Editing The Rise of Open Access

{{comic
| date      = October 4, 2013
| title     = The Rise of Open Access
| image     = the_rise_of_open_access.jpg
| before    = The accelerating pace of scientific publishing and the rise of open access, as depicted by xkcd.com cartoonist Randall Munroe.
| ldomain   = sciencemag.org/content/342/6154/58.full#
| extra     = yes
}}

* The comic above is from the article "[http://www.sciencemag.org/content/342/6154/58.full. The Rise of Open Access]" in Science. 
* A much larger version of this image, where the two parts (upper and lower) has been moved so the bottom part instead continued the upper part can be found by clicking the image in the article, or click [http://www.sciencemag.org/site/special/scicomm/infographic.jpg here].
** This version has also been [http://www.explainxkcd.com/wiki/images/archive/4/48/20150825153049%21the_rise_of_open_access.jpg uploaded to xkcd].

==Explanation==
This comic is a one-off exclusive created for the journal {{w|Science (journal)|Science}} by [[Randall Munroe]].It shows how much "Science" there is and how much of it will be Open access. It is not part of the main comic series.

It shows how much Science is there by showing how much papers have been published. It states that there can be 140 citations per page. On a Word document with a narrow margin and regular font, then you could fit about 140 citations in one page with a word size of 6. It then states that we can fit 1000 pages per book. 1000 pages is a lot for children's books {{Citation needed}} and even adult fiction books such the Harry Potter series have about 600 pages. However, many reference books and dictionaries have over 1000 pages. For a size reference, picture Harry Potter and the Order of the Phoenix 1.3 times larger. We then start stacking books, each one having 14000000 citations in them.

The comic then says that a list of papers published in 1880 will have 100 pages or 14000 citations, not even one book. By 1920 the pile will be growing at 500 pages per year. This means that if it were linear, there will be 50 books or 50000 pages in 2020. However, this growth is clearly exponential as shown by the 1975 volume alone would have 4 books. In the time this comic was published there were 5 books each year and growing.

The comic then shows a timeline with [[Cueball]], [[Megan]] and [[Ponytail]] on the timeline, from 1880 to 1900 there are barely any books, at 1900 there are three books, however, this drops back to one until 1920 where there is four, at 1930 there is nine and at 1940 there is a whopping 14. It is further shown at the second timeline that the number continues to grow exponentially. Along the timeline there is random bits of trivia. 

The second part of the comic shows how much of all that information will be open access or available to the public without many copyright laws. For example, xkcd is Open access because it can be viewed and copied for non profit means. As the comic states, more science is becoming open access due to the web. The second picture is another timeline with Cueball, Megan, [[Black Hat]] and [[Danish]] in a area labeled Open Access. As it states, more than half of the information is open access and more is becoming open access as shown by the bits of fact stating milestones for open access.

==Transcript==
{{incomplete transcript|needs more}}

:'''How much science is there?'''

:Scientific publication has been accelerating--a new paper is published roughly every 20 seconds. Let's imagine a bibliography listing ''every'' scholarly paper ever written. How long would it be?

:If we can fit 140 citations per page... [image of page] > [image of stack of pages] > ...1000 pages per book... [image of book labeled "All of Botany" "Volume VII"] > ...and then we start stacking books... [image of stack of books]

:[The books in the stack are the aforementioned "All of Botany Volume VII", "Math (100000? papers)", "Applied Psych 1-17?", and "Weird Science 1984".]

:A list of papers published in 1880 would fill 100 pages.
:By 1920, the list would be growing by 500 pages a year.
:The 1975 section would fill four huge volumes.
:Today we're up to 15 volumes per year--a page every 45 minutes.

:'''...This is what the full list would look like:'''

:[Chart below showing the approximate number of volumes per year. On the right end, starting around 1990, a bubble with the words "Moved to open access" points upward to a different chart under the header "How open is it?" Under the cloud is a header "Traditional Publication", referring to the volumes in the chart. There is a box around approximately 2000-2010, with a note underneath saying detail. The years 1999 to 2014 are in a separate chart below.]

:Cueball: All scholarly articles from before 1880 fit in just a few volumes.

:[The rest are notes added to various points on the graph.]

