1.0 PURPOSE AND SCOPE
The purpose of RADIOCARBON is to publish technical and interpretive articles on all aspects of 14C and other cosmogenic isotopes. In addition, we present regional compilations of published and unpublished dates along with interpretive text. Besides the triennial proceedings of the International Radiocarbon Conferences, we publish occasional special issues that focus on particular themes. Researchers interested in organizing or contributing to such issues should contact the Editor with proposals.
1.1 Regular Articles
Regular articles are generally either (1) research reports, (2) technical descriptions, or (3) date lists.
- Research reports usually present data from 14C and/or other isotopic measurements and use these data to advance a hypothesis according to standard scientific procedure. For example, an archaeologist might compile dates from village sites that support a particular model of settlement dates for a region; an oceanographer might use data from ocean water studies to propose corrections in reservoir ages or to support a circulation model for a particular region. Also included under this rubric would be articles on theoretical aspects of cosmogenic isotope production and measurement.
- Technical descriptions include articles about new or improved laboratory equipment, measurement procedures, catalysts, computer software, and so on. The main criteria for acceptance of such articles are their originality and utility to other researchers and/or laboratory personnel.
- Date lists, strictly speaking, are lists of radiocarbon dates produced by a single laboratory (or researcher), presented not to support a hypothesis but for their value as primary data. RADIOCARBON publishes date lists using a special format; see Section 8.0 below for details.
1.2 Other Types of Contributions
RADIOCARBON regularly publishes several other types of notices and features:
- Notes and Comments. Brief reports on a delimited topic, or a specific aspect of a general topic, or responses to previously published articles.
- Letters to the Editor. Informal responses, editorials, or other messages to the radiocarbon community that are not primarily scientific in nature.
- Book Reviews of recent publications relevant to the scope of the journal. We encourage authors to send us review copies of their own publications, or to propose reviewing books in areas of their expertise.
- Laboratory List. We publish a complete list of addresses and directors of known active radiocarbon laboratories (conventional and AMS) in the third issue of each year; this list is also maintained and regularly updated on the journal homepage.
2.0 Submission of Manuscripts
Manuscripts may be submitted to RADIOCARBON at any time, using the online submission of this system ScholarOne.
3.0 Professional Considerations
Authors listed on the title page should all have had some involvement in the writing of the article and/or the research and development underlying it. Authors should be listed in descending order of responsibility. If your submission is substantially similar to a prior publication, we ask that you note this in your cover letter and explain why you feel RADIOCARBON should treat it as an original submission. We do not ordinarily accept articles that duplicate previously published work, except in selected cases where the earlier version appeared in a language or format not readily accessible to our readership.
We do not accept articles that are or will be under consideration for publication in another journal (whether in print or online) while being reviewed by RADIOCARBON ("dual submission").
Please alert us to any potential conflicts of interest, such as financial interest in a product by one or more authors. We do publish technical descriptions of commercial products, but they should be written as scientific reports and not as advertisements.
4.0 Editorial and Review Process
All submissions are reviewed by at least one outside reviewer who, in the judgement of our editors, is an expert in the subject matter of the paper. Authors may suggest reviewers for their manuscripts, but RADIOCARBON retains the right of final decision regarding assignment. We will take under consideration authors' objections to negative reviews, but in submitting papers to RADIOCARBON, authors must understand that final decisions about publication rest with the journal editors alone.
Reviewers may choose anonymity, or may sign their reviews if they wish.
Under ordinary circumstances, we aim to return manuscripts with a decision to accept or decline within 4 weeks of first submission by the author.
When an article is accepted, it is scheduled for the next available regular issue of the journal (that is, not a Conference Proceedings or special-topic issue). Normally, articles are scheduled for one of the two next issues to appear following acceptance.
In some cases, articles are accepted conditional upon revision that takes into account comments and questions by the reviewer(s) and journal editors. We reserve the right to determine whether a revision adequately incorporates necessary changes.
