RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
Really enjoyed reading this, what looks like a prime example of speciation by (rock) niche conservatism.
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
ARTÍCULO ORIGINAL (resumen) Erosion of heterogeneous rock drives diversification of Appalachian fishes https://t.co/D0tzSe4PgK vía @ScienceMagazine
Awesome paper by @hybridActinop et al. - fish know rocks! Worth a read for those interested in diversification in mountainous areas, fish, the smokies. Just read it, it’s cool.
RT @UTK_EEB: Congratulations to Dr. Benjamin Keck et. al. on the publication of their article in the May 2023 issue of Science magazine! Re…
Congratulations to Dr. Benjamin Keck et. al. on the publication of their article in the May 2023 issue of Science magazine! Read it here: https://t.co/40pBeBnUvS
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
RT @PaleoDucks: Con mucho la Biología Evolutiva es mi rama favorita de la Geología https://t.co/YDypcf3oCl
Con mucho la Biología Evolutiva es mi rama favorita de la Geología https://t.co/YDypcf3oCl
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @physorg_com: #Rivererosion can shape #fish evolution, study suggests @MIT @sciencemagazine https://t.co/rlD9IXLW3Z https://t.co/GcjUyUH…
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
Erosion of heterogeneous rock drives diversification of Appalachian fishes | Science https://t.co/vdtr3F0ywC
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @niles_eldredge: Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary…
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
Showing the understated reality that the action of abiotic processes should be formally incorporated into evolutionary theory. @AndrejSpiridon4 @Trilolight @CoelhoPre
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
RT @MU_Peter: A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity…
A geological process may shape diversity of species in tectonically inactive regions. River erosion can drive of biodiversity in older, quieter environments. Erosion of heterogeneous rock drives diversification of Appalachian fishes https://t.co/hGBmYzFMv
RT @EcoInvasions: The geological underpinnings of freshwater biodiversity: Diversification of a group of fishes (darters) in the Appalachia…
RT @EcoInvasions: The geological underpinnings of freshwater biodiversity: Diversification of a group of fishes (darters) in the Appalachia…
RT @EcoInvasions: The geological underpinnings of freshwater biodiversity: Diversification of a group of fishes (darters) in the Appalachia…
.@JaHardwick8 @DrChrisHackney
The geological underpinnings of freshwater biodiversity: Diversification of a group of fishes (darters) in the Appalachians is driven by an affiliation with metamorphic rock. https://t.co/zR3Q7MUoX9
RT @MITgeomorph: New in @sciencemagazine: Maya Stokes shows how rivers eroding through different types of rocks help explain high freshwate…
RT @MITgeomorph: New in @sciencemagazine: Maya Stokes shows how rivers eroding through different types of rocks help explain high freshwate…
RT @MITgeomorph: New in @sciencemagazine: Maya Stokes shows how rivers eroding through different types of rocks help explain high freshwate…
7/7 This mechanism could have increased freshwater biodiversity elsewhere in the Appalachians, and in other ancient mountain ranges. A collaboration with @TJNear @DaeminKim3 @TVAnews @hybridActinop @BenavidBolivia @juliawood527 @yalepeabody @eapsmit https:
Here's the paper, just published in @ScienceMagazine: https://t.co/QMmOs5kL8d
RT @MITgeomorph: New in @sciencemagazine: Maya Stokes shows how rivers eroding through different types of rocks help explain high freshwate…
RT @MITgeomorph: New in @sciencemagazine: Maya Stokes shows how rivers eroding through different types of rocks help explain high freshwate…
Linking landscape evolution with diversification of freshwater fish lineages—what a neat story
Good stuff.
RT @TJNear: With link..., https://t.co/Mx0jyJXk9H
Rock-type and erosion linked to fish species! https://t.co/rZwNH5t1sU
Fascinating article in @ScienceMagazine! Congrats to Maya Stokes and team!
RT @MITgeomorph: New in @sciencemagazine: Maya Stokes shows how rivers eroding through different types of rocks help explain high freshwate…
With link..., https://t.co/Mx0jyJXk9H
https://t.co/ERoK3izffg So proud of my lab!!! @DaeminKim3 @juliawood527 @TJNear
New in @sciencemagazine: Maya Stokes shows how rivers eroding through different types of rocks help explain high freshwater biodiversity in old mountain ranges like the Appalachians. With @TJNear @DaeminKim3 @TVAnews https://t.co/LrHixgJ6eE https://t.co/I
RT @physorg_com: #Rivererosion can shape #fish evolution, study suggests @MIT @sciencemagazine https://t.co/rlD9IXLW3Z https://t.co/GcjUyUH…
RT @physorg_com: #Rivererosion can shape #fish evolution, study suggests @MIT @sciencemagazine https://t.co/rlD9IXLW3Z https://t.co/GcjUyUH…
RT @physorg_com: #Rivererosion can shape #fish evolution, study suggests @MIT @sciencemagazine https://t.co/rlD9IXLW3Z https://t.co/GcjUyUH…
#Rivererosion can shape #fish evolution, study suggests @MIT @sciencemagazine https://t.co/rlD9IXLW3Z https://t.co/GcjUyUHYQI