59
views
0
recommends
+1 Recommend
1 collections
    0
    shares

      Publish your biodiversity research with us!

      Submit your article here.

      • Record: found
      • Abstract: found
      • Article: found
      Is Open Access

      Remarks on “ Two new species of Tornidae (Caenogastropoda, Rissooidea) from Espírito Santo, Brazil,” by Luiz Ricardo Simone ( ZooKeys 238: 77–85, 2012) and a plea for improvement in ZooKeys editorial policy

      research-article
      1
      ZooKeys
      Pensoft Publishers

      Read this article at

      ScienceOpenPublisherPMC
      Bookmark
          There is no author summary for this article yet. Authors can add summaries to their articles on ScienceOpen to make them more accessible to a non-specialist audience.

          Abstract

          With comments provided by Terry Erwin, Eike Neubert and Lyubomir Penev The purpose of this letter is to point out some shortcomings in the editing of a recent ZooKeys paper and to discuss broader issues relating to the editorial procedures used by this important journal. The paper of concern, titled “Two new species of Tornidae (Caenogastropodas, Rissooidea) from Espírito Santo, Brazil,” was published by Luiz Ricardo L. Simone in ZooKeys 238: 77–85 on 6 November 2012. Grammatical errors begin to appear in the first sentence of the abstract. Not only are sentences sometimes incomplete and improperly constructed, but there are some instances where their meaning cannot be determined. For example, what sense can be made of “since specimens with periostracum to eroded shells” (p. 78)? The language problem is most troubling in the descriptions of the shells where there are constructions such as “On aperture, region between ridge of superior carina and insertion of outer lip in adjacent preceding whorl a small region with ridge of peripheral ridge reabsorbed, forming anal notch with ~ 1/5 of aperture size” (p. 79). Simone is no newcomer to English language publication (see here 1 for a list of his publications), but it appears that he used a machine translator for portions of this paper instead of relying on an English-speaking colleague. Comment: ZooKeys has well-defined policies for English language editing. During the submission process, authors are warned that manuscripts should be submitted only after being edited by a native English speaker. Authors have to confirm by checking a tick box that they have followed the above requirement. Unfortunately, it happens that some authors provide incorrect information on the language editing of their manuscripts. Involving outsourced language editing services by Pensoft would visibly increase the price of the open access fees charged by the journal, which shall become an additional obstacle for persons and institutions to publish in ZooKeys. Therefore we rely both on the conscience of our authors to provide stylistically proven texts and our editors to filter out badly written manuscripts. The first two sentences of the ZooKeys Author Guidelines are: “All papers should be in grammatically correct English. Non-native English speaking authors are required to have their manuscripts checked by a native English speaker prior to submission.” Surprisingly this is left to the author as the Guidelines state that “reviewers are not expected to provide a thorough linguistic editing or copyediting of a manuscript.” Removing that burden from reviewers is understandable, but the same wording appears in the instructions for Subject Editors. Comment: ZooKeys provides basic copy-editing but not linguistic editing of the manuscript. We do not expect that our reviewers and editors should spend their precious time in thorough editing of the English language. Nevertheless, many of them do this on voluntary basis and we greatly appreciate their efforts! An unusual periostracum is an important feature of the Cyclostremiscus species described by Simone. However, it is not possible to determine exactly what is perisotracum in Figures 1–5 as there is no visible demarcation, or any indication of such, between shell and periostracum. The poor quality of this plate is compounded by the unintelligible description of the species which makes it difficult to understand why all of the shells in Figures 1–15 are treated as conspecific. In the Guidelines, ZooKeys lists six items under Focus & Scope. The second of these requires, for a new species, a thorough description with good quality images, neither of which is present in this paper, and the third requires a differential diagnosis. One may assume that Simone performed these tasks in an original Portuguese version of the manuscript, but it should have been properly translated. A fourth item required is an identification key. Keys are rarely used by malacologists and this requirement was obviously, and appropriately, waived for this paper. Comment: In his text, Simone describes the periostracum in a separate paragraph, and this structure can be clearly seen on the figures cited. On the intermediate carina, these structures are obviously somewhat darker, which might be due to sand grains that adhere to the periostracal rods. He could probably have added an arrow to explicitly pinpoint these structures, however, the description of this peculiar feature was clear to me on the first sight, so there was no direct need to add something. I agree, in the caption this could have been mentioned again. However, I do not agree that this is a plate of poor quality, particularly if you consider the small size of the objects! We all know that it is quite difficult to take pictures of shells with a size of 2.5 mm. Secondly, a differential diagnosis is present. Simone compares his new species to three other species, namely C. beauii, C. pentagonus and C. trilix, in the paragraph discussion. The fifth required item under Focus & Scope of the Authors’ Guidelines is Etymology. Simone describes two new species