A set of functions to run simple and composite box-models to describe the
dynamic or static distribution of stable isotopes in open
or closed systems. The package also allows the sweeping of many
parameters in both static and dynamic conditions.
The mathematical models used in this package are derived from Albarede, 1995,
Introduction to Geochemical Modelling, Cambridge University Press,
Cambridge

The isobxr package is a set of
R tools designed to perform and explore stable isotope box modelling of
open or closed systems. It allows users to develop isotopic box models
of their system of interest, explore the behavior of these systems in
both static (e.g., at steady state) or dynamic modes (e.g., in
reaction to a perturbation) and build complex scenarios.
The package also comes with tools to sweep the space of parameters in
both static and dynamic modes, and find the parameter values allowing to
fit simulations with observations.
Check the isobxr website for more information on isobxr and introduction to its rationale.
The isobxr package is now on the CRAN (Comprehensive R Archive Network) and can be found on its isobxr CRAN page.
It is available as a released package and can be installed directly from CRAN by calling:
install.packages("isobxr")
The isobxr package is available as a source package in its development version from the GitHub isobxr master repository.
The isobxr development version can be installed as follows:
install.packages("devtools")
devtools::install_github("ttacail/isobxr/isobxr", build_vignettes = TRUE) # FALSE if no pandoc/Rstudio
The full description of installation process can be found here.
The documentation about underlying theory and isobxr use is available at the isobxr website.
The isobxr should be cited when used in scientific publications. You can retrieve the citation formats by calling:
citation("isobxr")