Page proofs, offprints
Authors will always receive page proofs of their articles for correction prior to publication.
Each institution sponsoring research reported in an article or date list will be asked to pay a charge of US$50 per printed page. No charges will be made if the author indicates that the author's institution is unable to pay, and payment of page charges for an article will, in no case, be a condition for its acceptance.
6.0 Manuscript Style and Format
6.1 Style Manual
Our basic style manual is Style Manual Committee, Council of Biology Editors. Scientific Style and Format: The CSE Manual for Authors, Editors, and Publishers. 8th ed. Cambridge: Cambridge University Press.
We recommend that authors refer to this guide for basic information on citation and reference formats, abbreviations, SI units, scientific terminology and conventions, and general issues of style.
Please note the following areas where RADIOCARBON differs from CBE Manual recommendations: We edit articles to follow American spelling conventions.
Research articles and reports usually contain the following elements and sections (* indicates mandatory elements). (See also CBE Manual.)
- *Title. See CBE Manual §28·32. Avoid abbreviations unless they are universally known.
- *Author names and addresses. CBE Manual §28·33. We prefer full first name plus initials for each author, but two or more initials plus last name are acceptable. Full mailing addresses should be provided for each author, and email address for at least the primary or designated corresponding author.
- *Abstract. CBE Manual §28·35. Should be 250 words or less in a single paragraph.
- Introduction. An overview of the article, presenting the problem or context, the design of the experiment or research, and relevant previous publications. For a brief note, a formal introduction may not be necessary.
- *Methods or Descriptive Background. Articles presenting dating results should include specific detail on sample treatment and measurement methodology. Field procedures for collection of samples should be presented; archaeological papers should include site descriptions.
- *Results. See "Appendix" for long data tables. Use subheadings to separate results of different types, from different geographical areas, and so on.
- *Discussion. May be combined with "Results" in a brief article or note, or where the content is such that findings and interpretation need to be interwoven.
- Conclusion. Useful in longer articles to summarize the paper. Should contain no new material or references; avoid simple restatements of introductory material.
- Acknowledgments. Include sources of grant funding here.
- References. See CBE Manual, Chapter 30.
- Appendix(es). Long data tables (over two pages) should be moved to the end of the text to avoid inconveniencing the reader. Give each appendix a title, and refer to it in the appropriate place in the text.
6.2 Special Textual Elements
Follow guidelines in CBE Manual §31·1–20. Tables should be prepared using the table function of your word processor or in MS Excel format. Refer to each table in the text near the place where it should appear.
Please be sure that all symbols are legible and clear, you may use the equations functions in word to do this. Number display equations consecutively throughout the paper.
Figures should be used as sparingly as possible, and only when they contribute information or interpretation not already present in the text or data tables. They should be scaled so as to reproduce legibly within a maximum space of 5.5 × 7.75 inches (14 × 19.7 cm) in normal page orientation, or 8 × 5.25 inches (20.3 × 13.3 cm) in landscape orientation (assuming a one-line caption; longer captions will leave even less space for the figure).
Figures should be set at a resolution of 300+ dpi and line drawings must be at 1200+ dpi. Preferred formats include .eps and .tif.
Please note that figures will appear in full color online but if printing in color is required, the author is responsible for these costs. If authors choose to print color figures they will be invoiced $320 +VAT per figure. Please be sure to note whether figures must print in color during the online submission process.
Figure captions should be included separately at the end of the manuscript; references to each figure should be placed in the text near the location where they should appear. If a figure is reproduced or modified from a previously published, copyrighted work, it is the author's responsibility to obtain permission to reprint from the copyright holder, and to pay any necessary fees.
6.3 Company Names, Products, Trademarks
Give the address of a company, designating the specific branch, after its first use in the text. Quote the exact product name, with model number, if applicable, followed by a trademark (™) or registered trademark (®) symbol. Use the appropriate symbol at the first occurrence in the text, including titles, tables and figures.
