RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
熱帯生物多様性ホットスポットの進化 https://t.co/SYAyiuZLj4 https://t.co/kifnAo9sS8 #サイエンス誌
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated in #biodiversity hotspots: ($) https://t.co/vpmtO8Epsi https://t.co/nKcpjCVx1S
Imagine the number of undiscovered species going extinct and we're too busy looking at biodiversity hotspots 💀 (not to say hotspots shouldn't be prioritized but still, other biomes matter too)
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
Pretty sure “biodiversity hotspot” is not anywhere in the “how does speciation occur” textbook chapter? Does anyone actually say that speciation always occurs in “biodiversity hotspots” whatever the hell that even means?
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated in #biodiversity hotspots: ($) https://t.co/rG3HTX1oIH https://t.co/Ix3K3UicGe
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
Las tasas de especiación más altas y más constantes se producen en entornos hostiles, no en los apacibles y constantes trópicos. Interesante estudio de colegas colombianos y colbs. @amcuervo @thamnobravo https://t.co/YIPw9R4YWI
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
@joedzami
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @thamnobravo: I'm thrilled to share our recent paper on the diversification of a group of birds that I've been obssessed with for a long…
ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated in #biodiversity hotspots: ($) https://t.co/vpmtO8Epsi https://t.co/JCHElWIKFP
Important for our understanding of evolutionary processes. A study in birds suggests that harsh, unstable environments (Arctic) as compared to environments with abundant resources (tropics) may have higher speciation rates (give rise to new species). htt
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
Interesting.
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
RT @ScienceMagazine: A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated…
A new Science study of more than 1,000 bird species contributes to evidence that new species are not always generated in #biodiversity hotspots: ($) https://t.co/rG3HTX1oIH https://t.co/oSjUgfeGdC
New study suggests for a large group of birds examined, speciation occurred most rapidly not in the mild tropics, where their species diversity is vast, but in harsh temperate regions. The species just later congregated in the tropics. Like...what?! 🤯 htt
The evolution of a tropical biodiversity hotspot https://t.co/AEGfAIqcWk
RT @bio_cb_jp: 先週出版されてたタイランチョウ亜目の凄い論文。講義で紹介したいです。種数豊かな熱帯に比較して、種数の少ない温帯で種分化率が高い。熱帯は種の集積プロセスでホットスポット化、寒冷温帯が進化的ゆりかごとして機能 The evolution of a t…
RT @jacanamama: Whoa, diversity does not drive speciation! Congrats to Mike Harvey, @thamnobravo, @SClaramuntUY, @amcuervo, @ederry1 et a…
RT @elaphrornis: The evolution of a tropical biodiversity hotspot https://t.co/BqSITOKCe4
RT @bio_cb_jp: 先週出版されてたタイランチョウ亜目の凄い論文。講義で紹介したいです。種数豊かな熱帯に比較して、種数の少ない温帯で種分化率が高い。熱帯は種の集積プロセスでホットスポット化、寒冷温帯が進化的ゆりかごとして機能 The evolution of a t…
熱帯多雨林は種分化速度が早いというより、種分化してからの歴史が長い 種分化速度が一番早い場所は、生物多様性が低い過酷な環境 環境収容力に比べて種数が少ないため使える資源に余裕がある事に起因するのではと考察 The evolution of a tropical biodiversity hotspot https://t.co/AOyobpAmvE
