At the sharp end : journal ranking and the dreams of academics

Purpose &ndash; The purpose of this article is to review and comment on the Australian Government\u27s entry into the journal ranking domain. Design/methodology/approach &ndash; A review and reflection on the approach and potential impact of the direction taken. Findings &ndash; This project is arguably the largest of its type and the effects on academic publishing and the survival of journals could be far reaching. Originality/value &ndash; The article draws together current material on the Australian Government\u27s activities and provides details of the scope of the journal ranking project.<br /

Open Access: Just One Item in a Pandora’s Box

The scholarly publication model is discussed and the impact of the current technological change on knowledge and communication generally on the scholarly publication model is set out. The proposal is made that rather than open access being the cause of the apparent and impending collapse of the scholarly publication industry, it is but one driver of a far wider change in scholarly publication. That change will have effects that extend well beyond the simple decision of whether a publication should be available by subscription or by one of the forms of open access. A number of other changes to scholarly publication are also itemized. The change is inevitable but its extent is as yet unclear

Which Fuel?

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Tractor Fuel Costs

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A Framework for Promoting Diverse Perennial Circular Forage Systems for More Resilient Agricultural Landscapes: Developing Extension and Educational Tools for Resilience and Sustainability

The Resilience CAP Team seeks to use diverse, perennial, circular forage systems (DPCFS) to enhance biodiversity, improve soil and plant health, support ecosystem service, all towards achieving greater resilience to global change and improving the farm economy and quality of life. Our project will design a transdisciplinary framework that combines agronomic, ecological, economic, and sociological factors to achieve greater resilience and stability in agricultural systems through use of DPCFS. In this paper, we describe two of the project’s six objectives. Objective 5 is our extension/outreach arm where we will develop extension media, activities, and actionable decision tools to communicate concepts about the benefits of DPCFS to all stakeholders including farmers, consumers, lenders, and policy makers. To this end, our Extension Team is developing an interactive network of farmers, researchers, and other stakeholders that use multidirectional communication to help reduce barriers to forage use in production systems. Our network will be supported by traditional print and face-to-face approaches, a website, online programming, interactive online decision tools, and social media. Objective 6 is our education arm, where we will develop educational materials on the importance of resilience, ecosystem services, and economic value of DPCFS and integrate the materials into K-12 and university curricula. The activities are designed to develop knowledge and skills associated with sustainable agriculture, with emphasis on DPCFS. Currently, we seek to have multi-institutional internship and graduate seminar programs throughout the year

Injection of photoelectrons into dense argon gas

The injection of photoelectrons in a gaseous or liquid sample is a widespread technique to produce a cold plasma in a weakly--ionized system in order to study the transport properties of electrons in a dense gas or liquid. We report here the experimental results of photoelectron injection into dense argon gas at the temperatureT=142.6 K as a function of the externally applied electric field and gas density. We show that the experimental data can be interpreted in terms of the so called Young-Bradbury model only if multiple scattering effects due to the dense environment are taken into account when computing the scattering properties and the energetics of the electrons.Comment: 18 pages, 10 figures, figure nr. 10 has been redrawn, to be submitted to Plasma Sources Science and Technolog

RQF Publication Quality Measures: Methodological Issues

The Research Quality Framework uses Thomson-ISI citation benchmarks as its main set of objective measures of research quality. The Thomson-ISI measures rely on identifying a core set of journals in which the major publications for a discipline are to be found. The core for a discipline is determined by applying a nontransparent process that is partly based on Bradford’s Law (1934). Yet Bradford was not seeking measures about quality of publications or journals. How valid then is it to base measures of publication quality on Bradford’s Law? We explore this by returning to Bradford’s Law and subsequent related research asking ‘what is Bradford’s Law really about?’ We go further, and ask ‘does Bradford’s Law apply in Information Systems?’ We use data from John Lamp’s internationally respected Index of Information Systems Journals to explore the latter question. We have found that Information Systems may have a core of journals only a subset of which is also in the list of Thomson-ISI journals. There remain many unanswered questions about the RQF metrics based on Thomson-ISI and their applicability to information systems

FGFR2 amplification in colorectal adenocarcinoma

FGFR2 is recurrently amplified in 5% of gastric cancers and 1%–4% of breast cancers; however, this molecular alteration has never been reported in a primary colorectal cancer specimen. Preclinical studies indicate that several FGFR tyrosine-kinase inhibitors (TKIs), such as AZD4547, have in vitro activity against the FGFR2-amplified colorectal cell line, NCI-H716. The efficacy of these inhibitors is currently under investigation in clinical trials for breast and gastric cancer. Thus, better characterizing colorectal tumors for FGFR2 amplification could identify a subset of patients who may benefit from FGFR TKI therapies. Here, we describe a novel FGFR2 amplification identified by clinical next-generation sequencing in a primary colorectal cancer. Further characterization of the tumor by immunohistochemistry showed neuroendocrine differentiation, similar to the reported properties of the NCI-H716 cell line. These findings demonstrate that the spectrum of potentially clinically actionable mutations detected by targeted clinical sequencing panels is not limited to only single-nucleotide polymorphisms and insertions/deletions but also to copy-number alterations.</jats:p