configuration files for my Arch Linux machine

To facilitate using recent astronomical solutions in General Circulation Models such as the Community Earth System Model, we make the ZB18a and ZB20a astronomical solutions readily available.

An interactive 3D visualization of the Earth's orbit around the Sun, where we can change the eccentricity, obliquity/tilt and longitude of perihelion with respect to the moving equinox.

This R code contains the algorithm to match data to an astronomical solution. It is part of a manuscript titled: "A Revised Astronomically Tuned Time Scale for the Latest Cretaceous (Maastrichtian)".

Calculate Earth’s Obliquity and Precession in the Past

Calculate and Apply Clumped Isotope Calibrations Using Bootstrapping

Visualise solar system simulation output from orbitN in Blender

Simulation and plotting code for "Optimizing the use of carbonate standards to minimize uncertainties in clumped isotope data"

Simulating Clumped Isotope standard statistics

generate plots of colourlogs from core photographs

Scripts and data used in "The 405 kyr and 2.4 Myr eccentricity components in Cenozoic carbon isotope records"

Read in the GTS as a csv, then use ggplot2 in R to make a timescale. Use patchwork to add it to your figures.

Config files for my GitHub profile.

Simulate many dice-rolls for D&D 5e mobs

analyze survey results