7.0 Radiocarbon Conventions
7.1 Reporting 14C Dates
The standard reference on the calculations and terminology that should be used in reporting radiocarbon dates remains Stuiver and Polach (1977). Authors of RADIOCARBON articles should be familiar with that document, and should also consult subsequent expansions and agreements on conventions (Stuiver 1980, 1983; Mook 1986; Long 1995; Mook and van der Plicht 1999),
Calibrated dates should be reported using the latest available international calibration curve (currently IntCal13). If a computer program is used to calibrate dates, include the name and version number of the program when reporting calibrated ages.
7.2 Use of BP, cal BP/BC/AD
Uncalibrated Ages: BP
In a radiocarbon context, BP is understood as a symbol meaning precisely "conventional radiocarbon years before AD 1950." Ordinarily, then, uncalibrated 14C dates are reported in a form of this type:
UtC-2020: 3510 ± 60 BP
UtC-2020 is the laboratory number for the sample, UtC being the laboratory code for the Utrecht van der Graaf Laboratorium. (Laboratories and their corresponding codes are given in our List of Known Radiocarbon Laboratories, including identification of codes for now-inactive laboratories.) 3510 ± 60 BP is the uncalibrated age of the sample as provided by the laboratory, where 3510 is the age in radiocarbon years before 1950, and 60 is the laboratory's estimate of error at the 1σ (one standard deviation) level. In running text, use an expression such as:
Charcoal from level three dated to 3510 ± 60 BP.
Thousands of years BP may be abbreviated using the form ka BP. For example:
The Younger Dryas boundary is generally found between 11 and 10 ka BP.
1 ka BP is precisely synonymous with 1000 BP.
Because BP is conventionally understood to mean "years before 1950", the form "yr BP" is ordinarily redundant. However, it may sometimes be necessary to use the term 14C yr BP in a context where radiocarbon dates must be distinguished from results of other types of dating. For example, in an article reporting both radiocarbon and thermoluminescence dates, a sentence like this would be acceptable:
The karst pipe dated to about 27,900 14C yr BP, but to 44,000 TL yr BP. or
The karst pipe dated to about 27.9 14C ka BP, but to 44 TL ka BP
Forms of this type should be confined to running text; in a table or list, a column heading should be used to indicate the dating method in question.
To express a difference between conventional ages, use 14C yr, not BP:
Incorrect: The wood cellulose age is younger than the shell age by 610 BP.
Correct: The wood cellulose age is younger than the shell age by 610 14C yr.
Calendar ages may be expressed using the form calendar yr BP (that is, absolute years before 1950), but in most cases it is less ambiguous to express such ages as dates AD or BC.
(Note: following CBE Manual recommendations, RADIOCARBON uses full capital letters for "BP", "BC", and "AD".)
Calibrated Ages: cal BC, cal AD, cal BP
The symbol cal is used to express calibrated radiocarbon ages. Note that "cal" should be understood as "calibrated," not "calendar". A "calendar age" is an absolute date, whether known or guessed; a "calibrated date" is an estimate based on statistical probability, and is therefore properly expressed as one or more ranges of calendar years, accompanied by the appropriate confidence level.
Incorrect: The linen sample dated to 780 ± 40 BP, or cal AD 1263
Correct: The linen sample dated to 780 ± 40 BP, or cal AD 1220–1281 (1σ)
Correct: The linen sample dated to 780 ± 40 BP, or cal AD 1220 (1263) 1281 (1σ)
In this example, AD 1263 is the intercept of 780 BP on the dendrochronological calibration curve; it is nota calendar equivalent of a conventional 14C age. The first correct form expresses a calibrated date range at the 1-sigma confidence level; the second form gives the end points of the 1-sigma range with the intercept year in parentheses.
There are several valid ways to express calibrated dates; see Stuiver and Pearson (1993, p 5–6) and Stuiver and Reimer (1998, Section 4) for technical details. The method(s) chosen to represent cal dates should always be explicitly mentioned when the dates are presented.