in his paper. A complete etymology is given for one, but there is no etymology for the new species Cyclostremiscus mohicanus. Given the current state of knowledge of the Tornidae it is highly possible that this species may eventually be placed in a different genus. As mohicanus is not a Latin word, in the absence of its etymology it may present problems should it be placed in a feminine or neuter genus. The only Brazilian usage of this name located is for its use to describe the haircut style of a noted Brazilian football (= soccer) player. There can be no objection if that was the author’s intent, but is it an adjective (he had a mohican haircut) or a noun (he had a mohican)? How it would be used in Portuguese is not known. I encourage Simone to publish a note providing the etymology of mohicanus. Comment: As explained to me by Dr Simone, the species epithet “mohicanus” is derived from the Indian tribe name “Mohican” and used here as a simple adjective. As the gender of the species epitheton is determined by the gender of the genus, the grammatical form “mohicanus” is correct, because Cyclostremiscus is of male gender. In case this species is transferred to another genus with a female or neuter gender, it turns to “mohicana” or “mohicanum”. In case this name would have been a noun in apposition, it would remain in its original form. This problem could have been avoided by publishing an etymology of the species epithet, and I am grateful to Mr. Petit for drawing our attention to this failure, for which I take responsibility.” Every author has had a paper appear in print with typographical errors that should have been caught by him/her and were overlooked by reviewers and editors. Simone’s paper did not escape such error as Episcynia is misspelled as Episcinia in the abstract and twice on page 81. Also, “(Bush, 1885)” appears in the text as “(Bursch, 1885).” Neither this Bush paper nor a number of other cited papers are listed in the References. An omission of a listing in References of all cited items for a ZooKeys paper is strange as the instructions to authors stress the importance of cross-checking all entries “because all references will be linked electronically as completely as possible to the papers cited.” Failure to follow the guidelines, especially in this instance, reflects unfavorably on both the author and the editor and unnecessarily raises the question of whether or not the author ever actually saw a cited work. The only two other papers in ZooKeys that are on non-opisthobranch shelled marine gastropods (Caballer et al. 2011; Dornellas 2012) also show editing lapses. In the paper by Caballer et al. (2011) the abstract is difficult to read because several sentences begin with abbreviations. Two sentences (p. 1), in part, are: “… Rissoella venezolanicola sp.n.R. morrocoyensis sp. n. …”. The “R.” actually begins a sentence. This may be journal policy, but if so the propriety of changing that policy should be examined. The practice of beginning a sentence with a nonacronymic abbreviation is considered improper in the CBE Style Manual and in all English grammars. The technically excellent paper by Dornellas (2012) is marred by the citation of Swanson instead of Swainson in the Introduction. The misspelled word radichian (instead of rachidian) would possibly escape notice were it not in bold face type. Quinn’s Calliostoma axelolssoni is unfortunately corrupted to C. axelsonni. Again, in this paper there are many citations of papers that are not listed in the References. Comment: As stated above, ZooKeys Editorial Office provides basic copy-editing for each manuscript, during which many errors and inconsistencies are being corrected. It may happen that some of the errors are overlooked, mostly due to the increase of the amount of work with the journal’s exponential growth (see for detail Erwin et al. 2011, Erwin et al. 2012) . Implementing of thorough copy-editing services would visibly increase the open access fees. The authors would suffer from price increase the most, hence we are convinced that the authors, with the help of the editors, reviewers and journal’s Editorial Office should take proper care to bring their manuscripts into a shape corresponding to the journal’s style requirements. Another unfortunate editorial feature is the elimination of periods after abbreviations, the reason for which is not known. This is further compounded in ZooKeys in the citation of references where authors’ initials not only lack periods, but are written together and without a comma after the family name. Thus a 1974 paper by R. T. Abbott is listed as “Abbott RT (1974).” Perhaps it is this usage that is responsible for the disconnect in the authorship of ZooKeys papers by authors with Spanish surnames. As an example, the paper by Caballer has as authors “Manuel Caballer, Jesus Ortea, Samuel Narcisco.” The abstract of this paper posted on the ZooKeys web site shows authors as “Manuel Caballer Gutierrez, Jesus Ortea, Samuel Narciso.” If Caballer Gutierrez did not wish for his full name to be used, how did it get on the abstract? The abstracts of other papers by Spanish authors are similarly treated with the names on the abstract not in agreement with the names on the paper. Comment: It is a practice in many modern electronic journals to avoid periods after abbreviations and generally to simplify citation and reference style (see for example, reference style in PLOS and BioMed Central journals). Such a simplification makes the process of markup and text mining easier, which in turn facilitates the dissemination and use of the published information, to the benefit of the authors and science community as a whole. The list of ZooKeys Subject Editors for most groups is impressive, with some groups and areas being quite restricted. For Mollusca there is one editor for “terrestrial slugs, Northern Hemisphere” (Andrzej Wiktor) and another for “terrestrial