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@egordon88
I don't think that was a good idea. In this case, a taxon split should have been made. And all the new species that have emerged from the subspecies of Senecio squalidus should have been provided with an atlas beforehand.
So now we have an estimated 2000 wrongly determined Senecio squalidus (s.str.). As previously Senecio squalidus rupestris was folded into Senecio squalidus. If the naming of these observations was correct now they are wrong as Senecio rupestris is folded out.
@blue_celery How can we solve this?
maybe we could:
1) create a complex with (S. aethnensis, S. aknoulensis, S. balansae, S. calabrus, S. duriaei, S. ×glaber, S. rupestris, S. sardous, S. siculus, S. squalidus)
2)reidentify S. rupestris from the S. squalidus OBS.
It could become somehow easy because the two taxa seem to be quite vicariant:
https://europlusmed.org/cdm_dataportal/taxon/7b656ffc-049a-4f63-ad5e-644cf7a668e9
https://europlusmed.org/cdm_dataportal/taxon/1632d0f2-0db1-4549-896c-5de5310d8d00
I am also trying to find out the distribution. For example, I can't yet determine which of the two species occurs in GB. In the distribution map I found both species are synonymized.
https://plantatlas2020.org/atlas/2cd4p9h.p65
Here you can see the differences between both species. There are also distribution data. If this is true, it overlaps in GB and in France.
http://www.mittelmeerflora.de/Zweikeim/Asteraceae/sen_rupestr.htm#2
See https://www.inaturalist.org/flags/631014