RT @bio_cb_jp: 先週出版されてたタイランチョウ亜目の凄い論文。講義で紹介したいです。種数豊かな熱帯に比較して、種数の少ない温帯で種分化率が高い。熱帯は種の集積プロセスでホットスポット化、寒冷温帯が進化的ゆりかごとして機能 The evolution of a t…
The evolution of a tropical biodiversity hotspot https://t.co/BqSITOKCe4
RT @bio_cb_jp: 先週出版されてたタイランチョウ亜目の凄い論文。講義で紹介したいです。種数豊かな熱帯に比較して、種数の少ない温帯で種分化率が高い。熱帯は種の集積プロセスでホットスポット化、寒冷温帯が進化的ゆりかごとして機能 The evolution of a t…
RT @bio_cb_jp: 先週出版されてたタイランチョウ亜目の凄い論文。講義で紹介したいです。種数豊かな熱帯に比較して、種数の少ない温帯で種分化率が高い。熱帯は種の集積プロセスでホットスポット化、寒冷温帯が進化的ゆりかごとして機能 The evolution of a t…
RT @bio_cb_jp: 先週出版されてたタイランチョウ亜目の凄い論文。講義で紹介したいです。種数豊かな熱帯に比較して、種数の少ない温帯で種分化率が高い。熱帯は種の集積プロセスでホットスポット化、寒冷温帯が進化的ゆりかごとして機能 The evolution of a t…
RT @bio_cb_jp: 先週出版されてたタイランチョウ亜目の凄い論文。講義で紹介したいです。種数豊かな熱帯に比較して、種数の少ない温帯で種分化率が高い。熱帯は種の集積プロセスでホットスポット化、寒冷温帯が進化的ゆりかごとして機能 The evolution of a t…
先週出版されてたタイランチョウ亜目の凄い論文。講義で紹介したいです。種数豊かな熱帯に比較して、種数の少ない温帯で種分化率が高い。熱帯は種の集積プロセスでホットスポット化、寒冷温帯が進化的ゆりかごとして機能 The evolution of a tropical biodiversity hotspot https://t.co/Vop66RcRP8
Congrats to our curator Santiago! Massive project with important findings!
RT @SClaramuntUY: The mega-phylogeny of suboscine passerines has been published! Delighted to have been part of the team. Great job by M. H…
RT @thamnobravo: I'm thrilled to share our recent paper on the diversification of a group of birds that I've been obssessed with for a long…
RT @amcuervo: No hay como los suboscinos, amigos. Apenas entra señal en la expedición, y me encuentro con esta maravillosa noticia del artí…
RT @thamnobravo: I'm thrilled to share our recent paper on the diversification of a group of birds that I've been obssessed with for a long…
RT @eleldai: 中南米の鳥の1/3を占めるタイランチョウ亜目の1,287種の2,389の遺伝子領域から系統樹を作成、種多様性が高い地域ほど種分化の速度が遅いことが明らかになった。種分化はアンデスなど寒く乾燥した種多様性の低い地域で起こり、新熱帯区に集まって種の多様性を…
RT @thamnobravo: I'm thrilled to share our recent paper on the diversification of a group of birds that I've been obssessed with for a long…
Recomendado para leer! Felicitaciones a todos los científicos y científicas involucrados @amcuervo @thamnobravo
RT @ruie680506: Diversity does not drive speciation: https://t.co/kLmd2OFVMT
RT @RTB_HRoss: Biological Evolution?: Field studies show that, at least for birds, species diversity does not always drive speciation. http…
RT @RTB_HRoss: Biological Evolution?: Field studies show that, at least for birds, species diversity does not always drive speciation. http…
RT @SClaramuntUY: The mega-phylogeny of suboscine passerines has been published! Delighted to have been part of the team. Great job by M. H…
Biological Evolution?: Field studies show that, at least for birds, species diversity does not always drive speciation. https://t.co/s10YI5uBCe https://t.co/BA4JR9vYCv
Fascinating paper on evolutionary processes underlying biodiversity accumulation in the Neotropics https://t.co/9NXP7xAaBN
Got to catch up on Harvey, Bravo et al paper this week. Another on the to-catch-up-on list is on the physics of fried rice. Apparently the secret is "tossed, but not stirred". https://t.co/1fLxFoQPW2 https://t.co/GpFrT4prw2
RT @HarvardOEB: Incredible, multi-international study that involved 1300 species, 2400 genes, 21 museums, and 40 years gathering specimens!…
Diversity does not drive speciation: https://t.co/kLmd2OFVMT