gastropods, Northern Hemisphere” (Eike Neubert). The latter is in addition to a listing of Anatoly A. Schileyko as editor for “terrestrial gastropods.” The editor for Opisthobranchia is Nathalie Yonow. The only other Mollusca editor is Bruce A. Marshall for “shelled marine mollusks.” Other categories (Bivalvia, Scaphopoda, other mollusks) are listed without editors. These editors are detailed here because there is a serious question as to why, with such specific appointments, molluscan ZooKeys submissions have apparently not been assigned to the appropriate editor. Of the seven papers published on shelled marine mollusks, the only one on opisthobranchs was edited by “Guest Editor Herman Strack”, presumably as it was written by the Opisthobranchia Editor Nathalie Yonow. Of the three papers on marine bivalves, one was edited by Marshall and two by Yonow. The only three papers on shelled marine gastropods were all edited by Neubert. An eighth marine mollusk paper, on cephalopods, was edited by Marshall. Dr. Marshall advises (personal communication 17 November 2012) that he has no knowledge of the papers on shelled marine mollusks that were edited by others. Comment: For some reasons, it was difficult to assemble an editorial group responsible for mollusks in ZooKeys. Probably this is due largely to the fact that the community studying this large group of animals has established specialized society journals, thus many active specialists on Mollusca are engaged elsewhere as editors. Currently, ZooKeys is undertaking an initiative, called Global Editorial Networks (GENs) 2 to extend the focus and scope of the journal to areas close to or beyond taxonomy in its narrow sense. Specialists who wish to serve as subject editors in various subject and taxa, Mollusca included, may apply using the following link 3 . Are authors in some way allowed to choose a ZooKeys editor? As shown above, neither the editors nor reviewers for this journal are expected to correct English usage. A cynical conclusion would be that ZooKeys is a venue for publishing a paper in which the English is less than minimal as an editor can be selected whose first language is not English — simply pay minimal page charges and bypass editing. I am not alleging that this has happened, but it is a possibility that is hard to ignore. Comment: Authors have no influence on selecting the editors of their manuscripts. Editors are assigned by the journal’s Editorial Office. We stress again that the language editing in ZooKeys is a responsibility of the authors. It would be quite an exaggeration to generalize that “Zookeys is a venue for publishing a paper in which English is less than minimal” based on a single or few examples of papers published in not properly edited English language. The presence of a number of American systematists on the ZooKeys Bioinformatics Advisory Panel argues against any prejudice toward American authors. On the other hand, not only are there are no American Editors for Mollusca, the only two whose first language is English are Marshall and Yunow (inclusion of the latter is a guess based on her background—it is suspected that her English is superior to mine). Why were the only three papers on shelled marine non-opisthobranch gastropods edited by an editor (Neubert) whose first language is presumably German? As Dr. Neubert has published many papers in fluent English the core problem appears to be the failure of the Author Guidelines to require any supervision or correction of English. Indeed, the wording of the Guidelines is such that reviewers and editors are expected to expend their efforts on scientific quality and style. However, there is a provision that an editor can reject a manuscript for “poor English.” Comment: There is no, nor has there ever been, prejudice against either American authors or editors, nor against such from any other nationality! Invitations to American malacologists to join the board of ZooKeys have been sent several times in the past, but unfortunately these have been declined. The presence of many native English speakers in the Editorial team of ZooKeys is understandable and has a great value for the journal. On the other side, there are also many other excellent editors from non English-speaking countries, which reflects the truly international character of the journal and of taxonomy as a discipline in general. It would be unrealistic to rely exclusively on the services of native English speakers as editors and reviewers, just because they are expected to correct the language of the submitted manuscripts. The ZooKeys web site, as of 17 November 2012, lists by category the 1,014 papers it has published. Of that number 891 are on Arthropoda. These numbers may not be current as 22 papers on Mollusca are listed but 26 have been counted. Comment: Numbers are derived from the articles’ metadata. The above figures will be checked and corrected. Now that ZooKeys has become an important publication venue in systematic zoology, it would be advantageous for the journalto use editors who are familiar with the subject matter. There is also an obvious need to find some way to insure that English is used in a manner that can be understood. Minor grammatical errors can be accepted but wholesale misuse of the language should not be allowed. Unless the editing process is tightened up, it is unlikely that the malacological community will make much use of the journal. ZooKeys performed no favor for Simone by publishing his poorly presented paper. Accepting and publishing a work that is basically unintelligible was a disservice to Simone and to ZooKeys and detracts from the credibility of both. Comment: We fully agree with this general conclusion and thank you once again for raising the question. We are convinced that this case will be used to improve the control over the quality of English language editing of the manuscripts submitted to ZooKeys.

