netcdf4-python: python/numpy interface to the netCDF C library

weather radar data processing - python package

Argos Panoptes HDF/NCDF/scientific data viewer.

Python RINEX 2 / 3 NAV / OBS / sp3 reader & batch convert to HDF5 with C-like speed

A collection of code examples as well as presentations for training purposes

Library of derived climate variables, ie climate indicators, based on xarray.

Analysis and product generation for meteorological data.

NodeJS addon to read and write NetCDF4 files

Modern fortran netcdf wrapper

WOSS is a multi-threaded C++ framework that permits the integration of any existing underwater channel simulator that expects environmental data as input and provides as output a channel realization. Currently, WOSS integrates the Bellhop ray-tracing program. Thanks to its automation the user only has to specify the location in the world and the time where the simulation should take place. This is done by setting the simulated date and the wanted latitude and longitude of every node involved. The simulator automatically handles the rest (see technical description). WOSS can be integrated in any network simulator or simulation tool that supports C++.

NETCDF to GeoTIFF utility library

Object-oriented Fortran NetCDF4 interface

Hydrology and Climate Forecasting R package

Machine learning, statistics, and data mining for atmospheric and oceanic sciences

Tutorial script for analyzing and visualizing climate data.

ESoWC project to develop a Python utility to mount NetCDF files as a file-system in user space. (FUSE)

DINCAE (Data-Interpolating Convolutional Auto-Encoder) is a neural network to reconstruct missing data in satellite observations.

A few useful functions to make accessing eReefs and other CSIRO-EMS output files easier.

HDF5 / NetCDF4 functions that should be included in Matlab

WOSS - World Ocean Simulation System - is a multi-threaded C++ framework that permits the integration of any existing underwater channel simulator that expects environmental data as input and provides as output a channel realization. Currently, WOSS integrates the Bellhop ray-tracing program. Thanks to its automation the user only has to specify the location in the world and the time where the simulation should take place. This is done by setting the simulated date and the wanted latitude and longitude of every node involved. The simulator automatically handles the rest (see technical description). WOSS can be integrated in any network simulator or simulation tool that supports C++.

Project to handle download of public weather forecast data.

Simple wrappers for processing netcdf files for use in simple climate models

LISFLOOD OS - Utilities

Utility and library to interface with cf-convention compliant NetCDF flag variables.

A native Go implementation of NetCDF4.

This program converts Standardised Precipitation-Evapotranspiration Index (SPEI) data from the netcdf format to csv and Excel formats.

ECMWF toolbox created with python

Climate Simulation Operations

A CMR connector service that provides an inter-service API

Following tutorials to understand netCDF