8.0 Date Lists
In general, the format of a date list should follow the style shown in the most recent issue of RADIOCARBON. Entries should be brief and precise, yet informative and easily understood by the general reader as well as by the specialist. A comment should follow every sample or series description, in which the submitter(s) of the sample(s) discuss(es) the significance of the result. Authors should make liberal reference to published literature. When this is not available, it is the responsibility of the dating laboratory to collect the pertinent facts, by requiring the submitter to provide them in publishable form. We encourage the use of maps, tables and figures to fully describe the location of sites, the provenience and comprehensive data surrounding the sample(s). Authors should also describe, in some detail, the methods of collection, storage, sample pretreatment and measurement that they have used. Also, we would like to know the standards, protocol for quality assurance and the calibration program that the laboratory uses.
For geochemical measurements, the accepted standards are:
1.0.95 times the age-corrected (to AD 1950) activity of NBS oxalic acid I (δ13C = −19.0‰)
2.0.7459 times the age-corrected activity of oxalic acid II (δ13C = −25‰); see Stuiver (1983).
Report geochemical measurements as percent of modern carbon (pMC), but where 13C/12C assays are available or reasonably assumed, we recommend the Δ notation. See Stuiver and Polach (1977) for further discussion. List values of δ13C when known. Laboratories should retain records of δ14C values in accessible form, whether or not they are published in the original entries.
Dates should be expressed in years BP (before AD 1950). Report calendar estimates and ranges in the Comment as cal AD/BC, citing the specific calibration curve and program used to calculate the estimate. Always cite the laboratory number, e.g., A-1320, when referring to a date in the same list or another publication. If the date has been published previously, give the reference.
Title, authors and affiliations are the same as for general articles. Date lists need no abstracts; they start with an introduction and acknowledgments. Divide date lists into sections, e.g., ARCHAEOLOGICAL SAMPLES. Further subdivide dates under geographic headings, e.g., UNITED STATES, Illinois, etc. Each sample should have a descriptive name, usually that of the locality of collection, and preferably, a name different from those of all other samples. Each description, for a series or a single sample, should include the following: Laboratory number, descriptive name, date expressed in years BP (all in boldface), δ13C value (in italics), sample material, with identification information, if relevant, specific location, including stratigraphic provenience, geographic coordinates, collector and submitter, with dates and affiliation and Comment(s). Example:
9750 ± 70
ISGS-1264. Mauvaise Terre Creek paleochannel, MVT 1Bδ13C = −28.1‰
Primarily uncarbonized, nonconiferous (diffuse porous and ring porous) wood and bark, some herbaceous plant debris, 4.67–4.80 m below ground surface in the Illinois Valley; near the base of a stratified and laminated silt unit filling an old meander channel of Mauvaise Terre Creek, incised into the Keach School Terrace; from Scott County, 5 km southwest of Oxville (39°40′50″N, 90° 37′00″W). Collected 1983 by D. S. Leigh; submitted by E. R. Hajic, D. S. Leigh and D. L. Asch.
Comment: This date provides a minimum age for the Keach School Terrace. See Hajic (1987).
Some specific guidelines follow:
- In a series title, capitalize the "S" in "Series." Indent sample numbers under the series heading.
- Be as specific as possible when identifying the sample material. Use the Linnaean name in parentheses following the popular name, if the sample is a plant or animal fossil. Include the name of the person who identified the sample. Italicize species names, but not the word "species" or "sp."
- Give the precise geographic location, including latitude-longitude coordinates, in parentheses. Do not use Lat and Long; use N, E, S, W (for example: 39°40′50″N, 90°15′50″W), leaving no spaces between units. National Grid References (NGR) should also be included in parentheses.
- Describe occurrence and stratigraphic position (but not stratigraphic sequences), including depth or elevation, or cultural association, including period or name of culture, in precise terms. Explain interpretations of stratigraphic or cultural associations in the Comment.
