Format for creating submissions to Copernicus journals.
Usage
copernicus_article(
...,
keep_tex = TRUE,
highlight = NULL,
citation_package = "natbib",
md_extensions = c("-autolink_bare_uris", "-auto_identifiers")
)
copernicus_journal_abbreviations(journal_name = "*")Arguments
- ...
Additional arguments to
rmarkdown::pdf_document(). Note:extra_dependenciesare not allowed as Copernicus does not support additional packages included via\usepackage{}.- keep_tex
Keep the intermediate tex file used in the conversion to PDF. Note that this argument does not control whether to keep the auxiliary files (e.g.,
.aux) generated by LaTeX when compiling.texto.pdf. To keep these files, you may setoptions(tinytex.clean = FALSE).- highlight
Syntax highlighting style passed to Pandoc.
Supported built-in styles include "default", "tango", "pygments", "kate", "monochrome", "espresso", "zenburn", "haddock", and "breezedark".
Two custom styles are also included, "arrow", an accessible color scheme, and "rstudio", which mimics the default IDE theme. Alternatively, supply a path to a .theme file to use a custom Pandoc style. Note that custom theme requires Pandoc 2.0+.
Pass
NULLto prevent syntax highlighting.- citation_package
The LaTeX package to process citations,
natbiborbiblatex. Usedefaultif neither package is to be used, which means citations will be processed via the commandpandoc-citeproc.- md_extensions
Markdown extensions to be added or removed from the default definition of R Markdown. See the
rmarkdown_formatfor additional details.- journal_name
A regular expression to filter the by the journal name, see
patterninbase::grep(); defaults to*.
Details
This was adapted from https://publications.copernicus.org/for_authors/manuscript_preparation.html.
An number of required and optional manuscript sections, e.g. acknowledgements, competinginterests, or authorcontribution, must be declared using the respective properties of the R Markdown header - see skeleton file.
Version: Based on copernicus_package.zip in the version 7.8, 18 March 2024, using copernicus.cls in version 10.1.11, 03 January.
Copernicus journal abbreviations: You can use the function copernicus_journal_abbreviations() to get the journal abbreviation for all journals supported by the Copernicus article template.
Important note: The online guidelines by Copernicus are the official resource. Copernicus is not responsible for the community contributions made to support the template in this package. Copernicus converts all typeset TeX files into XML, the expressions and markups have to be highly standardized. Therefore, please keep the following in mind:
Please provide only one figure file for figures with several panels, and please do not use
\subfloator similar commands.Please use only commands in which words, numbers, etc. are within braces (e.g.
\textrm{TEXT}instead of\rm TEXT).For algorithms, please use the syntax given in template.tex or provide your algorithm as a figure.
Please do not define new commands.
Supported packages (
\usepackage{}) are already integrated in thecopernicus.cls. Please do not insert additional ones in your.texfile.If you opt for syntax highlighting for your preprint or other reasons, please do not forget to use
highlight = NULLfor your final file upload once your manuscript was accepted for publication.Spaces in labels (
\label{}) are not allowed; please make sure that no label name is assigned more than once.Please do not use
\paragraph{}; only\subsubsection{}is allowed.It is not possible to add tables in colour.
Note
If you use rmarkdown::pdf_document(), all internal references (i.e. tables and figures) must use \ref{} whereas with bookdown::pdf_document2(), you can additionally use \@ref().
References
Manuscript preparation guidelines for authors. https://publications.copernicus.org/for_authors/manuscript_preparation.html
Examples
names(copernicus_journal_abbreviations())
#> [1] "Advances in Geosciences"
#> [2] "Advances in Radio Science"
#> [3] "Advances in Science and Research"
#> [4] "Advances in Statistical Climatology, Meteorology and Oceanography"
#> [5] "Aerosol Research"
#> [6] "Annales Geophysicae"
#> [7] "Archives Animal Breeding"
#> [8] "Atmospheric Chemistry and Physics"
#> [9] "Atmospheric Measurement Techniques"
#> [10] "Biogeosciences"
#> [11] "Climate of the Past"
#> [12] "DEUQUA Special Publications"
#> [13] "Earth Surface Dynamics"
#> [14] "Earth System Dynamics"
#> [15] "Earth System Science Data"
#> [16] "E&G Quaternary Science Journal"
#> [17] "EGUsphere"
#> [18] "European Journal of Mineralogy"
#> [19] "Fossil Record"
#> [20] "Geochronology"
#> [21] "Geographica Helvetica"
#> [22] "Geoscience Communication"
#> [23] "Geoscientific Instrumentation, Methods and Data Systems"
#> [24] "Geoscientific Model Development"
#> [25] "History of Geo- and Space Sciences"
#> [26] "Hydrology and Earth System Sciences"
#> [27] "Journal of Bone and Joint Infection"
#> [28] "Journal of Micropalaeontology"
#> [29] "Journal of Sensors and Sensor Systems"
#> [30] "Magnetic Resonance"
#> [31] "Mechanical Sciences"
#> [32] "Natural Hazards and Earth System Sciences"
#> [33] "Nonlinear Processes in Geophysics"
#> [34] "Ocean Science"
#> [35] "Primate Biology"
#> [36] "Proceedings of the International Association of Hydrological Sciences"
#> [37] "Safety of Nuclear Waste Disposal"
#> [38] "Scientific Drilling"
#> [39] "SOIL"
#> [40] "Solid Earth"
#> [41] "State of the Planet"
#> [42] "The Cryosphere"
#> [43] "Web Ecology"
#> [44] "Weather and Climate Dynamics"
#> [45] "Web Ecology"
#> [46] "Wind Energy Science"
copernicus_journal_abbreviations(journal_name = "Science Data")
#> Earth System Science Data
#> "essd"
if (FALSE) {
library("rmarkdown")
draft("MyArticle.Rmd", template = "copernicus", package = "rticles")
render("MyArticle/MyArticle.Rmd")
}