          Related collections

          Most cited references5

          • Record: found
          • Abstract: found
          • Article: found
          Is Open Access

          Publishing online identification keys in the form of scholarly papers

          One of the main deficiencies in publishing and dissemination of online interactive identification keys produced through various software packages, such as DELTA, Lucid, MX and others, is the lack of a permanent scientific record and a proper citation mechanism of these keys. In two earlier papers, we have discussed some models for publishing raw data underpinning interactive keys (Penev et al. 2009; Sharkey et al. 2009). Here we propose a method to incentive authors of online keys to publishing these through the already established model of “Data Paper” (Chavan and Penev 2011, examples: Narwade et al. 2011, Van Landuyt et al. 2012, Schindel et al. 2011, Pierrat et al. 2012, see also Pensoft's Data Publishing Policies and Guidelines). For clarity, we propose a new article type for this format, “Online Identification Key”, to distinguish it from the “Data Paper” in the narrow sense. The model is demonstrated through an exemplar paper of Cerretti et al. (2012) in the current issue of ZooKeys. The paper describes the main features of an interactive key to the Palaearctic genera of the family Tachinidae (Diptera) implemented as an original web application. The authors discuss briefly the advantages of these tools for both taxonomists and general users, and point out the need of shared, standardized protocols for taxa descriptions to keep matrix-based interactive keys easily and timely updated. The format of the “Online Identification Key” paper largely resembles the structure of Data Papers proposed by Chavan and Penev (2011) on the basis of the Ecological Metadata Language (EML) and developed further in Pensoft's Data Publishing Policies and Guidelines. An “Online Identification Key” paper should focus on a formal description of the technical details and content of an online key that is what is often called “metadata”. For example, an “Online Identification Key” paper has a title, author(s), abstract and keywords like any other scientific paper; it should also include in the first place: the URL of an open access version of the online key and possibly also the data underpinning the key, information on the history of and participants in the project, the software used and its technical advantages and constraints, licenses for use, taxonomic and geographic coverage, lists and descriptions of the morphological characters used, and literature references. In contrast to conventional data papers, the “Online Identification Key” papers do not require compulsory publication of raw data files underpinning a key, although such a practice is highly recommended and encouraged. There might be several obstacles in publishing raw data that can be due to copyright issues on either data or source codes. It is mandatory, however, for the online keys published in this way to be freely available for use to anyone, by just clicking the URL address published in the paper. The publication of an online key in the form of a scholarly article is a pragmatic compromise between the dynamic structure of the internet and the static character of scientific articles. The author(s) of the key will be able to continuously update the product, to the benefit of its users. At the same time, the users will have available a citation mechanism for the online key, identical to that used for any other scientific article, to properly credit the authors of the key.
            Bookmark
            • Record: found
            • Abstract: found
            • Article: found
            Is Open Access

