hdrake

Physical oceanographer and climate modeler. Assistant Professor of Earth System Science at UC Irvine. julia, python, open science.

@uci-oceanclimate

Pinned Repositories

ClimateMARGO.jl
Julia implementation of MARGO, an idealized climate-economic modelling framework for Optimizing trade-offs between emissions Mitigation, Adaptation, carbon dioxide Removal, and solar Geoengineering.
Language:Julia67 7 2713
cmip6-temperature-demo
Tutorials for basic analysis of CMIP6 climate models on the Google Cloud Platform.
Language:Jupyter Notebook70 5 429
IntuitiveGreenhouse
Language:Jupyter Notebook7 3 00
MITgcm
M.I.T General Circulation Model master code and documentation repository
Language:Fortran1 2 00
MOM6
Modular Ocean Model
Language:Fortran0 2 01
Oceananigans.jl
🌊 Fast and friendly fluid dynamics on CPUs and GPUs
Language:Julia0 2 00
regionate
A package for creating xgcm-grid consistent regional masks and boundaries, leveraging its sibling package sectionate.
Language:Python0 2 40
simplEarth
Language:Julia30 6 26
simplearth_old
Language:Jupyter Notebook7 2 01
xbudget
Helper functions and meta-data conventions for wrangling finite-volume ocean model budgets.
Language:Python0 3 30

hdrake's Repositories

hdrake/xwmb
xWMB is a Python package that provides a efficient and lazy computation of Water Mass Budgets in arbitrary sub-domains of C-grid ocean models.
Language:Jupyter Notebook3 4 6
hdrake/so_lagrangian_upwelling
Various scripts used for the analysis of Lagrangian upwelling pathways in Drake et al. (2018).
Language:Python2
hdrake/Oceananigans.jl
🌊 Fast and friendly fluid dynamics on CPUs and GPUs
Language:Julia0 2 00
hdrake/regionate
A package for creating xgcm-grid consistent regional masks and boundaries, leveraging its sibling package sectionate.
Language:Python0 2 40
hdrake/xbudget
Helper functions and meta-data conventions for wrangling finite-volume ocean model budgets.
Language:Python0 3 30
hdrake/CM4X
Python notebooks for CM4X analysis
Language:Jupyter Notebook
hdrake/CM4Xutils
Language:Jupyter Notebook
hdrake/DeepChannels
Language:Jupyter Notebook1
hdrake/doralite
A lightweight package for interacting with Dora
Language:Python1 0
hdrake/gfdl_utils
Language:Jupyter Notebook
hdrake/gfdlvitals
Scripts to generate global means (vitals) for GFDL models
hdrake/HorizontalConvection
Language:Jupyter Notebook
hdrake/internal-tide-mixing
Simulations of tidally-driving internal waves and diapycnal mixing with Oceananigans.jl
Language:Julia1
hdrake/Irvinanigans.jl
Language:Jupyter Notebook
hdrake/mar
Model Analysis Repository
Language:Jupyter Notebook
hdrake/mitgcm_static
hdrake/momgrid
Flexible Grid Object for MOM-based Ocean Models
Language:Jupyter Notebook
hdrake/momlevel
Sea Level Routines for the Modular Ocean Model (MOM)
hdrake/NCDatasets.jl
Load and create NetCDF files in Julia
hdrake/Oceanostics.jl
Diagnostics for Oceananigans
hdrake/om5_topo_edits
Language:Jupyter Notebook1 0
hdrake/OM5dev
Language:Jupyter Notebook2 0
hdrake/OM5utils
Language:Jupyter Notebook
hdrake/omlabs
Scripts for GFDL Ocean Model (OM) analysis
hdrake/OverflowStreamtube
Language:Jupyter Notebook
hdrake/sarah
Stratified and Rotating Abyssal Hydaulics (SaRAH)
Language:Jupyter Notebook
hdrake/sectionate
compute section in ocean models
Language:Python1 0
hdrake/WarmWaterMasses
hdrake/xgcm
python package for analyzing general circulation model output data
hdrake/xwmt
Python package for water mass transformation analysis that leverages xarray functionality
Language:Python