Archive for the 'Open Access' Category

A census of Open Access repositories in the Netherlands

Open Access receives a lot of attention in the Netherlands. All universities have formulated OA policies explicitly, signed the Berlin OA declaration. Erasmus University Rotterdam Stipulcated a mandated OA policy for its researchers. All Dutch universities have repositories in place and there is an overarching repository, narcis.nl, which harvest the repositories of all universities and major research institutions. The UNESCO Global Open Access Portal (GOAP) reported last year “Netherlands has a strong OA awareness and an active promotion of open access through institutional mandates, establishment of OA repositories, OA publishing agreements. SURFfoundation, a Dutch programme for information and communication technology innovation focuses on Open Access and it is the Dutch partner in Knowledge Exchange along with DFG (Germany), DEFF (Denmark) and JISC (UK)”. In 2011 some milestones were celebrated, the 250,000 publication was harvested by Narcis, and Wageningen UR deposited its 30,000th publication in Narcis by which it became the largest depositing institution in Narcis .

Despite some early assessments (van Westrienen & Lynch, 2005) no recent analyses on the actual deposit rates by Dutch universities have been made. Let alone a systematic analysis of trends in depositing rates. In this blogpost I want to give a status update of deposits in Open Access repositories in the Netherlands, concentrating on the regular Dutch universities. I hope to follow this up next year to give insight into actual deposit rates.

Data collection
Narcis was used as overarching repository for all OA publications from the Netherlands. Narcis facilitates to estimate deposits per institution, document type and publication year in a uniform and efficient way for 27 repositories in the Netterlands. Data was collected from Narcis in the period December 27th 2011 to January 2nd 2012, during that week no additional deposits to Narcis were made. The total number of deposits in Narcis during that week was 270,519 items, and did not change during the period while retrieving the data.

Results
As mentioned under data collection an impressive number of 270,519 deposits have been harvested by Narcis from the 27 OA repositories in the Netherlands. In the following graph the distribution of total deposits over the 27 repositories in the Netherlands is shown.
Total deposits in Narcis 2011
The smallest repository is the Theological University of Kampen with only 4 deposits and the largest Wageningen University with 30,704 deposits. The 13 regular universities in the Netherlands have the largest repositories as measured in Narcis. NWO with 10,179 deposited items is the largest repository of the group of none universities (this group includes the Open University). The NWO repository is just a fraction smaller than the repository of Radboud university Nijmegen. Also indicated in the graph is the recency of the deposits. The share of deposits from recent (since 2006) publication years is indicated in red, whereas the blue part of the bars represents the deposits from the older (pre 2006) publication years. Of the regular universities Wageningen UR and the VU university have the largest share recent deposits, whereas TU Eindhoven and Tilburg University have the largest share of older publications.

The next graph looks into more detail in the deposits of the most recent publication years of the 13 Dutch universities. The deposits per publication year for the period 2006-2011 are depicted. In all cases deposits from the publication year 2011 trailed behind, which doesn’t come as a surprise. In a few cases however I observe clear negative trends in the number of deposits made during the period 2006-2011. This is clearly the case for the universities of Groningen, Leiden, Maastricht and Utrecht.
OA deposits in narcis by publication year 2006-2011
The trend in deposits per publication year is more or less stable in Nijmegen and Twente. For the universities of Rotterdam, Delft, Eindhoven, University of Amsterdam, Tilburg, VU Amsterdam and Wageningen UR an increasing trend in deposits is observed. The VU Amsterdam shows a clear outlier in number of deposits for publication year 2009. About half of the universities have more than 1000 deposits per publication year. Rotterdam, Nijmegen, Eindhoven, Leiden, Maastricht and Tilburg are lagging behind in this respect. Wageningen UR has more than double the number of deposits per publication year compared to any other university.

Yearly trends SI
By far most of the smaller institutions have less than 100 open access deposits per publication year. NWO, NIVEL, KNAW and the Open University have on average between the 100 and 300 open access deposits per publication year. It is interesting to note that the deposits for publication year 2011 are more in line with the preceding publication years than for the general universities. An indication that it appears easier to manage the publication output for smaller institutions.

