RT @R_you_cereal: Cautious wow. Dimitrov et al. present another evidence that speciation is faster in temperate regions than in the tropics…
RT @R_you_cereal: Cautious wow. Dimitrov et al. present another evidence that speciation is faster in temperate regions than in the tropics…
RT @R_you_cereal: Cautious wow. Dimitrov et al. present another evidence that speciation is faster in temperate regions than in the tropics…
RT @R_you_cereal: Cautious wow. Dimitrov et al. present another evidence that speciation is faster in temperate regions than in the tropics…
RT @R_you_cereal: Cautious wow. Dimitrov et al. present another evidence that speciation is faster in temperate regions than in the tropics…
Cautious wow. Dimitrov et al. present another evidence that speciation is faster in temperate regions than in the tropics. See also Jetz et al (2012) https://t.co/HQGqPgkNQ5, and Rabosky et al (2018) https://t.co/p0PmsNLsVn and Weir & Schluter (2007) h
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…
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?
RT @FishBaseProject: Use of FishBase data and maps produced a major scientific breakthrough! https://t.co/UpHDH4jFww | https://t.co/IlaFnM9…
RT @FishBaseProject: Use of FishBase data and maps produced a major scientific breakthrough! https://t.co/UpHDH4jFww | https://t.co/IlaFnM9…
RT @FishBaseProject: Use of FishBase data and maps produced a major scientific breakthrough! https://t.co/UpHDH4jFww | https://t.co/IlaFnM9…
Use of FishBase data and maps produced a major scientific breakthrough! https://t.co/UpHDH4jFww | https://t.co/IlaFnM9kaq | https://t.co/LzD21SB2ET https://t.co/l47qEdCR39
RT @FishBaseProject: FishBase and AquaMaps' collaboration on a 2018 study led to an unexpected conclusion that icy polar seas are centers o…
RT @FishBaseProject: FishBase and AquaMaps' collaboration on a 2018 study led to an unexpected conclusion that icy polar seas are centers o…
FishBase and AquaMaps' collaboration on a 2018 study led to an unexpected conclusion that icy polar seas are centers of species formation for marine fishes, not warm coral reefs. See also: https://t.co/UpHDH4jFww | https://t.co/LzD21SB2ET https://t.co/oX
RT @FishBaseProject: Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific b…
RT @FishBaseProject: Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific b…
RT @FishBaseProject: Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific b…
High-latitude fish lineages form new species at much faster rates than their tropical counterparts. Why?
RT @FishBaseProject: Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific b…
RT @FishBaseProject: Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific b…
RT @FishBaseProject: Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific b…
RT @FishBaseProject: Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific b…
RT @FishBaseProject: Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific b…
Study reveals that the coldest oceans on earth are present-day hotspots of species formation. This major scientific breakthrough made use of data from FishBase and AquaMaps. More: https://t.co/UpHDH4jFww. See also: https://t.co/IlaFnM9kaq. 📄 https://t.co/
A major scientific breakthrough which made use of data from FishBase and AquaMaps 👉https://t.co/UpHDH4jFww Also 👉 https://t.co/IlaFnM9kaq 📄https://t.co/LzD21SB2ET #aquamaps
#MUevolution20 This paper discusses the relationship between latitude, species richness and speciation rate across marine fishes. They found that sea surface temperature is highly correlated with latitude which explains these rates. https://t.co/NAsMhuwFD
Hmmm, there was a recent study finding a similar pattern in marine fishes! https://t.co/tKjCrtoX2x
RT @POLAIRECanada: Une nouvelle étude révèle que les régions les plus propices à la formation de nouvelles espèces de poissons de mer ne se…
RT @POLARCanada: A new study reveals that the world’s hotspots for the formation of new marine fish species are not the tropics, as previou…
Une nouvelle étude révèle que les régions les plus propices à la formation de nouvelles espèces de poissons de mer ne se trouvent pas dans les tropiques, comme on le pensait auparavant, mais plutôt dans les eaux polaires! #ATCMXLII @AntarcticTreaty https:/
A new study reveals that the world’s hotspots for the formation of new marine fish species are not the tropics, as previously thought, but instead the cold waters of the polar regions! #ATCMXLII @AntarcticTreaty https://t.co/L1nvaqJ0vG https://t.co/9G59MRh
@halooie1 Initiatives to build the tree of life of course depend on GenBank: https://t.co/e51BXfo3N1
RT @FishBaseProject: A major scientific breakthrough which made use of data from FishBase and AquaMaps. see: https://t.co/UpHDH4Bgo4 see al…
RT @FishBaseProject: A major scientific breakthrough which made use of data from FishBase and AquaMaps. see: https://t.co/UpHDH4Bgo4 see al…
RT @FishBaseProject: A major scientific breakthrough which made use of data from FishBase and AquaMaps. see: https://t.co/UpHDH4Bgo4 see al…
RT @FishBaseProject: A major scientific breakthrough which made use of data from FishBase and AquaMaps. see: https://t.co/UpHDH4Bgo4 see al…
RT @FishBaseProject: A major scientific breakthrough which made use of data from FishBase and AquaMaps. see: https://t.co/UpHDH4Bgo4 see al…
RT @FishBaseProject: A major scientific breakthrough which made use of data from FishBase and AquaMaps. see: https://t.co/UpHDH4Bgo4 see al…
RT @FishBaseProject: A major scientific breakthrough which made use of data from FishBase and AquaMaps. see: https://t.co/UpHDH4Bgo4 see al…
