Just now on Space Sci Rev, vol. 221 (all of 2025):
Hezel, D.C. Palme, H. Zipfel, J. et al. Evolution of the Solar System: Constraints from Meteorites – Editorial Art 125 s11214-025-01254-7
As with the previous editorial, this is more of a meta-paper. The journal is running a “special issue” (ongoing, now that we’re in the digital era); this “editorial” is a lead-in and context piece, tying all the papers in the special issue together. In particular, the papers all stem from a 2023 meeting at ISSI, Switzerland, on this topic: the formation of our Solar System, from a top-down view (the current state of this System), a bottom-up view (meteorites as examples, in hand, of the building blocks), and a ‘sideways’ view (other, young and forming star systems).
Of relevance to this blog: the catchall term “meteorites” now includes intact specimens recovered from space missions, explicitly known to be free of terrestrial effects (including sampling bias):
“The results of the remarkable samples of asteroids and comets collected during space missions underline the importance of this ground-truth material, given that the returned material was often sufficiently different to initial expectations.”
Remarkable, indeed- read the participants’ remarks on our current knowledge (advanced significantly over the past ~2 decades) of the formation of our Solar System.