In the next graph I actually looked to the document type breakdown of deposits for the period 2006-2011 for the regular universities. In the first place it should be noted that there exists a large range of document types in Narcis. Some of these document types seem superfluous. The difference between Student thesis and Master thesis is entirely unclear, and technical documentation versus reports is another example. Narcis should look into this matter and some universities should clean up their document formats as well. Having said that, most universities have three major types of open access publications: articles, reports and PhD theses.
OA desposits Pub type
The VU university excels at OA article deposits over the last six years, followed by Groningen and Utrecht. Wageningen UR excels at depositing reports, followed at quite some distance by TU Eindhoven and the UvA. For the PhD theses, Utrecht has the lead, followed by the VU and Delft. OA PhD theses are an important source of material since they consists in most cases of a chapters which are preprints of articles to be published at a later date. Erasmus University Rotterdam, Maastricht and Tilburg are the universities with the largest share of working papers. Wageningen UR has a very large share of contributions to periodicals. This is a group of publications that have hardly any deposits at other universities. Looking at the overall picture Wageningen UR clearly stands out as a results of the large share of reports and contributions to periodicals. On top of that they have the largest share of conference papers as well. It can easily be argued that Wageningen UR, of all repositories in the Netherlands excels at disseminating grey literature by means of their open access repository Wageningen Yield.

At this moment there aren’t comparative repository usage statistics in the Netherlands, but the early trial results indicate that repositories with more recent content also get more article downloads. To draw firm conclusions on the trial implementation of SURE2 is a bit too early.

The share of OA in NL
The absolute numbers of OA deposits themselves are not so meaningful as long as they are not related to the actual scientific output of the institutions. Although we have the current set of figures on OA deposits as measured through Narcis in the Netherlands, the share of OA in total institutional output is a difficult figure to establish. A few institutions deposit metadata records of all their publications to Narcis, but other institutions limit themselves to OA deposits only. Whereas a third group deposits only a subset of all their publications metadata to Narcis. To arrive at figures for the full publication output we have to consult other sources. The VSNU would be an obvious source, but the disadvantage of these figures is that they are based on reporting years rather than publication years (a rather odd approach). A point in case are the PhD theses output reported by the VSNU compared to the OA theses reported in Narcis over the period 2006-2010 in the following table.

University

VSNU

OA (narcis)

coverage

    Erasmus University Rotterdam

1524

993

65%

    RU Nijmegen

2266

1992

88%

    RU Groningen

1690

1082

64%

    TU Delft

1319

1079

82%

    TU Eindhoven

900

776

86%

    University Leiden

1791

919

51%

    University Maastricht

1367

1542

113%

    University Twente

1321

1077

82%

    University Utrecht

455

333

73%

    University van Amsterdam

1276

1297

102%

    University van Tilburg

896

790

88%

    Vrije University Amsterdam

878

772

88%

    Wageningen UR

1075

1032

96%

At Maastricht University and UvA there were actually more theses deposited in NARCIS over the period 2006-2010 than reported to the VSNU. For actual years the fluctuations can be quite extensive, but over a period of consecutive years the fluctuations become smaller. Apparently all theses defended at Maastricht and the UvA are available in OA. Wageningen follows closely with 96%, whereas Radboud University Nijmegen, TU Delft, TU Eindhoven, Twente University, Tilburg University and VU Amsterdam follow with percentages of OA PhD theses in the 80%. Erasmus University, RU Groningen University of Leiden and Utrecht University are lagging behind in depositing their PhD theses in OA.

