Reverse Dependencies of netcdf4

The following projects have a declared dependency on netcdf4:

• HelioSat — no summary
• hf-hydrodata — hydroframe tools and utilities
• hfradarpy — Toolbox to read in High Frequency Radar (HFR) files written in CODAR Tabular Format (CTF).
• hidefix — Concurrent HDF5 and NetCDF4 reader (experimental)
• himawari-api — Python API for downloading and searching Himawari satellite data on local and cloud storage.
• hipersim — A collection of wind energy simulation tools
• history-matching — Package contains helper modules for using history matching for parameter optimzation.
• hmp — Package for fitting Hidden Multivariate pattern model to time-series
• honeybees — Honeybees is an agent-based modelling framework targeted at large-scale agent-based models.
• hsclient — A python client for managing HydroShare resources
• hsmm-mvpy — DEPRECATED new name under HMP, see https://pypi.org/project/hmp/
• HuLiDB — A toolbox to generate and extract synthetic measurements from a hub-lidar, using HAWC2. The data is stored in a netCDF4 file format.
• huracanpy — A python package for working with various forms of feature tracking data
• hxeva — no summary
• hydrodata — A portal to access hydrology and climatology databases in Python
• HydroDataset — A Python package for downloading and reading hydrological datasets
• hydroinform — A steady-state stream model and python access to DFS-files
• hydrointerp — Functions for interpolating hydrologic features
• hydrolib-core — Python wrappers around D-HYDRO Suite.
• hydromt — HydroMT: Automated and reproducible model building and analysis.
• hydromt_wflow — hydroMT plugin for wflow models.
• hydropandas — Module by Artesia for loading observation data into custom DataFrames.
• hydrotools.nwm-client — Retrieve National Water Model data from various sources.
• hydrotools.nwm-client-new — Retrieve National Water Model data from various sources.
• hydrotrack — A Python package for track and forecasting.
• hyo2.ssm2 — A library and an application to manage sound speed profiles.
• hyoga — Paleoglacier modelling framework
• hyp3lib — Common library for HyP3 plugins
• HyperCoast — A Python package for processing hyperspectral data in coastal regions
• hypnotoad — Grid generator for BOUT++
• hypycube — HyPyCube framework
• icarus-fusion — A machine learning tool for fusion simulation validation.
• icclim — Python library for climate indices calculation.
• icenet — Library for operational IceNet forecasting
• icesat2waves — Tools to analyze wave tracks using icesat2 data
• ichthyop — Python package for the analysis of Ichthyop outputs
• icon-uxarray — Awesome icon_uxarray created by jcanton
• icoscp_stilt — Access to ICOS STILT calculation results available from https://stilt.icos-cp.eu/viewer/
• IFEM-to-VT — Convert between different mesh data formats
• IHEWAcollect — Water Accounting Collect Tools
• IHEWAdataanalysis — Water Accounting Report Tools
• ILAMB — The International Land Model Benchmarking Package
• imktk — Toolkit provided by IMK at KIT
• impactlab-tools — Python tools for Climate Impact Lab developers
• IMProToo — no summary
• InDiCA — INtegrated DIagnostiC Analysis
• input4mips-validation — Validation of input4MIPs data (checking file formats, metadata etc.).
• inspectds — no summary
• intake-esgf — An intake-esm inspired catalog for ESGF
• intake-esm — An intake plugin for parsing an Earth System Model (ESM) catalog and loading netCDF files and/or Zarr stores into Xarray datasets.
• intake-xarray — xarray plugins for Intake
• intense — no summary
• interpolator-for-wrfchem — Interpolates global chemistry fields for use with WRF-CHEM
• ioos-tools — Misc functions for IOOS notebooks
• ipart — IPART is a Python package for the detection and tracking of atmospheric rivers from gridded IVT data using image-processing techniques.
• ipyidv — This project allows users to use Unidata's IDV with jupyter notebooks
• irons — A Python package that enables the simulation, forecasting and optimisation of reservoir systems
• isimip-client — A thin client library to use the API of the ISIMIP repository using Python.
• isimip-qc — A command line tool for the quality control of climate impact data of the ISIMIP project.
• isimip-utils — This package contains common functionality for different ISIMIP tools.
• isofit — Imaging Spectrometer Optimal FITting
• iss-lidar — Wind lidar processing library for the NSF NCAR Integrated Sounding System
• istar-m9csz-core — Core M9CSZ data parsing
• jacksung — no summary
• jaws — Software to convert idiosyncratic ASCII formats to netCDF formats
• jaxparrow — Computes the inversion of the cyclogeostrophic balance based on a variational formulation approach, using JAX
• jetto-mobo — no summary
• jetto-tools — Tools for plotting and manipulating JETTO runs.
• joseki — Reference atmospheric thermophysical profiles for radiative transfer applications in Earth's atmosphere.
• jouissance — jouissance
• jsa-data-manager — Manages standard input and output data of JSA software tools.
• jsmetrics — Library of algorithms and metrics used to characterise jet-streams.
• json2args — Read keyword arguments from json file automagically
• json2netcdf — Package to convert JSON to NetCDF data
• jupyterlab-thredds — A Jupyter Notebook server extension which crawls a thredds catalog
• kadlu — MERIDIAN Python package for ocean ambient noise modelling
• kamodo-ccmc — A functional api for scientific data
• kedro-datasets — Kedro-Datasets is where you can find all of Kedro's data connectors.
• kenmerkendewaarden — Derive indicators from waterlevel measurements
• keras-spatial — Keras Data Generator class for remote spatial data.
• kerchunk — Functions to make reference descriptions for ReferenceFileSystem
• kkpy — Python library for my meteorological research
• kma-url-api — KMA URL-API
• konrad — 'Implementation of a radiative-convective equilibrium model.
• kotori — Kotori is a data acquisition, processing and graphing toolkit for humans
• krillscan — A python module for automatic analysis of backscatter data from vessels of opportunity
• kyklop — A tropical cyclone detector and tracker.
• l2ss-py — L2 Subsetter Service
• ladim — Lagrangian Advection and Diffusion Model
• ladim_aggregate — Aggregate tool for LADiM output files
• ladim-plugins — IBMs for LADiM
• Lagranto — Library to work with trajectories.
• lagtraj — Python trajectory code for Lagrangian simulations
• Lambda-Salemx — Salem to aws lamda funcs
• landlab — Open-source Python package for numerical modeling of Earth surface dynamics.
• landslideml — A package for generation of landslide susceptibility mapping with ML models
• ldcpy — A library for lossy compression of netCDF files using xarray
• ldndc2nc — LandscapeDNDC inventory postprocessor to netCDF format
• leafmap — A Python package for geospatial analysis and interactive mapping in a Jupyter environment.
• leakybucket — Template project for a hydrological model BMI for eWaterCycle.