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 @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
RT @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
RT @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
Speciation rates at high latitudes ..... more on this with ciscoes. https://t.co/zMXeFzmpgB
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 @WAtlFish: Congrats to Tom, Peter, and everyone else involved! https://t.co/xp8husp2tA
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 @fsantini2015: @dan_rabosky, @chang_jon, Mike Alfaro & many collaborators used largest fish phylogeny ever to test relationship between…
Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://t.co/uyw7h5Jzp4, https://t.co/p3Z3hdsrOM, @dan_rabosky @Friedman_Lab @chang_jon @TJNear @tempoandmode @CoralCoE @jcu @UMich @YaleBiosp
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 @mjbernt: Big names, big paper, and big claims...Looking forward to digging into this. https://t.co/GNWBJcrS4x
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…
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…
“Our results reject a broad class of mechanisms under which the tropics serve as an evolutionary cradle for marine fish diversity and raise new questions about why the coldest oceans on Earth are present-day hotspots of species formation.” https://t.co/8FE
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
This figure! https://t.co/ONJyPlb7fp
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…
Fascinating!! 🐠🐡🐟 https://t.co/wkRcv6xkPP
RT @Davey_F_Wright: New paper by a lot of really cool people: "An inverse latitudinal gradient in speciation rate for marine fishes" I look…
RT @TetZoo: Retweeting for a friend. https://t.co/Iw4YJEliTD
RT @Davey_F_Wright: New paper by a lot of really cool people: "An inverse latitudinal gradient in speciation rate for marine fishes" I look…
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
Wonderful! https://t.co/zwjPGgyXrA
RT @TetZoo: Retweeting for a friend. https://t.co/Iw4YJEliTD
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
New paper by a lot of really cool people: "An inverse latitudinal gradient in speciation rate for marine fishes" I look forward to reading it! https://t.co/ntCjIk1Xz8
RT @michaelgharvey: More confirmation of the emerging pattern of higher speciation rates in the temperate zone https://t.co/qu811SSPJZ
Congrats to Tom, Peter, and everyone else involved! https://t.co/xp8husp2tA
RT @Friedman_Lab: Pleased to have played a (small) part in this paper in today’s @nature. Although fishes show a classic latitudinal divers…
Big names, big paper, and big claims...Looking forward to digging into this. https://t.co/GNWBJcrS4x
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 @fsantini2015: @dan_rabosky, @chang_jon, Mike Alfaro & many collaborators used largest fish phylogeny ever to test relationship between…
Big fish phylogeny!! https://t.co/aCtkujRZH7
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 @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 @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…
This is cool - and it's based on very incomplete data (most estimates suggest 90% of teleost species are still not described). Also explains why fish evo/devo scientists go to Antarctica... https://t.co/Su2hc7mp3L
New paper by Michael Alfaro (and others) of @UCLAEEB is out in Nature! Title: An inverse latitudinal gradient in speciation rate for marine fishes. Cool stuff! https://t.co/pM5HzdXoSl @tempoandmode @nature
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 @fsantini2015: @dan_rabosky, @chang_jon, Mike Alfaro & many collaborators used largest fish phylogeny ever to test relationship between…
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…
Retweeting for a friend. https://t.co/Iw4YJEliTD
An inverse latitudinal gradient in speciation rate for marine fishes https://t.co/DZbTQdmhXk
RT @fsantini2015: @dan_rabosky, @chang_jon, Mike Alfaro & many collaborators used largest fish phylogeny ever to test relationship between…