About me:
I am a surface-process-modeller and cosmogenic-nuclide-practitioner at the University of Santiago de Compostela (USC), honorary research fellow at the Scottish Universities Environmental Research Centre (SUERC), and member of SUERC-Cosmo.
Here you can find my CV and information about some pieces of code, mostly MATLAB/Octave, that might be useful to other researchers.
Research interests:
Geochronology, Cosmogenic Isotopes, Numerical Modeling, Earth Surface Processes, Glacial Geomorphology, Tectonic Geomorphology.
CV & publication lists:
Curriculum Vitae:
– Online: USC – UG – WordPress
– PDF: FECYT – Abbreviated CV – Extended CV
Publications: ORCID , Web of Science (Publons) , Google Scholar, Scopus, Researchgate
Latest posts and code:
Cosmo 2022 – Registration open!
We’ve extended abstract submission to Sunday 15th May!
Are He-3 and Ne-21 stable isotopes?
Some considerations about simulating the accumulation of stable cosmonuclides.
Cosmonuclide data analysis (flow-chart)
Summary of data analysis and “models” used in cosmonuclide dating.
Average cosmogenic production rate calculator
Calculate spallation an muonic average production rates of cosmogenic nuclides.
Cosmo-chemistry video
Wet-chemistry for Be-10 and Al-26 analysis
The NUNAIT calculator
he NUNAtak Ice Thinning (NUNAIT) calculator is an easy-to-use MATLAB/Octave tool that constrains parameters describing the geological history of a nunatak from a set of surface exposure ages.
Upcoming cosmo-events
Cosmo-nuclide chats & COSMO2022-Scotland
MATLAB for Geoscientists
Slides and supporting material of the course “MATLAB/Octave for Geoscientists”
Agriculture Be-10 simulator
Simulation of Be-10 accumulation in a depth profile affected by soil formation, bioturbation and agriculture.
Cosmo-Ages Sequence Calculator (CASC)
A simple Bayesian approach for a set of Gaussian ages in a sequence.
Cosmogenic Exposure Age Averages
The CEAA calculator includes different methods used to calculate averages of a set of ages.
Basic error propagation and cosmogenic isotopes
This is a description on how we usually calculate the uncertainties of concentrations and ages and some practical examples on cosmonuclide analysis.
NameLatLon2KML
NameLatLon2KML is a simple and fast tool to plot your list of names, latitudes and longitudes in Google Earth.
CoSOILcal v1.1
CoSOILcal is a cosmogenic soil production rate calculator for samples in a variable-density profile.
Ángel Rodés 