feutry致力于减少休闲过度捕捞;约瑟夫·斯台普顿(Joseph Stapleton)和他的同事们专注于试验引入粗糙的木质碎片,以减少哺乳动物在植被中的觅食;Chris Gillies和他的同事专注于牡蛎礁的恢复,Konrad Uebel和他的同事以及Steve Sinclair和他的同事专注于观察一系列干预后植被群落的自然恢复。事实上,应用科学论文的质量将保留并建立EMR的影响因子,尽管我们的应用重点将始终限制纯研究出版物的引用。我们知道,EMR在最终用户影响方面很重要,并建议研究人员和资助他们的机构继续考虑EMR,而不是现在仅通过SCIE影响因子来判断EMR。
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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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Evaluating Satellite Monitoring of Vegetation Health With Fauna Habitat Managers in Mind Flowering Phenology of Native and Exotic Plants in Species-Rich Themeda triandra Grasslands, Western Victoria: Implications for Fire Management Issue Information Re-Use or Refuse? The Stability of Para-Aminopropiophenone (PAPP) and Sodium Fluoroacetate (1080) in Canid Pest Ejector Capsules Swimming Behavioural Responses and Impingement Risks of Larval Golden Perch to Fish Protection Screen Approach Velocities
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