Coverage of OA article ouput
For an actual estimate of articles produced per institution multiple sources exist. The VSNU figures based on reporting years are useless in this respect. The databases Scopus or Web of Science (WoS) could be used to estimate the actual article output per university, but to disambiguate all the name variations of the universities (and their institutes or hospitals) is a cumbersome task. In this respect Scopus actually performs better than WoS. However other sources based on either WoS or Scopus have already carried out this disambiguation. The reports by CWTS for example are useful in this matter. The most recentWTI2 report (Jager et al. 2011) (the successor of the NOWT reports) gives figures for the publication output of Dutch universities for the period 2007-2010 (table 30, p. 48) that have been disambiguated by CWTS. These figures are derived from Web of Science and underestimate the actual peer reviewed article output. For a life sciences university as Wageningen UR some 70% of the actual article output is published in journals covered by WoS and included in the TWI2 report. For broad, general universities with more social sciences and humanities this percentage is expected to be lower. For Tilburg this figures appears to be only 30%, whereas for Nijmegen this seems to be 51% and for TU Eindhoven 67%.

In table 2 the total number of articles for the period 2007-2010 reported in Narcis, the total number of articles according to CWTS (TWI2 report, Jager et al. (2011)) and the actual OA articles reported in Narcis are presented. The percentage OA coverage is calculated in two ways. In the first place we look at the %OA(CWTS) by comparing the OA articles in Narics to the articles reported by CWTS. In the second place we look at the total number of articles reported in Narcis compared to the OA articles reported in Narcis. In the third percentage column we look the minimum value of both methods. The last column is probably the best estimate of %OA coverage per institution.

Table 2, total articles per university for the period 2007-2010 reported in NARCIS and TWI2 and %OA coverage based on comparison with CWTS figures and total articles registered in Narcis

University

Articles

In Narics

Articles by

CWTS

OA

articles

%OA

(CWTS)

%OA

(Narcis)

Minimum

%OA coverage

    Erasmus University Rotterdam

1072

10663

1072

10%

100%

10%

    Radboud University Nijmegen

19803

10126

1189

12%

6%

6%

    RU Groningen

4067

10461

4067

39%

100%

39%

    TU Delft

2150

6521

2145

33%

100%

33%

    TU Eindhoven

7041

4732

520

11%

7%

7%

    University Leiden

730

10616

730

7%

100%

7%

    University Maastricht

519

7086

482

7%

93%

7%

    University Twente

3665

3740

880

24%

24%

24%

    University Utrecht

4803

15243

3039

20%

63%

20%

    University van Amsterdam

16191

13030

2727

21%

17%

17%

    University van Tilburg

5791

1782

1285

72%

22%

22%

    VU Amsterdam

5354

10912

4410

40%

82%

40%

    Wageningen UR

10572

7419

2479

33%

23%

23%

    Aggregate

81758

112331

25025

22%

31%

22%

Comparing the OA articles in NARCIS for the period 2007-2010 with the figures from CWTS report results in a very favourable figure of 72% of the articles available in OA at Tilburg university. This favourable figure is largely due to the under estimation of Tilburg University article output based on articles covered in WoS journals only. VU Amsterdam is the next highest (40%) %OA articles based on the CWTS figures, followed closely by Groningen (39%). The aggregate figure for all universities in the Netherlands is 22% of the articles are OA based on WoS estimates of article output. Since WoS under estimates the actual article output it is useful to look at the total number of articles in Narcis as well.

Compared to the self deposited articles in Narcis, Erasmus University Rotterdam, RU Groningen, TU Delft and Leiden University only deposit OA articles in Narcis whereas the other universities also deposit metadata for none OA articles. However, coverage of this share of publications varies among universities. Radboud University Nijmegen and TU Eindhoven for instance, who score already low on the %OA articles based on the CWTS figures, score even lower considering their self reported article output in Narcis. In those instances where the %OA(Narcis) is higher than the %OA(CWTS) there is an underestimation of the actual article output registration of metadata deposited in Narcis.

The minimum %OA coverage of reported in the third percentage column is the best estimate for OA coverage for universities in the Netherlands based on OA articles reported in Narcis. VU Amsterdam, RU Groningen and TU Delft are the most successful in making their article output available in OA. The reported coverage lies clearly above the 20% of OA reported for most institutions without mandated OA policies (Harnad, 2009) Twente University, Utrecht University, Tilburg University, Wageningen UR and UvA are performing around the average of 22%, this percentage is in line with the figure of %OA for universities without mandated OA policies. Whereas Erasmus Rotterdam, RU Nijmegen, TU Eindhoven, Leiden university and Maastricht university are under performing in this respect. It remains a question whether OA article numbers reported by Narcis are actually correct, or wether in the case of Radboud and TU Eindhoven, the total article output reported in Narcis are correct. It is possible that the document types actually include more than only peer reviewed scholarly articles.

