scholarly journals COMPARISON ANALYSIS ON AWL OF THE ARTICLES IN INDONESIAN JOURNAL OF APPLIED LINGUISTICS AND OXFORD UNIVERSITY PRESS OF APPLIED LINGUISTICS

ETNOLINGUAL ◽  
2018 ◽  
Vol 2 (2) ◽  
Author(s):  
Mahsyurotun Nikmah

This study focus on comparing the utilization of Academic Word List (AWL) from the local and International journal article. The articles that used in this study must meet two criteria. First, the articles should have open access articles. Eventually it is found the journal articles from Indonesian Journal of Applied Linguistics (IJAL) and Oxford University Press of Applied Linguistics (OUP) that provide the open access articles. Second, the articles should have the newest issues that have been published in the last two years. There are fifteen articles that have been chosen, and it found 507 academic word families of AWL from IJAL and 535 academic word of OUP. The Type Token Ratio (TTR) of AWL from IJAL is about 0,13%, while the Type Token Ratio of AWL from OUP is about 0,09%. The articles of IJAL have the percentage of AWL about 10,22% but the OUP articles shows 11,41%. There are 68 different of academic words from the articles of IJAL and OUP, the 20 words belong to IJAL and the other 48 words belong to OUP. Those differences word are then occupied into the Sublist AWL, it is found that the 20 AWL of IJAL journal only fill the sublist 9 and 10, while the 48 other AWL of OUP journal are categorized into sublist 2 up to sublist 10. It can be concluded that both of the journal articles of IJAL and OUP are categorized as academic journal although it is in different side.

2019 ◽  
Vol 8 (3) ◽  
pp. 657
Author(s):  
Todsaporn It-ngam ◽  
Supakorn Phoocharoensil

Knowledge of specialized academic vocabulary is important for the academic success of EFL natural science students. Specialized words outside the General Service List (GSL) (West, 1953) and the Academic Word List (AWL) (Coxhead, 2000) are necessary for comprehending scientific text. The existing lists of words do not cover all sub-disciplines of natural science. The present study aims to explore the specialized academic words across 11 sub-disciplines of natural science. To identify the words, a corpus-based approach and an expert-judged approach were used. A 5.5-million-word corpus called the Science Academic Journal (SAJ) Corpus was created for this study. Applying the established word selection criteria, 513 word families were selected. The potential list was reviewed by a panel of experts in order to remove the overly-technical words from the list. The Science Academic Word List (SAWL) was established with 432 word families and provided 5.82% coverage of the running words in the SAJ corpus. To validate the word list, the SAWL was tested against two independent corpora. The findings revealed that the SAWL contains 432 word families that are useful for reading journal articles in natural science disciplines. In addition, it was also found that the SAWL performed better on an independent corpus compared to the Science World List (Coxhead & Hirsh, 2007). It is expected that the SAWL established in this study will be a useful source for learning and teaching vocabulary in natural science disciplines.


2006 ◽  
Vol 39 (4) ◽  
pp. 317-318

06–836Richards, Keith (U Warwick, UK), ‘Being the teacher’. Applied Liguistics (Oxford University Press) 27.1 (2006), 51–77.06–837Song, Jae Jung (U Otago, New Zealand; [email protected]), The translatability-universals connection in linguistic typology: Much ado about something. Babel (John Benjamins) 51.4 (2005), 308–322.06–838Wharton, Sue (U Warwick, UK; [email protected]), Ways of constructing knowledge in TESOL research reports: The management of community consensus and individual innovation. International Review of Applied Linguistics in Language Teaching (Walter de Gruyter) 44.1 (2006), 23–48.06–839Xiao, Richard & Tony Mcenery (U Lancaster, UK), Collocation, semantic prosody, and near synonymy: A cross-linguistic perspective. Applied Liguistics (Oxford University Press) 27.1 (2006), 103–129.