- The Comment usually compares the date with other relevant dates, for which the author should provide sample numbers and references. Interpretive material, summarizing the significance of the 14C measurement belongs here, as do technical matters such as chemical pretreatment, and special laboratory difficulties. Include calendar estimates and calibration information here. We cannot overstate the importance of this section, for it is here that the author should describe the significance of the date. Include initials in parentheses before the colon. Comment starts at the left margin. Capitalize the first letter of the first word after the colon. See example, above.
Long A. 1995. From the editor [editorial]. Radiocarbon 37(1):iii–iv.
Mook WG. 1986. Business meeting: recommendations/resolutions adopted by the Twelfth International Radiocarbon Conference. Radiocarbon 28(2A):799.
Mook WG, van der Plicht J. 1999. Reporting 14C activities and concentrations. Radiocarbon 41(3):227–39.
Stuiver M. 1980. Workshop on 14C data reporting. Radiocarbon 22(3):964–6.
Stuiver M. 1983. Business meeting: international agreements and the use of the new oxalic acid standard. Radiocarbon25(2):793–5.
Stuiver M, Pearson GW. 1993. High-precision bidecadal calibration of the radiocarbon time scale, AD 1950–500 BC.Radiocarbon 35(1):1–23.
Stuiver M, Polach HA. 1977. Discussion: reporting of 14C data. Radiocarbon 19(2):355–63.
Stuiver M, Reimer PJ. 1998. CALIB Manual [WWW document]. Seattle: Quaternary Research Center, University of Washington. URL: <http://calib.qub.ac.uk/calib/manual/>.
Stuiver M, Reimer PJ, Bard E, Beck JW, Burr GS, Hughen KA, Kromer B, McCormac G, van der Plicht J, Spurk M. 1998. INTCAL98 radiocarbon age calibration, 24,000–0 cal BP. Radiocarbon 40(3):1041–83.
10.0 Submission Preparation Checklist
As part of the submission process, authors are required to check off their submission's compliance with all of the following items, and submissions may be returned to authors that do not adhere to these guidelines.
- The submission has not been previously published, nor is it before another journal for consideration (or an explanation has been provided in Comments to the Editor).
- Only citations in the body of the article should be included in the References section.
- Authors using End Note can downloadthis file to format their References according to the Radiocarbon style.
- The text adheres to the stylistic and bibliographic requirements outlined in the author guidelines.
- All illustrations, figures, and tables are placed within the text at the appropriate points, rather than at the end.
Authors are aware of publication charges charged at $50US per printed page. If the author's supporting institution has no supporting funds, the charges can be minimized or waived altogether. Payment of charges (or non-payment) will in no way affect the editorial process or decision to publish the article. Please apply for this waiver by filling out this form and uploading it along with your submission in ScholarOne.
Radiocarbon now requires that all corresponding authors identify themselves using their ORCID iD when submitting a manuscript to the journal. ORCID provides a unique identifier for researchers and, through integration in key research workflows such as manuscript submission and grant applications, provides the following benefits:
- Discoverability: ORCID increases the discoverability of your publications, by enabling smarter publisher systems and by helping readers to reliably find work that you’ve authored.
- Convenience: As more organisations use ORCID, providing your iD or using it to register for services will automatically link activities to your ORCID record, and will enable you to share this information with other systems and platforms you use, saving you re-keying information multiple times.
- Keeping track: Your ORCID record is a neat place to store and (if you choose) share validated information about your research activities and affiliations.
If you don’t already have an iD, you’ll need to create one if you decide to submit a manuscript to Radiocarbon. You can register for one directly from your user account on Scholar One or via https://ORCID.org/register.
If you already have an iD, please use this when
submitting, either by linking it to your Scholar One account or supplying it
during submission by using the “Associate your existing ORCID ID” button.
Last updated 12th June 2019