zhuzhufeifei

zhuzhufeifei's Stars

• xuyiqing/gsynth

  Generalized Synthetic Control Method

  Language:R134118641

• metno/esd

  An R-package designed for climate and weather data analysis, empirical-statistical downscaling, and visualisation.

  Language:R866026630

• Dan-Boat/PyESD

  Python Package for Empirical Statistical Downscaling. pyESD is under active development and all colaborators are welcomed. The purpose of the package is to downscale any climate variables e.g. precipitation and temperature using predictors from reanalysis datasets (eg. ERA5) to point scale. pyESD adopts many ML and AL as the transfer function.

  Language:Python455211

• ArcticSnow/TopoPyScale

  TopoPyScale: a Python library to perform simplistic climate downscaling at the hillslope scale

  Language:Python395809

• Chrismarsh/CHM

  The Canadian Hydrological Model

  Language:C++38118525

• ihesp/IPART

  Image-Process based Atmospheric River Tracking (IPART) algorithms

  Language:Python236158

• GHilmarG/UaSource

  Large scale ice-flow model

  Language:C204010

• andersonsam/cnn_lstm_era

  Code used in the study "Evaluation and interpretation of convolutional long-short term memory networks for regional hydrological modelling"

  Language:Jupyter Notebook191115

• cryotools/matilda

  Tool for modeling water resources in glacierized catchments. Combines a temperature-index melt model with the conceptual catchment model HBV and a parameterized glacier area/volume re-scaling routine.

  Language:Python17430

• daemonkennett/ar_detection

  Atmospheric River Detection Algorithm. Kennett (2021).

  Language:Jupyter Notebook114

• ElmerCSC/ElmerIceCourses

  Elmer/Ice course repository containing example cases and slide material.

  Language:Fortran8905

• srlabUsask/crhmcode

  Language:C++74

• hydromethkust/the-novel-Atmospheric-River-identification-algorithm-PanLu2.0-

  Language:Python6204

• andrebertoncini/high_res_albedo

  Scripts to generate snow and ice albedo from Sentinel-2 surface reflectance and MODIS BRDF information.

  Language:R510

• ArcticSnow/TopoPyScale_examples

  Set of examples on which to run TopoPyScale

  Language:Jupyter Notebook5301

• arindan/Winter-sublimation-at-the-Chhota-Shigri-Glacier-India

  Data and codes used in '11-year record of wintertime snow surface energy balance and sublimation at 4863 m a.s.l. on Chhota Shigri Glacier moraine (western Himalaya, India)'

  Language:Jupyter Notebook5102

• egpivo/SpatMCA

  R Package: Regularized Spatial Maximum Covariance Analysis

  Language:C++5201

• obellprat/NCOMMS-18-00404A

  Code and Data: Towards reliable extreme weather and climate event attribution

  Language:R4006

• awickert/HydroModelPrep

  Uses GRASS GIS to prepare inputs for PRMS and GSFLOW, the USGS Hydrologic models. Very much a work in progress. Look to GRASS-fluvial-profiler for newer updates on a similar track.

  Language:Python31

• dquesadacr/Rep_SDDL

  Repeatable high-resolution statistical downscaling through deep learning

  Language:R31

• cryohydromettools/PDD_model

  This is a repository where we share some functions for estimating glacier surface melt and runoff on the north Antarctic Peninsula, using the Positive Degree Day (PDD) approach and ERA5 reanalysis data.

  Language:Jupyter Notebook2100

• anirudhavm/KatFoehn-Assessment

  Scripts that were used to estimation Foehn and Katabatic Wind days using MAR Simulation over Dronning Maud Land.

  Language:MATLAB1

• ArcticSnow/TopoPyScale_Documentation

  Documentation of TopoPyScale

  Language:JavaScript130

• chdraeger/predict-albedo

  Predict mountain glacier albedo values. Train, validate and test neural network models for albedo prediction with MODIS data.

  Language:Python1

• coecms/CNN-Atmospheric-Rivers

  In this tutorial, we will use an Atmospheric Rivers dataset to train a Convolutional Neural Network (CNN) that can identify whether a map contains an atmospheric river or not.

  Language:Jupyter Notebook140

• elliotsnitzer/modgrnld_tool

  This tool compared Ice Surface Temperature, Surface Albedo, and Water Vapor from MODIS ice sheet models and other data

  Language:Jupyter Notebook11

• EURAC-Ecohydro/GEOtopExamples

  Repository of test simulations for GEOtop v 3.0

  Language:Jupyter Notebook1302

• fcojara506/echuarren_glacier_model

  GIS operations of regional clustering and physical simulation of glacier modelling of Echaurren Glacier in Chile

  Language:R1100

• PlekhanovaElena/aap_paper

  pan-Arctic albedo trend analysis based on MODIS satellite and CMIP6 climate models data

  Language:Jupyter Notebook1100

• robyn-ball/PMCA

  Permutation-based Maximum Covariance Analysis

  Language:R1201