@camerondow35 , we have 4 open issues listing studies that should be checked and included. Some of these issues are stale, and I believe a lot have been checked. I'm starting a new list here and will close other issues. Please check off the ones that are done.
running list of studies to review/ cite
[x] Ref. @delgado_differences_2020
[x] From Neil: @zhang_drought_2021; @zhang_extended_2020 (first is relevant, but not the second)
[x] Geng et al. 2020 GCB- Climate warming increases spring phenological differences among temperate trees. (not super relevant)
[x] N. American strategies have conservative strategies when it comes to phenology, as historically they’ve been subject to more spring frosts. Thus, climate change is having less impact (Zohner et al., 2020) - this is interesting, but not necessary to get into here.
[ ] Finzi et al 2020- monograph on C cycling at Harvard Forest, including phenology. This is very rich, and I'm not sure I've captured everything relevant from it
[ ] Search Malcolm Cleaveland, Dan Griffin, and Davis Stahle for this kind of work. Oh, Max Torbenson is leading this work, too. But, most of these folks did the analysis to reconstruct climate, not for understanding ecology. The information could be extracted from what they observe and report: https://scholar.google.com/citations?user=BnFx9RQAAAAJ&hl=en&oi=ao
on warmer springs offset by C losses later in the growing season
@camerondow35 , we have 4 open issues listing studies that should be checked and included. Some of these issues are stale, and I believe a lot have been checked. I'm starting a new list here and will close other issues. Please check off the ones that are done.
running list of studies to review/ cite
on temperature sensitivity of early- vs late-wood growth in temperate deciduous species:
on warmer springs offset by C losses later in the growing season
on representation in models