Scripts to support "Patterns of sea ice floes shape ocean turbulence in the marginal ice zone"

This archive contains all scripts and input files used to set up and run ice-ocean coupled model simulations and analyze the outputs as described in the pre-print manuscript: Patterns of sea ice floes shape ocean turbulence in the marginal ice zone by Samuel Brenner, Andrew Thompson, and Mukund Gupta (https://doi.org/10.21203/rs.3.rs-8099873/v1). The simulations represent numerical experiments using a coupled modelling framework that links the large eddy simulation (LES) ocean model Oceananigans.jl to a Julia-based implementation of the sea ice discrete element model (DEM) SubZero. This DEM-LES coupled system resolves the evolution and mechanical coupling of ocean flow and the motion of individual sea ice floes, and allows for assessment of how floe-scale heterogeneity modulates upper-ocean dynamics. The experiments include a total of twelve model simulations testing different ice floe configurations and ice-ocean coupling details (see below).