@Greg_Owens @psudmant Not sure if this is helpful, but Fig 2 in a paper from colleagues in 2022 did this: https://t.co/dKnrhijlYc https://t.co/9c7mu4aN6m
RT @DrPintoThe2nd: Phylogenomic Species Delimitation Dramatically Reduces Species Diversity in an Antarctic Adaptive Radiation https://t.co…
Phylogenomic Species Delimitation Dramatically Reduces Species Diversity in an Antarctic Adaptive Radiation https://t.co/erSM2AIJGk https://t.co/984rdqAjN0
RT @TJNear: Back-to-back papers in latest issue of Systematic Biology. Page numbered version now published.
Back-to-back papers in latest issue of Systematic Biology. Page numbered version now published.
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @chantal_elyse: Excited to share a new paper with @TJNear, Alex Dornburg, Carl Struthers, and Christopher Jones, in which ddRAD and morp…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @chantal_elyse: Excited to share a new paper with @TJNear, Alex Dornburg, Carl Struthers, and Christopher Jones, in which ddRAD and morp…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @chantal_elyse: Excited to share a new paper with @TJNear, Alex Dornburg, Carl Struthers, and Christopher Jones, in which ddRAD and morp…
RT @chantal_elyse: Excited to share a new paper with @TJNear, Alex Dornburg, Carl Struthers, and Christopher Jones, in which ddRAD and morp…
RT @chantal_elyse: Excited to share a new paper with @TJNear, Alex Dornburg, Carl Struthers, and Christopher Jones, in which ddRAD and morp…
RT @chantal_elyse: Excited to share a new paper with @TJNear, Alex Dornburg, Carl Struthers, and Christopher Jones, in which ddRAD and morp…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @chantal_elyse: Excited to share a new paper with @TJNear, Alex Dornburg, Carl Struthers, and Christopher Jones, in which ddRAD and morp…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
Phylogenomic species delimitation dramatically reduces species diversity in an Antarctic adaptive radiation | Systematic Biology | Oxford Academic https://t.co/sLDHABSS8S
Phylogenomic species delimitation dramatically reduces species diversity in an Antarctic adaptive radiation | Systematic Biology https://t.co/lGHuNXKs8H
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @mwpen: Evidence that an Antarctic radiation of fishes has been overspilt https://t.co/fWxhui4Vxh Interestingly these polar clades have…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
Based on this study, I am wondering if tip-rates of speciation have not been over estimated in this region by previous global studies such as Rabosky et al. 2018 in Nature. Important issue to explore. Great study showing the power of phylo genomics.
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @mwpen: Evidence that an Antarctic radiation of fishes has been overspilt https://t.co/fWxhui4Vxh Interestingly these polar clades have…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @mwpen: Evidence that an Antarctic radiation of fishes has been overspilt https://t.co/fWxhui4Vxh Interestingly these polar clades have…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
RT @TJNear: New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species d…
New from the #NearLab Elyse Parker @chantal_elyse at @systbiol Phylogenomic species delimitation dramatically reduces species diversity in an Antarctic adaptive radiation. Important collections and incredible collaborators @Te_Papa https://t.co/TXSbYRd2zt
RT @mwpen: Evidence that an Antarctic radiation of fishes has been overspilt https://t.co/fWxhui4Vxh Interestingly these polar clades have…
RT @mwpen: Evidence that an Antarctic radiation of fishes has been overspilt https://t.co/fWxhui4Vxh Interestingly these polar clades have…
RT @mwpen: Evidence that an Antarctic radiation of fishes has been overspilt https://t.co/fWxhui4Vxh Interestingly these polar clades have…
Evidence that an Antarctic radiation of fishes has been overspilt https://t.co/fWxhui4Vxh Interestingly these polar clades have the fastest apparent speciation rates https://t.co/a7V4cRFTXZ How much of the lat gradient in speciation rates due to taxonomy?
Phylogenomic species delimitation dramatically reduces species diversity in an Antarctic adaptive radiation https://t.co/4j3dXlh3qb https://t.co/j4GI3POmxx