            ZooKeys 150: Three and a half years of innovative publishing and growth

            ‘ZooKeys publishes articles of the future’ Roderic Page, title of a blog post in iPhylo On the 28th of November 2011, the open access journal ZooKeys published its 150th issue – an excellent occasion for the Editorial team to evaluate the journal’s development and its position among systematic biology journals worldwide. From the very beginning, ZooKeys was designed as an innovative journal aiming at developing new methods of publication and dissemination of taxonomy information, including publishing of atomized, semantically enhanced automated exports to global data aggregators, such as Encyclopedia of Life (EOL), the Global Biodiversity Information Facility (GBIF), Plazi, Species-ID and others. Since its launch on the 4th of July 2008, the journal provided registration of all new taxa and authors in ZooBank on a mandatory basis and continues to include their Life Science Identifiers (LSID) in the published articles (Penev et al. 2008). Also since its first issue, ZooKeys made it a routine practice of supplying all new taxa to the Encyclopedia of Life through XML mark up. In the subsequent years, the journal joined GBIF and the Taxonomic Databases Working Group (TDWG) in the development of common data publishing standards and workflows. In 2009, ZooKeys initiated several pilot projects thereby setting foundations of semantic tagging of, and enhancements to, biodiversity articles using the TaxPub XML schema, an extension of the DTD (Document Type Definitions) of the National Library of Medicine (USA) (Penev et al. 2009a; Catapano 2010). The first one was the milestone article ‘The symphytognathoid spiders of the Gaoligongshan, Yunnan, China’ (Miller et al. 2009) where, for the first time in systematic zoology, a unique combination of data publication and semantic enhancements was applied within the mainstream process of journal publishing. The article demonstrated how all primary biodiversity data underlying a taxonomic monograph could be published as a dataset under a separate DOI within the paper and the occurrence dataset could be integrated and accessed through GBIF data portal simultaneously with the publication. In the same year, data publication practices of online identification keys (Penev et al. 2009b) were exemplified by the pioneering articles of Sharkey et al. (2009) and that was shortly followed by others (van Noort and Johnson 2009; Stoev et al. 2010). On the 30th of June 2010, ZooKeys published a special issue ‘Taxonomy shifts up a gear: New publishing tools to accelerate biodiversity research’ which marked the journal’s brand new innovative publishing model, based on XML editorial workflow and on the TaxPub XML schema. From that time on, ZooKeys has been published in four formats – full-colour print version, PDF, HTML, and XML (Penev et al. 2010a). This happened simultaneously with the implementation in the editorial process of the Pensoft Mark Up Tool (PMT), a program specially designed for XML tagging and semantic enhancements (Penev et al. 2010b). Four papers using three different types of manuscript submission (Stoev et al. 2010; Blagoderov et al. 2010; Brake and Tschirnhaus 2010; Taekul et al. 2010) were used to exemplify the process. Realizing the importance of Wiki environment for popularization and dissemination of the biodiversity data, in April 2011 ZooKeys undertook another major step towards its modernization. Three sample papers (Hendriks and Balke 2011; Stoev and Enghoff 2011; Bantaowong et al. 2011) demonstrated the automated integration of species descriptions at the day of publication to Species-ID – an open access Wiki-based resource for biodiversity information. This was achieved by programming a special tool, named Pensoft Wiki Convertor (PWC), which transforms the XML versions of the papers into MediaWiki-based pages (Penev et al. 2011a). In October 2011, ZooKeys launched its multiple-choice model for publishing biodiversity data that provides a non-exclusive choice of mechanisms for the publication of data of different kinds and complexity, in cooperation with specialized data repositories and data aggregators, based on the previously published Pensoft Data Publishing Policies and Guidelines for Biodiversity Data (Penev et al. 2011b) One of the most important steps in this direction was the launch of an innovative route for publishing occurrence data and taxon checklists using an approved TDWG standard (Darwin Core), enriched metadata descriptions for the published datasets, and the possibility of downloading both data and metadata in a machine-readable form, the so-called Darwin Core Archive. This is supported by a specialized tool of GBIF, the Integrated Publishing Toolkit (IPT). Use of this tool allows the production of so-called “Data Paper” manuscripts that formally describe