Despite having signed the Berlin OA declaration by all Dutch universities, this has resulted only in a few universities with substantial higher shares of OA peer reviewed articles than is to be expected on the basis of a “normal” publication output which results in about 20% articles published in OA. For the universities where I arrive at even lower %OA articles we have to wonder whether Narcis actually harvest and reports all the universities output.

Another valuable approach is to concentrate on the grey literature are Wageningen UR does. But for this type of documents it is even more difficult to arrive at a share of OA coverage. This can only be established by the institutions themselves since it can be doubted whether all institutions have their output registration complete.

Lessons to be learned

  • Narcis could and should improve the type reporting as performed in this report. They should produce overviews like this preferable twice a year.
  • Narcis should look into some of the obsolete document types to reduce the wild array of documents (are technical documentation different from reports?, student theses and master theses are probably not the type of research output to be registered in Narcis)
  • Institution should look at the document types deposited in Narcis as well.
  • The role of Narcis and the importance of OA could be improved if VSNU and Narcis (KNAW) make Narcis the standard reporting tool for research output registration in the Netherlands (The VSNU should abandon the ridiculous reporting years and use the publication years in their reports instead)
  • Universities should use metis (or a comparable CRIS) to upload all the metadata of the institutional output to Narcis.
  • Having comprehensive output registration, makes the minimum goal of at least 20% in OA better attainable since you are not depended on actual article submission by the authors, but based on Sherpa/Romeo and DOAJ OA versions can be chased down.
  • Mandates such as those in Rotterdam, announced at the beginning of 2011, have no effect whatsoever if there is no actual stick behind the policy

References
Harnad, S. (2009) Waking OA’s Slumbering Giant: Why Locus-of-Deposit Matters for Open Access and Open Access Mandates. http://openaccess.eprints.org/index.php?/archives/522-Waking-OAs-Slumbering-Giant-Why-Locus-of-Deposit-Matters-for-Open-Access-and-Open-Access-Mandates.html
Jager, C.-J., J. Veldkamp, D. Aksnes, R. te Velde & P. den Hertog (2011). Wetenschaps-, Technologie & Innovatie Indicatoren 2011. Utrecht, Dialogic innovatie ● interactie http://www.rijksoverheid.nl/documenten-en-publicaties/rapporten/2011/11/15/wetenschaps-technologie-innovatie-indicatoren-2011.html.
Westrienen, G. van & C. A. Lynch (2005). Academic Institutional Repositories: Deployment Status in 13 Nations as of Mid 2005 D-Lib magazine, 11(9) http://www.dlib.org/dlib/september05/westrienen/09westrienen.html

Journals changing publisher, but can the rights change as well?

Journal cover Animal ConservationFrom a perspective as a repository manager I do like the Cambridge University Press journals a lot. Albeit no immediate OA, after a year the author is allowed to post the publisher’s version/PDF of his article in an institutional repository. We adhere to this policy on behalf of our authors. So we post all the publications in Cambridge journal articles to our repository after this 12 month embargo period. Sounds simple and it actually is that simple.

Recently I ran a check on this policy using the DOI’s, rather than the ISSN’s we normally use, on the metadata we collect of all our researcher’s publications. The DOI string of Cambridge journal articles all start with the prefix 10.1017. I came across an article published in the journal Animal Conservation from 2004 which was not OA on our repository. Further checking this article I found out that the DOI of the article resolved to the Wiley Online library, where the article came online only in 2006, instead of the Cambridge website. Rather odd. Checking the copyright and archiving policy of this journal at the Sherpa Romeo site, they referred to the rather limited Wiley copyrights and self archiving possibilities for this journal. Sherpa Romeo implies that this is applicable for all content of this journal. I was rather disappointed.

