Reverse Dependencies of xarray

The following projects have a declared dependency on xarray:

• grids — Tools for extracting time series subsets from n-dimensional arrays in several storage formats.
• grunnlag — Basic Schema for interacting with Arnheim through Bergen
• gsee-redux — GSEE: Global Solar Energy Estimator
• GSForge — Feature (gene) selection package for gene expression data.
• GSIBerror — A Python class to read the records and attributes from the background error covariance matrices compatible with the Gridpoint Statistical Interpolation in the .gcv file format.
• gspy — Data handling
• gsv-interface — Generic State Vector Interface for Destination Earth data.
• gsw-xarray — Drop in wrapper for gsw which adds CF standard name and units attributes to xarray results
• gtap-extractor — Extract GTAP data from .har files and save it as .nc file.
• gxsmread — Read gxsm data files
• h5rdmtoolbox — Supporting a FAIR Research Data lifecycle using Python and HDF5.
• hagelslag — Hagelslag is a Python package for storm-based analysis, forecasting, and evaluation.
• hamsci-psws — HamSCI Grape v1 Personal Space Weather Station Plotting Tools
• haplo — no summary
• harmonica — Forward modeling, inversion, and processing gravity and magnetic data
• harpy-analysis — single-cell spatial proteomics analysis that makes you happy
• hatyan — Tidal analysis and prediction tool of Rijkswaterstaat
• hazelbean — Collection of geospatial algorithms, parallel computation utilities and project management tools.
• HBV — Dev version for a HBV hydrological model using BMI for eWaterCycle.
• hdf5tools — Python hdf5 tools
• HDP-python — Heatwave Diagnostics Package (HDP) for computing heatwave metrics over gridded timeseries data.
• healpix-convolution — space-domain convolution on the healpix grid
• hecstac — Create stac objects and metadata from HEC modeling software.
• heliopy-multid — Extension to heliopy to retrieve multi-dimensional heliopheric data
• herbie-data — Download numerical weather prediction GRIB2 model data.
• hetmatpy — Matrix implementations for hetnets and path-count-based measures
• hextof-processor — Hextof Offline Analyzer
• 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.
• himena — An infinitely extensible and reusable application framework.
• hipersim — A collection of wind energy simulation tools
• hisim — ETHOS.HiSim is a house infrastructure simulator
• history-matching — Package contains helper modules for using history matching for parameter optimzation.
• hls_tools — Tools for working with the Harmonized Landsat Sentinel 2 remote sensing dataset
• hmp — Package for fitting Hidden Multivariate pattern model to time-series
• Hoi — Higher Order Interactions
• holobench — A package for benchmarking the performance of arbitrary functions
• honeybees — Honeybees is an agent-based modelling framework targeted at large-scale agent-based models.
• hrrrb — Download model data (HRRR, RAP, GFS, NBM, etc.) from NOMADS, NOAA's Big Data Program partners (Amazon, Google, Microsoft), and the University of Utah Pando Archive System.
• 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
• hvneuro — Neuroscience visualization with HoloViz
• hvplot — A high-level plotting API for the PyData ecosystem built on HoloViews.
• hydro-analysis-toolkit — ECMWF Hydrological Analysis Tools
• hydroai — Side project to demonstrate the operational value of machine learning for hydrologic modeling
• hydrobm — Python package for calculating simple benchmarks from hydroclimatic timeseries
• hydrocivil — a package for hydrological methods in civil and enviromental engineering
• hydrodata — A portal to access hydrology and climatology databases in Python
• HydroDataset — A Python package for downloading and reading hydrological datasets
• hydrointerp — Functions for interpolating hydrologic features
• hydromt — HydroMT: Automated and reproducible model building and analysis.
• hydromt-delft3dfm — hydroMT plugin for Delft3D-FM models.
• hydromt_delwaq — hydroMT plugin for DELWAQ models.
• hydromt_fiat — no summary
• hydromt_sfincs — hydroMT plugin for sfincs models.
• hydromt_wflow — hydroMT plugin for wflow models.
• hydropandas — Module by Artesia for loading observation data into custom DataFrames.
• hydropt-oc — HYDROPT: a Python Framework for Fast Inverse Modelling of
• hydrosignatures — A collection of tools for computing hydrological signatures
• hydrotools.gcp-client — Retrieve National Water Model data from Google Cloud Platform.
• 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.
• hygraph-core — A package for managing and analyzing HyGraph data
• hyoga — Paleoglacier modelling framework
• HyperCoast — A Python package for processing hyperspectral data in coastal regions
• hypso — HYPSO Toolbox For Satellite Image Processing
• hypycube — HyPyCube framework
• HySetter — Subset hydroclimate data using HyRiver Over CONUS.
• hytraj — Implementation of HySPLIT based trajectory modeling and analysis in python
• ibes — Individual-based experiment simulation
• ibquant — A Python Framework for Interactive Brokers TWS API
• icclim — Python library for climate indices calculation.
• icenet — Library for operational IceNet forecasting
• icepyx — Python tools for obtaining and working with ICESat-2 data
• icesat2waves — Tools to analyze wave tracks using icesat2 data
• icetemp — Code to solve the one-dimensional englacial temperature evolution model (both inversion and forward sensitivity simulations) presented in the article Geothermal heat flux is the dominant source of uncertainty in englacial-temperature-based dating of ice-rise formation by Montelli and Kingslake in The Cryosphere.
• ichthyop — Python package for the analysis of Ichthyop outputs
• icon-uxarray — Awesome icon_uxarray created by jcanton
• iconarray — A package of modules for processing and plotting ICON data.
• icoscp_stilt — Access to ICOS STILT calculation results available from https://stilt.icos-cp.eu/viewer/
• igem — no summary
• igem-lite — no summary
• igra — IGRAv2 radiosonde tools
• image-analysis-util — Scientific image exploration software for multidimensional datasets.
• imap_processing — IMAP Science Operations Center Processing
• imas2xarray — Imas2xarray is a tool reading IMAS data in hdf5 format into xarray.
• imaxt-image — IMAXT Image Utilities
• imaxt-mosaic — Image stitching
• imaxt-multiscale-plugin — A simple plugin to use with napari
• imaxt-registration-tools — Image registration tools for IMAXT
• imc2zarr — IMC scan to Zarr conversion
• imdlib — A tool for handling and downloading IMD gridded data
• imktk — Toolkit provided by IMK at KIT
• imod — Make massive MODFLOW models!
• impactlab-tools — Python tools for Climate Impact Lab developers