a dataset’s metadata as a peer-reviewed and citable scholarly publication (Chavan and Penev in press). A second important element of the multiple-choice data publishing model of ZooKeys was the integration of its data publishing workflow with the Dryad Digital Repository, thus providing an option to its authors to archive data files of different kinds and complexity (e.g., phylogenetic, morphometric, ecological, environmental, etc.). The latest innovation of ZooKeys was announced just a few days before publication of this editorial. On the 22nd of November 2011, ZooKeys launched an automated export and indexing of identification keys metadata published in the journal in KeyCentral – a global database of keys and other identification resources for living organisms. ZooKeys has shown a significant publication growth for the 41 months of its existence (Fig. 1). Starting with a mere 32 articles in 2008, the journal has rapidly increased its production to 180 in 2010 and 413 in 2011 (through the 28th of November). Likewise the number of published pages has grown from 657 in 2008, 3,738 in 2009, 4,831 in 2010 to 10,082 in 2011. The growth rate for 2011 in comparison to 2010 in the number of published pages is more than 100% and will most probably exceed 120% by the end of the year. For three and a half years, ZooKeys has published overall 19,308 pages (780 articles), a figure that is comparable to the number of pages published by Zootaxa during its first 41 months of activity (16,738 pages – see Zhang 2011 and http://www.mapress.com/zootaxa). Figure 1. Total number of published articles and pages on six-month intervals. Altogether, 1,558 new species-group, 192 new genus-group and 16 new family-group taxa have been published in the journal since its launch (Table 1). This makes overall 1,766 new taxa in total, or 43 new taxa per month on average. Comparing these figures with the Index of Organism Names of Zoological Record (accessed 18 November 2011) ZooKeys has published approximately 2.5% of all the 69,224 new animal taxa described from 2008 to 2011, and ranks second (immediately after Zootaxa) in the top 10 journals publishing new taxa. The data retrieved from ZooBank show that one third of all new names registered in ZooBank since June 2008 have been published in ZooKeys. The total number of ZooKeys authors registered in ZooBank up to issue 148 reached 754 (Richard Pyle, in litt.). Table 1. New taxa published in ZooKeys that have been registered and assigned LSIDs in ZooBank (data for issues 1-148 provided by Richard Pyle, in litt.). Categories Number Species-group names 1,558 Genus-group names 192 Family-group names 16 Total 1,766 Figure 2 summarizes the distribution of articles per large taxon. Unsurprisingly, the highest number of articles published in ZooKeys dealt with insects (584). The articles on Coleoptera (249) dominate and together with those dealing with Hymenoptera (122) make up approximately 48% of all ZooKeys articles. Those on Lepidoptera (77), Hemiptera (42) and Diptera (39) also form a significant share of the published volumes. Among the non-insect invertebrates the highest number of articles were published on Chelicerata (74), followed by Crustacea (29) and Myriapoda (22). The total number of articles dealing with vertebrates is comparatively low (33), nearly half of them refer to reptiles (15). Figure 2. Distribution of the published articles per taxon. The top 10 most accessed ZooKeys papers through the 20th of November 2011 are listed in Table 2. The 972 page monograph of Bouchard et al. (2011) ‘Family-Group names in Coleoptera (Insecta)’ is taking the first place reaching 8,623 page views on the 20th of November. In the top 3 most viewed articles are also the ‘Data publication and dissemination of interactive keys’ (Penev et al. 2009) and ‘Cretaceous Crocodyliforms from the Sahara’ (Sereno and Larsson 2009), with 7,716 and 6,275 page views, respectively. Table 2. Top ten most viewed articles of ZooKeys (according to the ZooKeys website counter accessed on the 20th of November 2011). Article Page views Bouchard et al. 2011 – Family-Group names in Coleoptera (Insecta) 8,623 Penev et al. 2009 – Data publication and dissemination of interactive keys under the open access model 7,716 Sereno and Larsson 2009 – Cretaceous Crocodyliforms from the Sahara 6,275 Baldwin et al. 2011 – Seven new species within western Atlantic Starksia atlantica , Starksia lepicoelia , and Starksia sluiteri (Teleostei, Labrisomidae), with comments on congruence of DNA barcodes and species 5,283 Achterberg and Long 2010 – Revision of the Agathidinae (Hymenoptera, Braconidae) of Vietnam, with the description of forty-two new species and three new genera 5,107 Hendrich and Balke 2011 – A simultaneous journal / wiki publication and dissemination of a new species description: Neobidessodes darwiniensis sp. n. from northern Australia (Coleoptera, Dytiscidae, Bidessini) 3,986 Hong et al. 2011 – A revision of the Chinese Stephanidae (Hymenoptera, Stephanoidea) 3,888 Wizen and Gasith 2011 – Predation of amphibians by carabid beetles of the genus Epomis found in the central coastal plain of Israel 3,818 Heads and Leuzinger 2011 – On the placement of the Cretaceous orthopteran Brauckmannia groeningae from Brazil, with notes on the relationships of Schizodactylidae (Orthoptera, Ensifera) 3,655 Murphy et al. 2011 – The dazed and confused identity of Agassiz’s land tortoise, Gopherus agassizii (Testudines: Testudinidae) with the description of a new species and its consequences for conservation 3,653 In order to increase public awareness to the importance of taxonomy and biodiversity studies in general, in May 2011 Pensoft opened a press office and started active public relations (PR) activities. Authors are invited to draft press releases on their findings at the moment of acceptance of their publications. The Pensoft PR team offers support to the authors in “translating” the technical texts into a language that would be of interest for the public. Press releases are posted to a number of sites; the first place, EurekAlert!, is the world largest online distributor of science news supplying information to more than 7,500 mass media and independent science journalists. A list of the top 10 most accessed press releases of ZooKeys articles is given in Table 3. The press release on the new Late Cretaceous family of wasps, Plumalexiidae, described in a Festschrift honouring the Russian paleontologist Alexandr Rasnitsyn has hitherto attracted the highest attention in the world media. Of similar high popularity in the world news outlets was the unique observation of oviposition behaviour of four ant parasitoids that was filmed for the first time and movies uploaded in YouTube (Durán and Achterberg 2011). Another ZooKeys article showing Epomis beetles preying on amphibians (Wizen and Gasith 2011) whhose associated movies were posted on YouTube have been watched 344,325 times in 6 months! This is further evidence that taxonomic discoveries enjoy a lot of interest from the public, if they are properly and attractively distributed. Table 3. Top 10 most accessed press releases of ZooKeys articles posted through EurekAlert! (from the EurekAlert! counter). The counter registers only the downloads from EurekAlert! mostly by science media and journalists. The actual number of readers may actually be much higher than this number. Title Author/s and year of publication of the original article Date posted Page views since posted New family of wasps found in North American amber, closest relatives in southern hemisphere Brothers 2011 26-Sep-2011 3,412 Death from above: Parasite wasps attacking ants from the air filmed for the first time Durán and Achterberg 2011 29-Aug-2011 2,749 A living species of aquatic beetle found in 20-million-year-old sediments Fikáček et al. 2011 6-Oct-2011 2,676 Chinese researchers identify insect host species of a famous Tibetan medicinal fungus Wang and Yao 2011 8-Sep-2011 2,340 Small insects attacks and kill amphibians much bigger than themselves Wizen and Gasith 2011 20-May-2011 2,309 A new species of fossil silky lacewing insects that lived more than 120 million years ago Peng et al. 2011 5-Oct-2011 2,203 Jewel beetles, obtained from local people, turn out to be 4 species unknown to science Bílý and Nakládal 2011 7-Jul-2011 1,921 A new species of a tiny freshwater snail collected from a mountainous spring in Greece Radea 2011 1-Nov-2011 1,885 Unknown species and larval stages of extremely long-legged beetles discovered by DNA test Freitag and Balke 2011 18-Oct-2011 1,437 Earliest psychomyiid caddisfly fossils, from 100-million-year-old Burmese amber Wichard et al. 2011 5-Oct-2011 1,350 ZooKeys represents a new type of a journal whose mission is to create new horizons for taxonomists through modern technology and widespread promulgation of biodiversity data. Thanks to its continuously applied innovations, and especially owing to the commitment of its professional editorial team, the journal will continue to facilitate and accelerate biodiversity research at the same pace, along with its sister journals PhytoKeys and MycoKeys. We sincerely thank all editors and reviewers for their selfless support and professional editorial work, as well as our hundreds of friends and colleagues that have been actively discussing with us and sharing their opinions on the ‘ZooKeys’ project throughout the years. Without your kind assistance the journal would never have become as popular as it is now and would never merit its consideration as one of the most technologically advanced journals in biological science.
              Bookmark
              • Record: found
              • Abstract: found
              • Article: found
              Is Open Access