:{| class="wikitable"
 |-
 ! Year !! Note
 |-
 | 1869 || First issue of ''Nature''
 |-
 | 1880 || ''Science'' founded
 |-
 | 1987-89 || First online journals appear
 |- 
 | 1991 || Paul Ginsparg launches ARXIV for physics preprints
 |-
 | 1999 || NIH director proposes an archive of free biomed papers
 |- 
 | 2000 || Pubmed Central debuts <br> Plos founded
 |- 
 | 2001 || 30,000 scientists call for a boycott of journals that don't allow free access on Pubmed within 6 months
 |-
 | 2002 || Biomed central begins charging $500 author fee <br> HHMI agrees to pay author feeds for open-access publication
 |- 
 | 2003 || ''PLOS Biology'' launches, charges $1500 author's fee
 |-
 | 2006 || U.K. medical research council mandates free access within 6 months <br> PLOS raises top author fee to $2500, launches ''PLOS One'', which reviews for scientific rigor, not importance
 |-
 | 2008 || NIH requires that papers it funds be made free within 12 months <br> Harvard faculty agree to post papers in university repository
 |- 
 | 2010 || PLOS becomes profitable <br> ''PLOS One'' becomes world's biggest scientific publisher by volume
 |- 
 | 2013 || White House orders all scientific agencies to plan to make papers free within 12 months
 |-
 | 2014 || European Commission will require free access within 6-12 months
 |}

:[The following publications are also noted in speech bubbles in bibliography form, but are cut off by the edges of the bubbles.]

:{{w|Albert Einstein|Einstein, A.}} "{{w|Über die von der molekularkinetischen Theorie der Wärme geforderte Bewegung von in ruhenden Flüssigkeiten suspendierten Teilchen}}." (1905)
:Einstein, A. "On a Heuristic Point of View Concerning the Production and Transformation of Light." (1905) <br>
:Einstein, A. "Zur Elektrodynamik bewegter Körper." (1905)
:Einstein, A. "Ist die Trägheit eines Körpers von seinem Energieinhalt abhängig?" (1905)

:{{w|Edwin Hubble|Hubble, E.}} "Effects on Red Shifts on the Distribution of Nebulae." Proceedings by the National Academy of Sciences Volume 22 Number 11 (1936)"

:{{w|Hans Bethe|Bethe, H.}}, {{w|Ralph Alpher|Alpher, R.A.}}, and {{w|George Gamow|Gamow, G.}} "{{w|Alpher–Bethe–Gamow_paper|The Origin of Chemical Elements}}." Physical Review Volume 73 Number 7 (1948)
:(Although all other names are listed in a lastName, firstInitial format, Randall put "G. Gamow" instead of "Gamow, G.".)

:(The author listed (Watson, J.D.) did not write the article (Molecular Structure of Deoxypentose Nucleic Acids) but he did write another paper on DNA that was published in the same article of ''Nature''.)
:{{w|James Watson|Watson, J.D.}} and {{w|Francis Crick|Crick, F.H.C.}} "A Structure for Deoxyribose Nucleic Acid" Nature 171, 737-738 (1953)
:{{w|Maurice Wilkins|Wilkins, M.H.F.}}, Stokes, A.R. & Wilson, H.R. "Molecular Structure of Deoxypentose Nucleic Acids" Nature 171, 738-740 (1953)

:{{w|Kurt Godel|Godel, Kurt}}, B. Meltzer, {{w|Richard Schlegel|Schlegel, Richard}} "On Formally Undecidable Propositions of Principia Mathematica and Related Systems." Physics Today Volume 17 Issue 1 (1964)
:(Again Randall switches the order of last name / first name and puts "Richard Schlegel".) 



:'''How open is it?'''

:Since the advent of the web, much of scientific publishing has been moving to ''open access.'' According to Science-Metrix, open access reached a "tipping point" around 2011: more than 50% of new research is now made available free online.

:[The following text is inside a cloud shaped bubble.]

:'''Open access papers'''

:Megan: As journals move to open access and digitize their archives, old papers from every period move here...
:Cueball: ...In addition to the flood of new papers being published here directly.
:Black Hat: 25% of open-access papers are freely available on publication. The rest becomes free within 12 months on journal websites or other repositories.  

:[Next to Cueball, a woman fishes a book out of a pile of volumes with a fishing rod.]


{{comic discussion}}
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