seamanticscience
Environmental scientist & numerical modeler intrigued by how the ocean influences Earth's climate | Ocean circulation | Carbon cycle | Biological pump |
Massachusetts Institute of Technology (@MIT)Cambridge, Ma
Pinned Repositories
hello-world
My first repository!
Lauderdale_2024_Nature_Comms
Model and data for manuscript "Ocean iron cycle feedbacks decouple atmospheric CO2 from meridional overturning circulation changes"
Lauderdale_and_Cael_2021_GRL
Model code, output, and analysis routines looking at the impact of remineralization profile shape on the air-sea carbon balance, and characterizing structural uncertainty in the ocean's biological pump
Lauderdale_etal_2016_GBC
Diagnostic routines to quantify the drivers of air-sea CO2 fluxes in an ocean biogeochemistry model
Lauderdale_etal_2017_CD
MITgcm input and pickup files for 3 degree simulations with variable KGM parameterizations http://dx.doi.org/10.1007/s00382-016-3163-y
Lauderdale_etal_2020_PNAS
Box model code, analysis routines, and large model ensemble data characterizing the "ligand-iron-microbe" feedback
microCOSM
microCOSM (Climate Ocean System Model) is a tiny Planet on a CPU
MITgcm
M.I.T General Circulation Model master code and documentation repository
mitgcm_mods
Modifications to the core MITgcm code that I have written
mitgcm_toolbox
MATLAB toolbox for analysis of MITgcm output
seamanticscience's Repositories
seamanticscience/Lauderdale_etal_2020_PNAS
Box model code, analysis routines, and large model ensemble data characterizing the "ligand-iron-microbe" feedback
seamanticscience/hello-world
My first repository!
seamanticscience/Lauderdale_and_Cael_2021_GRL
Model code, output, and analysis routines looking at the impact of remineralization profile shape on the air-sea carbon balance, and characterizing structural uncertainty in the ocean's biological pump
seamanticscience/microCOSM
microCOSM (Climate Ocean System Model) is a tiny Planet on a CPU
seamanticscience/MITgcm
M.I.T General Circulation Model master code and documentation repository
seamanticscience/mitgcm_mods
Modifications to the core MITgcm code that I have written
seamanticscience/mitgcm_toolbox
MATLAB toolbox for analysis of MITgcm output
seamanticscience/mitgcm_tools
Python toolbox for working with MITgcm output
seamanticscience/OceanCirculations
Generate AIBECS-ready circulations
seamanticscience/Lauderdale_2024_Nature_Comms
Model and data for manuscript "Ocean iron cycle feedbacks decouple atmospheric CO2 from meridional overturning circulation changes"
seamanticscience/Lauderdale_etal_2016_GBC
Diagnostic routines to quantify the drivers of air-sea CO2 fluxes in an ocean biogeochemistry model
seamanticscience/Lauderdale_etal_2017_CD
MITgcm input and pickup files for 3 degree simulations with variable KGM parameterizations http://dx.doi.org/10.1007/s00382-016-3163-y
seamanticscience/Trace-metals
Investigating how trace-metal concentrations in the ocean are shaped by interactions between biological activity and marine chemistry.
seamanticscience/AIBECS.jl
The ideal tool for exploring global marine biogeochemical cycles.
seamanticscience/Benfords-law
Investigating ocean observations and models using Benford's Law of Anomalous Numbers
seamanticscience/CarbonSystemSolver.jl
A Julia package to solve the Carbon-Alkalinity-pH system, based on SolveSAPHE routines
seamanticscience/ClimaOcean.jl
🌎 Tools for realistic regional-to-global ocean simulations, and coupled ocean + sea-ice simulations based on Oceananigans and ClimaSeaIce. Basis for the ocean and sea-ice component of CliMA's Earth system model.
seamanticscience/cmip6hack-ocean-bgc
seamanticscience/expint
seamanticscience/Idealized_north_pacific_ecosystem
seamanticscience/pangeo-datastore
Pangeo Cloud Datastore
seamanticscience/pyCO2
pyCO2 Seawater-Carbon Calculator for Python
seamanticscience/sos
NOAA Science on a Sphere Map creation tutorials using python
seamanticscience/tmm
TMM package for offline ocean biogeochemical simulations
seamanticscience/vectorCalculus
Some vector calculus examples
seamanticscience/WenoNeverworld.jl
An idealized atlantic