A major scientific breakthrough which made use of data from FishBase and AquaMaps. see: https://t.co/UpHDH4Bgo4 see also: https://t.co/IlaFnMqV1Y paper: https://t.co/LzD21Sjrgj #aquamaps https://t.co/Fqh9U0ZkOv
The study "An inverse latitudinal gradient in speciation rate for marine fishes" by Rabosky et al. made use of data and maps from FishBase in finding out that coldest oceans on earth are present-day hotspots of species formation. https://t.co/MYd8LHiqaJ
Research that used FishBase data and maps shows rate of species formation was fastest at the highest latitudes & in the coldest ocean waters, contrary to common belief that the tropics serve as an “evolutionary cradle for marine fish diversity”. http
An inverse latitudinal gradient in speciation rate for marine fishes. https://t.co/li79E693Bx
RT @jehimes: Congrats @dan_rabosky et al. on your latest paper https://t.co/rNvTw7NSax Thanks for including my illustrations! https://t.co/…
RT @jehimes: Congrats @dan_rabosky et al. on your latest paper https://t.co/rNvTw7NSax Thanks for including my illustrations! https://t.co/…
RT @bilgeMolEcol: Tropiklerden sonra bana da pek çekici gelmiyor. :p Sadece tür envanteri çıkarmak sıkıcı olur ama aklımda ilginç sorular v…
Massive dataset, curious results. @fsantini2015 @cbenvenuto73 @francis_neat @robinmdbeck @charles_baillie @boopsboops @naiarasales_ https://t.co/IeCLL55dV1
Tropiklerden sonra bana da pek çekici gelmiyor. :p Sadece tür envanteri çıkarmak sıkıcı olur ama aklımda ilginç sorular var. Mesela kutup bölgelerinde tropiklere göre tür oluşumunun daha hızlı olduğu gösterildi, bkz. https://t.co/BHwrwRY6Yc bu da makalesi:
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
@cait_neal_ @MarineVertClass BAMM (Bayesian Analysis of Macroevolutionary Mixtures) is a statistical method of analyzing phylogenetic trees for evolutionary relationships. It served #Rabosky2018 well by putting those relationships in quantifiable terms. #B
@MarineVertClass Species diversity is not as closely correlated with #speciation as we previously thought. #Rabosky2018 (https://t.co/sixbuFRKJT …) shows that for ray-finned fishes, more species originate near the poles - not the equator! #Significance #we
Brown (2014; https://t.co/ZFddw8cNIi) suggested the tropics are more diverse because "the Red Queen runs faster when she is hot." What does this imply & how does #Robosky2018 (https://t.co/SiA2ZgHauV) support or conflict with this "Red Queen" hypothesi
RT @focs082018: @MarineVertClass #Question: #Rabosky2018 found that there is a negative relationship between annual sea surface temperature…
@MarineVertClass #Question: #Rabosky2018 found that there is a negative relationship between annual sea surface temperature and speciation rate when this data is plotted. Why might speciation rates increase as sea surface temperature decreases? #OCS4012 ht
RT @PettiboneSam: @MarineVertClass #Question: In the past, what factors have impacted species diversity and/or species richness in marine f…
RT @PettiboneSam: @MarineVertClass Tuesday's #OCS4012 paper discussion: An inverse latitudinal gradient in speciation rate for marine fishe…
RT @FishBaseProject: Use of #FishBase data & maps produced a major #scientificbreakthrough! https://t.co/MYd8LHA12h @U_of_michigan @GEOMAR_…
RT @FishBaseProject: Use of #FishBase data & maps produced a major #scientificbreakthrough! https://t.co/MYd8LHA12h @U_of_michigan @GEOMAR_…
Use of #FishBase data & maps produced a major #scientificbreakthrough! https://t.co/MYd8LHA12h @U_of_michigan @GEOMAR_en
RT @pete_cowman: Biggest fish #phylogeny reveals inverse latitudinal gradient in #speciation rate - work I was involved in @nature https://…
An inverse latitudinal gradient in speciation rate for marine fishes | Nature https://t.co/Wizb2dSOC0
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
New paper w/c made use of #FishBase data & maps, "An inverse latitudinal gradient in speciation rate for #marinefishes," says #speciesformation is fastest in highest latitudes & coldest ocean waters, not in species-rich tropics. https://t.co/MYd8L
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
#365papers An inverse latitudinal gradient in speciation rate for marine fishes https://t.co/0CqX064pKT
RT @FishBaseProject: New paper that made use of #FishBase data/maps, "An inverse latitudinal gradient in speciation rate for #marinefishes,…
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
RT @joey_squishfish: Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-t…
Our @austmus #fishesoftheweek breathe #fire and #ice. The tropical Flame Wrasse and polar Blackfin Icefish went head-to-head in a battle of #speciation rates! Who won #FishofThrones? Find out from @dan_rabosky, @pete_cowman, @TJNear, @tempoandmode, et al.
RT @FishBaseProject: New paper that made use of #FishBase data/maps, "An inverse latitudinal gradient in speciation rate for #marinefishes,…
RT @FishBaseProject: New paper that made use of #FishBase data/maps, "An inverse latitudinal gradient in speciation rate for #marinefishes,…
New paper that made use of #FishBase data/maps, "An inverse latitudinal gradient in speciation rate for #marinefishes," says #speciesformation is fastest in highes latitudes and coldest ocean waters, not in tropics. https://t.co/MYd8LHA12h
@RaulCortes_B
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…
RT @Letirroja: ¡Para fliparlo! Una filogenia en peces muestra que tienen una tasa de especiación más rápida en los polos que en el trópico.…