However, that Cambridge DOI bothered me, so I checked the Cambridge site for the journal and could find the article there as well. The DOI however, resolves to the Wiley online journals site. Clearly the journal changed from publisher, that happens all the time. But on changing from publisher it appears that the authors’ copyrights changed as well. Especially since the Wiley site also hosts the complete backfile going back to Volume 1, issue 1. That the authors self archiving rights changed on change of publisher for the journal can’t be the case because they’re based on the original publishing agreement, but the Wiley site and Sherpa Romeo do imply that the Wiley copyright and self archiving policies apply to all content of the journal. That can’t be true, can it? But here I have an article hosted at two publishers websites with two very different self archiving policies.

Of course we adhere to the Cambridge self archiving policy for this article. There is therefore now a third copy copy of this article available on the Web, proudly presented in Wageningen Yield.

These are strange ways of publishers and copyrights.

The unofficial guide for authors

Recently I co-authored a book on scientific publishing. It is available from LuLu for less than € 6,-. When that’s too much for you, you can download it for free. The book is published under a CC-BY-NC licence.

From the cover:

Most scientific journals provide guidelines for authors - how to format references and prepare artwork, how many copies of the paper to submit and to which address. However, most official guidelines say little about how you should design and produce your paper and the chances that it will be accepted. This book provides a comprehensive but focused guide to producing scientific information - from research design to publication. It provides practical tips and answers to some of the most frequently asked questions: Why do we publish in the first place? What is OA publishing and why bother about it? What is the h-index? What is a Journal Impact Factor and does it matter? How can I increase my research production efficiency? Why should I use OS software tools for academic work? How can I produce graphics that will impress? How can I brainstorm good titles? How can I select a suitable journal and where can I find out more about it? How can I get into the reviewers’ heads?

How Google could help the Open Access world a little

It was back in 2008 when Google Scholar launched the feature that identified free available versions of articles of the Web. In the early days these were indicated by green triangles in front of the reference. Nowdays free available copies are listed in the right hand column. Many of these versions are Open Access versions of articles properly submitted to preprint servers and subject or institutional repositories. Other free versions of the papers identified by Google Scholar are publishers versions of articles posted to personal websites, dropboxes and you name it. Whatever the rights are, if you need a copy of these papers, and don’t have access through your universities library subscriptions, this Google Scholar feature is a very useful tool. In scholarly search classes I always stress this very useful feature of Google Scholar to my students.

In our institution’s bibliography I would love to include a functionality to refer for each article to the so called document clusters in Google Scholar. Consider the following publication the link to the full text included in the record leads you to Science Direct. Whether you can access the paper on SD, depends on the subscriptions. Sometimes you can’t. Therefore it would be nice if we could include a link to the document cluster in Google Scholar. For this paper you get some 29 versions of the paper, but above all 6 of these are free versions of this paper posted on various websites. That’s really helpful.

In AgrisWeb, I learned from Johannes Keizer yesterday, that they link to Google trough a search for the title words. This works quite well, but it could be done better.

Consider the idea that Google Scholar had an API. If we could query that API on the basis of the DOI or PMID or ISSN in combination with volume, issue and pages or any other combination of standard bibliographic metadata. Yes, something like an openURL. And GoogleScholar would only return the correct Google Scholar ID for that article -that number 12564475196117890153 in the link- we could construct various links. Linking to the Google Scholar document cluster is one. Retrieving the Google Scholar citations is another.

Google doesn’t like metadata too much is an often heard argument. But the Google Books API works swell with ISBN numbers, OCLC numbers or LOC numbers. That API is talking metadata. Libraries a massive stores of metadata. So Anurag Acharya please. The pleas for a Google Scholar API are abound. Mostly for retrieval of citations, but for the OA movement those document clusters are really more important! Perhaps you could launch this Google Scholar API as a present for the Open Access week coming up in October?

