RT @sofievalk: Lovely visual and interesting finding 🐠🐟🐟🐡🐡🐡🦈🦈🦈🦈 https://t.co/7Jvrgwbr2E
なんとなく、逆に思っていた。 https://t.co/kKPxxNY4di
RT @Liz_C_Miller: If not speciation rates, then what explains global species richness in fishes? I'll be giving a talk on this subject at #…
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @jehimes: Congrats @dan_rabosky et al. on your latest paper https://t.co/rNvTw7NSax Thanks for including my illustrations! https://t.co/…
Wondering how we fit this finding with the ecological paradigm that species diversity is the greatest at the tropics and reduces towards the poles. https://t.co/095rsU8UaX
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
An inverse latitudinal gradient in speciation rate for marine #fishes. Or huge #Evolution study forces us to rethink where Earth's #species evolve. Article: https://t.co/MkHPaXgfvo Research: https://t.co/tBxygQUMBf https://t.co/sqtySKWdRA
RT @adrbart: Phylogeny #fishsci https://t.co/vxVzF1DbsI
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @javi_igea: inverse latitudinal gradient in speciation rates in marine fishes (using a 30k species phylogeny) https://t.co/9JP7VZFLZS by…
Awesome data treatment and results. Congrats! https://t.co/cc5xk0YgnK
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
RT @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
awesome #dataviz https://t.co/mLaD9qr1F7
An inverse latitudinal gradient in ‘speciation’ rate for marine fishes | Nature https://t.co/k3M5plsCk0
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @javi_igea: inverse latitudinal gradient in speciation rates in marine fishes (using a 30k species phylogeny) https://t.co/9JP7VZFLZS by…
RT @jjminich: Nice work by @TJNear , hope to add microbiomes to this soon! https://t.co/LpNAcC6fIt
Nice work by @TJNear , hope to add microbiomes to this soon! https://t.co/LpNAcC6fIt
thanks @friedman_lab - pictures are worth a thousand words :) https://t.co/PEh50REXYB
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
条鰭類は、熱帯以外では種が少ない地域で種分化速度が高く、緯度が高いと新種がどんどん出現。表層温度が低く固有性が高いと、種分化速度が高い。An inverse latitudinal gradient in speciation rate for marine fishes https://t.co/iWUMnDtknU
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
If not speciation rates, then what explains global species richness in fishes? I'll be giving a talk on this subject at #JMIH2018! Congrats @TJNear et al.! https://t.co/paxss6QJro
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
@MichiganEarth Prof Matt Friedman https://t.co/sviAoQ1uCU
RT @WTF_R_species: Fascinating! I still worry that it's more to do with species concepts and greater splitting, especially in the NORTH tem…
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
RT @fadingfrogs: Speciation rates are fastest where diversity is lowest in marine fishes. Polar and temperate seas, rather than the tropics…
RT @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
RT @SteveBrusatte: Important paper alert: mega new family tree of fishes shows faster rates of new species evolution in high latitudes (not…
RT @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
Fascinating! I still worry that it's more to do with species concepts and greater splitting, especially in the NORTH temperate zone than anything real https://t.co/T1ft4nHt4W
RT @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
.@Bruno__Vilela What do you think about this? https://t.co/TkgpN6CEyS
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
RT @fadingfrogs: Speciation rates are fastest where diversity is lowest in marine fishes. Polar and temperate seas, rather than the tropics…
RT @gobysimon: Ray-finned fishes speciate faster in high latitudes @pete_cowman https://t.co/VV3WquHBVm #teamfish #fish
RT @laszlognagy: No spoiler, but we got the same result for fungi. https://t.co/v9fZhknEIH