RT @alicealicealice: https://t.co/mQWz9gm1wc Great study showing now (fake) natural acoustic environments can shape animal behaviour and di…
https://t.co/mQWz9gm1wc Great study showing now (fake) natural acoustic environments can shape animal behaviour and distribution #urban #soundscape town planners take note!! Further evidence of the need for a multispecies definition of #soundscape
RT @gkalinkat: Missed this fascinating study when it came out 05/2021: noise from "phantom rivers" repels birds and bats, and reduces their…
RT @gkalinkat: Missed this fascinating study when it came out 05/2021: noise from "phantom rivers" repels birds and bats, and reduces their…
RT @gkalinkat: Missed this fascinating study when it came out 05/2021: noise from "phantom rivers" repels birds and bats, and reduces their…
RT @gkalinkat: Missed this fascinating study when it came out 05/2021: noise from "phantom rivers" repels birds and bats, and reduces their…
Missed this fascinating study when it came out 05/2021: noise from "phantom rivers" repels birds and bats, and reduces their foraging activities #noisepollution #openaccess #ecology https://t.co/Yc43PUCx5j @NatureComms https://t.co/s10kqZdpCK
RT @IBIS_journal: Phantom rivers filter birds and bats by acoustic niche https://t.co/SQJe9itGy5 | @NatureComms | #ornithology #bioacoustic…
Phantom rivers filter birds and bats by acoustic niche https://t.co/SQJe9itGy5 | @NatureComms | #ornithology #bioacoustics #ecoacoustics
RT @LYNeBurns: Whoa! Very interesting paper out! https://t.co/aeLxYkC4AF
Intrigued by this research from Dylan Gomes and colleagues (@NatureComms) in which an increase of river noise drove away birds and bats. It suggests the threat of noise pollution in shaping the ecology of an area. https://t.co/IzCu0rx4l1 #science #acousti
RT @funkingmajic: Phantom rivers filter birds and bats by acoustic niche | Nature Communications https://t.co/x3697q6ZM8
RT @DrCDFrancis: Check out the #behindthepaper by Dylan Gomes to see what it took to experimentally alter soundscapes at large scales and e…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @BarberLab: So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the ide…
RT @DrCDFrancis: Check out the #behindthepaper by Dylan Gomes to see what it took to experimentally alter soundscapes at large scales and e…
RT @batpapers: Phantom rivers filter birds and bats by acoustic niche https://t.co/gArf9chmow https://t.co/LQFMkjvqfQ
RT @batpapers: Phantom rivers filter birds and bats by acoustic niche https://t.co/gArf9chmow https://t.co/LQFMkjvqfQ
Phantom rivers filter birds and bats by acoustic niche https://t.co/gArf9chmow https://t.co/LQFMkjvqfQ
Phantom rivers filter birds and bats by acoustic niche https://t.co/Q9Axhwbi4A
RT @DrCDFrancis: Check out the #behindthepaper by Dylan Gomes to see what it took to experimentally alter soundscapes at large scales and e…
Check out the #behindthepaper by Dylan Gomes to see what it took to experimentally alter soundscapes at large scales and evaluate bird and bat responses for our recent paper (https://t.co/BpM6otjTWe) @BarberLab @ThatCoryToth @sensory_eco_lab @CalPolyCSM h
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
RT @DrCDFrancis: Acoustic niche shapes distributions of birds and bats! Excited to have the results of this massive effort out. Dylan Gomes…
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @BarberLab: So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the ide…
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
Whoa! Very interesting paper out!
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
Phantom rivers filter birds and bats by acoustic niche | Nature Communications https://t.co/x3697q6ZM8
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @MathevonNicolas: Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake…
Great field experiment testing the effect of a natural background noise on animal behavior. The authors played a fake river noise for 2 seasons and found that birds and bats avoid areas with high noise levels. #bioacoustics is again in @NatureComms 👍😀 http
RT @BarberLab: So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the ide…
RT @BarberLab: So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the ide…
RT @DrCDFrancis: Acoustic niche shapes distributions of birds and bats! Excited to have the results of this massive effort out. Dylan Gomes…
RT @DrCDFrancis: Acoustic niche shapes distributions of birds and bats! Excited to have the results of this massive effort out. Dylan Gomes…
RT @BarberLab: So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the ide…
Some interesting work out today in @NatureComms on #bat acoustic niche partitioning in natural environments. These findings help illustrate the potential impacts of humans altering natural #soundscapes as well as mismanagement of natural resources. http
RT @BarberLab: So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the ide…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @BarberLab: So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the ide…
RT @BarberLab: So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the ide…
So proud of this new paper! Dylan Gomes (now Dr!) led a team that worked for years in the mountains of Idaho to test the idea that intense natural acoustic environments can shape animal distributions and behavior #river #noise @BSUResearch @DrCDFrancis @Th
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @DrCDFrancis: Acoustic niche shapes distributions of birds and bats! Excited to have the results of this massive effort out. Dylan Gomes…
RT @DrCDFrancis: Acoustic niche shapes distributions of birds and bats! Excited to have the results of this massive effort out. Dylan Gomes…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @DrCDFrancis: Acoustic niche shapes distributions of birds and bats! Excited to have the results of this massive effort out. Dylan Gomes…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @DrCDFrancis: Acoustic niche shapes distributions of birds and bats! Excited to have the results of this massive effort out. Dylan Gomes…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
Acoustic niche shapes distributions of birds and bats! Excited to have the results of this massive effort out. Dylan Gomes, @ThatCoryToth and others that led the fieldwork worked around the clock to pull this off. @BarberLab @sensory_eco_lab @CalPolyCSM
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
RT @NatureComms: An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging…
An experimental study finds that birds and bats avoid whitewater river noise, and that intense noise reduces bird foraging activity and causes bats to switch hunting strategies. @BarberLab @DRCDFrancis @ThatCoryToth https://t.co/XWnvFRIQVx