Yes. Both standards proposals have SHA256 fingerprints.
Not that there is anything wrong with SHA1 fingerprints in practice. The sort of collisions that SHA1 is susceptible to are not an issue in this particular application. With SHA256 fingerprints people would still be using 64 bit key IDs, just like they are doing now.
Not that there is anything wrong with SHA1 fingerprints in practice. The sort of collisions that SHA1 is susceptible to are not an issue in this particular application. With SHA256 fingerprints people would still be using 64 bit key IDs, just like they are doing now.