2007 ◽  
Vol 40 (4) ◽  
pp. 364-366

07–637Banerjee, Sudipta (C-DAC, India; [email protected]) & B. Mullick, Word sense disambiguation and WordNet technology. Literary and Linguistic Computing (Oxford University Press) 22.1 (2007), 1–15.07–638Cao, Deborah (Griffith U, Brisbane, Australia; [email protected]), Inter-lingual uncertainty in bilingual and multilingual law. Journal of Pragmatics (Elsevier) 39.1 (2007), 69–83.07–639De Vega, Manuel (U La Laguna, Tenerife, Spain), Mike Rinck, José M. Díaz & InmaculadaLeón, Figure and ground in temporal sentences: The role of the adverbs whenandwhile. Discourse Processes (Erlbaum) 43.1 (2007), 1–23.07–640L'Haire, Sébastien (U Geneva, Switzerland; [email protected]), Fipsortho: A spell checker for learners of French. ReCALL (Cambridge University Press) 19.2 (2007), 137–161.07–641López-Varela Azcárate, Asunción (U Complutense Madrid, Spain; [email protected]), Didactic patterns for electronic materials in the teaching of interculturalism through literature: The experience of the research group LEETHi. ReCALL (Cambridge University Press) 19.2 (2007), 121–136.07–642Ming-Ming, Pu (U Maine at Farmington, USA), The distribution of relative clauses in Chinese discourse. Discourse Processes (Erlbaum) 43.1 (2007), 25–53.07–643Oakes, Michael (U Sunderland, UK; [email protected]) & Malcolm Farrow, Use of the chi-squared test to examine vocabulary differences in English language corpora representing seven different countries. Literary and Linguistic Computing (Oxford University Press) 22.1 (2007), 85–99.07–644Truscott, John (National Tsing Hua U, China; [email protected]), Optionality in second language acquisition: A generative, processing-oriented account. International Review of Applied Linguistics in Language Teaching (Walter de Gruyter) 44.4 (2006), 311–330.


Politics ◽  
2000 ◽  
Vol 20 (1) ◽  
pp. 43-50 ◽  
Author(s):  
Neil Lunt ◽  
Carl Davidson

As postgraduate students, researchers or junior lecturers, we all aspire to climb the highest peaks of academic life, to bask in our reflected glory and to have the (small disciplinary) world at our feet. Yet how do we assail those peaks? More often than not, they seem like sheer cliff faces or mountain ranges where the noviciate assemble at the bottom and gaze skywards in disbelief. When we look around at academics who have successfully scaled those heights, it is obvious that an effective publication record is essential, where refereed journal articles are particularly prized. Yet the numbers who gather to attempt their own ascent ask the question – is there any straightforward publication route the beginner can follow? Surely we cannot all be left to cut our own path without really knowing where, how, or even whether we should be travelling at all? This article argues that writing academic journal articles has been mystified. For many wanting to get started, it seems like the final destination is a secret place, somewhere that you might stumble across but one where the locals jealously guard the short-cuts. Here we aim to de-mystify journal article writing and provide 20 steps for the prospective writer. These 20 steps, however, provide more a series of useful directions than a definitive map of the terrain. As beginning academics themselves, the authors are, at best, merely amateur cartographers.


2016 ◽  
Author(s):  
Wenfa Ng

Besides offering fun activities for non-scientists to explore the natural world through experiments, simulations or games, the evolving concept of citizen science is increasingly allowing some serious publication quality science to be published by the practitioners (citizen scientists) themselves. The latter is in contrast to the common perception of citizen science, where most citizen science projects such as Foldit are distribution of piecemeal segments of complex projects suitable for solution by individuals, and where the results are pooled together, or used to inform the design and direction of more complex research initiatives. Usually novices in science publishing but nonetheless aware of the importance of journal articles as the primary medium for communicating new research to the wider community (scientific and general public), citizen scientists do encounter significant challenges in science publication. One challenge is in navigating the lengthy and time-consuming peer review process of most journals. But, as benefactors of open access publishing where most journal articles are within pay walls inaccessible to citizen scientists without any research funding, open access publishing is one platform sought after or exist as an option for citizen scientists. Is the option open? Yes, at the preprint level where figshare, and PeerJ Preprints help provide an avenue for citizen scientists to have a published non peer reviewed article online, but no at the higher end “journal article” level where the manuscript needs to be peer reviewed. Even the biological sciences preprint server, bioRxiv, is closed to citizen scientists as publication on the server requires an institution affiliation with either a university or research institute. Most open access publishers (except eLife) charge a publication fee (in the thousands of dollars per article) to defray the cost of maintaining an online presence for a peer reviewed manuscript as well as those for copyediting during final stages of journal publication. This is a significant barrier to cost constrained citizen scientists who want to contribute to the scientific discourse. For the scientific enterprise, this represent a loss, whose magnitude or severity cannot be quantified since ideas help seed new research or entirely new fields. Thus, can we as a community provide citizen scientists worldwide a chance to publish open access peer reviewed articles without significant cost through a competitive publication fee subsidy scheme where each application is reviewed by the national science funding agency? If the above is possible, it would open up another area where ideas from citizen scientists could percolate into the scientific mainstream, where, as always, vibrancy and diversity of ideas power science forward.


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