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,…
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
RT @AlexDavidRogers: Cold-water fish evolving much more rapidly than tropical fish - counter intuitive and very interesting: https://t.co/D…
RT @sofievalk: Lovely visual and interesting finding 🐠🐟🐟🐡🐡🐡🦈🦈🦈🦈 https://t.co/7Jvrgwbr2E
RT @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
Speciation rate for marine fishes is greatest at high latitudes, not the tropics #latitudinalgradients #coolscience https://t.co/USQg7npL4p
These fish illustrations are just marvelous @jehimes https://t.co/ZmGf4dJI98 https://t.co/xmf3VoezFo
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 @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 @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 @dan_rabosky: Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold,…
Change in perspective on gradient of speciation in fish ! https://t.co/VWClOSOVMV
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 @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 @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
No spoiler, but we got the same result for fungi. https://t.co/v9fZhknEIH
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 @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 @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 @AlexDavidRogers: Cold-water fish evolving much more rapidly than tropical fish - counter intuitive and very interesting: https://t.co/D…
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 @SimonDStewart_N: It's always cool seeing research disproving ideas that you were taught in undergrad. https://t.co/horwhZ2r9U
Cold-water fish evolving much more rapidly than tropical fish - counter intuitive and very interesting: https://t.co/DssuQFT8mV
Global analysis of speciation rate & species richness in marine fishes, w/ fish megaphylogeny. Faster speciation in cold, low-diversity regions. Really fun collaborative project w/ @tempoandmode @chang_jon @pascal_title & many others https://t.co/g
RT @javi_igea: inverse latitudinal gradient in speciation rates in marine fishes (using a 30k species phylogeny) https://t.co/9JP7VZFLZS by…
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 @ecomorph: Big fish phylogeny!! https://t.co/aCtkujRZH7
It's always cool seeing research disproving ideas that you were taught in undergrad. https://t.co/horwhZ2r9U
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…
inverse latitudinal gradient in speciation rates in marine fishes (using a 30k species phylogeny) https://t.co/9JP7VZFLZS by @dan_rabosky et al in @nature: speciation rates in high latitudes ~2x than in the tropics https://t.co/RaimQgIFWU
RT @UoPMarineBiol: 🐟🐡🐠evolution faster near poles 🌍🌎🌏 https://t.co/DNLF4iNRcU
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…
Lovely visual and interesting finding 🐠🐟🐟🐡🐡🐡🦈🦈🦈🦈 https://t.co/7Jvrgwbr2E
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 @michaelgharvey: More confirmation of the emerging pattern of higher speciation rates in the temperate zone https://t.co/qu811SSPJZ
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 @yoshidamasaaki: "high-latitude fish lineages form new species at much faster rates than their tropical counterpart" https://t.co/p9oSgM…
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 @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
RT @fsantini2015: @dan_rabosky, @chang_jon, Mike Alfaro & many collaborators used largest fish phylogeny ever to test relationship between…
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…
Beautiful graph! https://t.co/BRedrd845l
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…