              Description of a new species of Calliostoma (Gastropoda, Calliostomatidae) from Southeastern Brazil

              Abstract Calliostoma tupinamba isa new species from Southeastern Brazil, ranging from southern Rio de Janeiro to northern São Paulo, and found only on coastal islands, on rocks and sessile invertebrates at 3 to 5 meters of depth. Shell and soft part morphology is described here in detail. Calliostoma tupinamba is mainly characterized by a depressed trochoid shell; eight slightly convex whorls; a sharply suprasutural carina starting on the third whorl and forming a peripheral rounded keel; and a whitish, funnel-shaped and deep umbilicus, measuring about 5%–10% of maximum shell width. Calliostoma tupinamba resembles Calliostoma bullisi Clench & Turner, 1960 in shape, but differs from it in being taller and wider, having a smaller umbilicus and lacking a strong and large innermost spiral cord at its base. Finally, an identification key of Brazilian Calliostoma species is presented.
                Bookmark

                Author and article information

                Journal
                Zookeys
                Zookeys
                ZooKeys
                ZooKeys
                Pensoft Publishers
                1313-2989
                1313-2970
                2012
                28 December 2012
                : 255
                : 103-109
                Affiliations
                [1 ]806 Saint Charles Road North Myrtle Beach, SC 29582
                Author notes
                Corresponding author: Richard E Petit ( r.e.petit@ 123456att.net )
                Article
                10.3897/zookeys.255.4548
                3558954
                23457422
                0d43055b-20b2-481e-8d28-76c66da1f6be
                Richard E Petit

                This is an open access article distributed under the terms of the Creative Commons Attribution License 3.0 (CC-BY), which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

                History
                : 24 November 2012
                : 20 December 2012
                Categories
                Article

                Animal science & Zoology
                Animal science & Zoology

                Comments

                Comment on this article