National Library of the Netherlands discloses its Google Books Contract

After the successful disclosure of the agreement between the British Library and Google Books on the basis of the Freedom of Information Act, the National Library of the Netherlands (KB) also disclosed their agreement with Google Ireland today. Albeit the director of the KB tweeted a day ago that not all public information needed to be available on the Web, it was decided to publish the agreement on the Web since there were two WOB (a Dutch version of FOIA) procedures underway to get insight in the agreement.

Albeit I am not a lawyer, a few thins caught my eye. The agreement is very similar to the agreement between Google and the British Library. Bert Zeeman pondered the idea of standard Google contracts in this respect. This seems to go for the exception of the number of volumes in the public domain that will be digitized, 250,000 in the UK and 160,000 in the Netherlands (clause 2.1).

What struck me as interesting was the use of the libraries digital copies, clause 4.8 “the library may provide all or any portion of the library digital copy… to (a) academic institutions or research or public libraries, ….” But we are not able to “providing search or hosting services substantially similar to those provided by Google, including but not limited to those services substantially similar to Google book search”. I guess that leaves out the other academic libraries in the Netherlands to include these digital copies in their discovery tools. It is tempting, but I see problems on the horizon. We seem to be left with separate information silos whereas integration with the rest of the collection would be really interesting. It becomes more explicit in clause 4.9 where it is stated that “nothing in this agreement restricts the library from allowing Europeana to crawl the standard metadata of the digital copies provided to library by Google.” We would be more interested in the data rather than the metadata.

But then again, it is up to the lawyers to see what’s allowed and what’s not. But then again, again, after fifteen years all restrictions on the use or distribution terminate (clause 4.7), a bit long according to the open rights group. However, we have experience with building academic library collections, it takes ages. Those fifteen years are over in the wink of a young girl’s eye.

The Impact Factor of Open Access journals

In the world of Open Access publishing the golden road has received a great deal of attention. At least this is what our researchers seem to remember. Of course there are other roads to open access, but I want to present the impact factors of the journals facilitating the golden road to open access. This blogpost lists all open access journals included in DOAJ and assigned an Journal Impact Factor in the JCR 2009. The reason for this, is that our researchers see publishing in open access journals as the simplest way of achieving open access to their work, but on the other hand they are required for judgement of the citation impact that they publish in journals covered by Web of Science and therefore the Journal Citation Reports (JCR).

In the past there have been studies on citation impact of the open access journals that have actually received a journal impact factor from Thomson Reuters Scientific (formerly ISI). The first was by (McVeigh 2004) followed by (Vanouplines and Beullens 2008) (in Dutch, and not openly accessible) and recently by (Giglia 2010). These consecutive studies showed an increasing number of open access journals that received an Journal Impact Factor from Thomson Reuters. McVeigh reported 239 OA journals for the JCR 2004, Vanouplines reported 295 OA journals for the JCR 2005 and Giglia reported 385 OA journals for the JCR 2008 (there are some methodological issues that make these figures not entirely comparable).

The pitfall of these studies is that although they showed interesting figures and additional analyses, none of these studies actually published the list of open access journals that received an impact factor. The sole purpose of this blogpost is to publish this actual list. The probable reason for the previous authors is that the impact factors are proprietary information from Thomson Reuters. You are not allowed to publish these figures. On the other hand most publishers, use it in all their marketing outings for their journals. So the journal impact factor is virtually information in the public domain.

To avoid any intellectual property problems with Thomson Reuters I have included the ScimagoJR and Scopus SNIP indicator for the journals rather than the Journal Impact Factor. The correlation for this set of journals between SNIP and IF was 0.94 and between SJR and IF was 0.96. In total 619 journals from DOAJ were present in the JCR 2009 report (Science and Social Science & Humanities version deduplicated). The growth in journal coverage is due to the growth in OA journals and the significant expansion of journal coverage in 2008. On the other hand looking at the journal list of Scopus indexed journals I note that they include some 1365 journals open access journal which have a ScimagoJR or SNIP.

