cug-hydro Goto Github PK

.github

18s191

Course 18.S191 at MIT, fall 2020 - Introduction to computational thinking with Julia:

acccmip6

Python package for accessing and downloading CMIP6 database

beps.c

beps.jl

BEPS Evapotranspiration and Photosynthesis model in Julia

carmels

R interface for working with the CAMELS dataset (Newman et al, 2014; Addor et al, 2017)

cdsapi

Python API to access the Copernicus Climate Data Store (CDS)

cesm2_helper

cesm_share

CESM shared code

class2023_cug_beidaihe

CUG 2023北戴河实习

class2023_cug_hydromet

2023年CUG水文气象学课程

class2023_cug_programming

clima-land-v0.1

The land component of CliMA ESM is moving towards broadband RT and big leaf modeling, which does not align with my research interest to make the land model more complicated but powerful, such as using remote sensing data to calibrate the model. Therefore, I create this new repository to continue my development.

clm-ml_v0

CLM-ml_v0 canopy flux code

clm-ml_v1

CLM-ml_v1 source code

cmaes.r

cmaes — Covariance Matrix Adapting Evolutionary Strategy

computational-thinking

Course 18.S191 at MIT, Fall 2022 - Introduction to computational thinking with Julia

computational-thinking-template

Template to build a course webpage like the *Introduction to computational thinking with Julia* course tought at MIT

conan-netcdf-c

Conan package for NetCDF-C

ctsm

Community Terrestrial Systems Model (includes the Community Land Model of CESM)

cug-hydrometeorology

CUG水文气象学--笔记

cug-hydrometeorology.py

HydroMeteorology in the CUG

cug-hydrometeorology.r

MeteoroHydrology in the CUG

depression-filling

ealstm_regional_modeling

Accompanying code for our HESS paper "Towards learning universal, regional, and local hydrological behaviors via machine learning applied to large-sample datasets"

eclm

Fork of Community Land Model v5.0

floodeventdivision

floodr

Separation of Flood Event and Event Precipitation

fvcb_photosynthesis

GUI for the C3 photosynthesis Farquhar, von Caemmerer & Berry model (1980)

gday

GDAY simulates carbon, nitrogen & water dynamics