Version 4.6.1 of the netCDF-Fortran library is now available.

The netCDF-Fortran library version 4.6.1 requires the netCDF-C library version 4.9.0 or greater. This release brings refinements and bug testing, and improvements to quantize and zstandard support. You can find the full release notes and source downloads here:

Version 4.5.4 of the netCDF-Fortran library is now available.

The netCDF-Fortran library version 4.5.4 requires the netCDF-C library version 4.7.4 or greater. This release includes many bug fixes and quality-of-life improvements. Read on for details.

Version 4.5.3 of the netCDF-Fortran library is now available.

Version 4.7.1 of the netCDF-C library and version 4.5.0 of the netCDF-Fortran library are now available.

Version 4.4.0 of the netCDF-Fortran library is now available.

Some highlights of the 4.4.0 release:

• For 32-bit platforms fixed integer fill parameters, initialized potentially unitialized variables, and provided some missing defaults (Thanks to R. Weed).
• Fixed CMake builds on 32-bit platforms.
• Added new inq_path and rename_grps functions analogous to corresponding C functions. Added associated tests. (Thanks to R. Weed)
• Added support for NF_MPIIO, NF_MPIPOSIX, NF_PNETCDF flags and NF_FILL_UINT. (Thanks to R. Weed)
• Fixed potential bug in attribute functions for integer values when Fortran INTEGER*1 or INTEGER*2 types are the same size as C long. (Thanks to R. Weed)
• Added test for compiler support of Fortran 2008 ISO_FORTRAN_ENV additions and TS29113 standard extension.
• Fixed C_PTR_DIFF_T issue reported by Orion Poplowski. (Thanks to R. Weed)

Talking about the first of Gray's criteria for scalable Scientific Data Management Systems:

1. Data independence: the physical data organization can change without breaking existing applications