For the current table I matched the journal list from DOAJ downloaded on December 13th 2010, with the deduplicated list of the JCR 2009 indexed journals. This journal set of 619 journals was matched against the journal list from journalmetrics.com to include the ScimagoJR 2009 and SNIP2009 as well. For each journal the subject categories indicated by DOAJ were included. The journals were sorted alphabetically on subjects and descending IF within a subject. For the following table journals with multiple subject assignments in DOAJ were included in their different categories as well. This expanded the list to 782 lines. Finally the column with impact factors was removed, showing only the ScimagoJR and SNIP for the journals. A few journals were not assigned a ScimagoJR or SNIP, but these were assigned a Journal Impact Factor. In some cases this was due to differences in journal coverage between Scopus and Web of Science, but in a few cases this appears also the problem of different ISSN assignments by the respective databases.

Download: List of open access journals that are assigned an Impact Factor in the JCR 2009 showing their respective SNIP and ScimagoJR for 2009.

Have fun with this list

References

Giglia, E. (2010). The Impact Factor of Open Access journals: data and trends. ELPUB 2010 International Conference on Electronic Publishing, Helsinki (Finland), 16-18 June 2010. http://dhanken.shh.fi/dspace/bitstream/10227/599/72/2giglia.pdf and http://hdl.handle.net/10760/14666.

McVeigh, M.E. (2004). Open Access Journals in the ISI Citation Databases: Analysis of Impact Factors and Citation Patterns A citation study from Thomson Scientific, Thomson Scientific. http://science.thomsonreuters.com/m/pdfs/openaccesscitations2.pdf

Vanouplines, P. & R. Beullens (2008). De impact van open access tijdschriften. IK Intelectueel Kapitaal 7(5): 14-17. (In Dutch, Not OA available)

Possibly related posts
Another expansion of journal coverage by Thomson

Open Access: Just Publish

I do sincerely apologize for this boring video, a few talking heads is not the right medium to pass a message. An important message that is. But I couldn’t find any palatable alternatives on YouTube. Has nobody tried to make an attractive, short film on this subject?Anyway, a couple of bigshots from the Dutch University world passing the message on the importance of Open Access. They talk in Dutch, but this version has English sub-titles.

And so does science grinds to a halt

Copyright and Creative Commons for an article in Studies in Mycology

This morning I had to look up the citations to an article. It did no show up in WoS immediately so I had to look a bit around to trace it’s exact details. I found the article as an open access article on Highwire. No problem.

However, I was struck by the extensive and confusing copyright statements at the top of the abstract. On the first line is has the classic copyright sign © which indicates to me “all rights reserved” in this case to the CBS fungal biodiversity Centre. But the all rights reserved sign was followed immediately with their own worded Creative Commons license. CC 3.0 in this case.

I was little bemused by the third clause “”You may not alter, transform, or build upon this work”. Isn’t that what science is all about? Building on previous work?

Another annoying fact is that the DOI is not working.  But this is the link to the abstract, there are plenty of similar examples in this “Studies in Mycology” to be found.

The changing face of Elsevier Science

The last couple of days I had the pleasure to attend the Elsevier Development Partners meeting. The exact products they are working on might be of interest to some people, but that’s up to Elsevier to announce. But what was really the big surprise at this meeting -which lasted 3 days- was the tone from Elsevier. It was all about open Science. They clearly wanted to open up. There was a lot of talk about sharing information, making mash-ups possible, Application programming Interfaces (API). Elsevier Science wanted to move away from the double barred information silo to become an open solution provider in the scholarly world. If Elsevier is thinking and acting in this direction, then change will become a major issue for the entire scientific publishing industry and that is good news for libraries who want to remain a vital service in the future as well.

This change will take time. It doesn’t happen overnight. But Raphael Sidi just announced the other day on his blog the Elsevier Article API at the programmable Web. So, Elsevier is not only talking, they are acting up on it as well.

Let other publishers follow this example!

October 14th, 2008: Open Access Day

Just a post to support the idea of an International Open Access day. I wonder with Bert Zeeman which Dutch University will take the lead in the Netherlands to organize some sort of event on this subject during October 14th.