#thermoregulation — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #thermoregulation, aggregated by home.social.
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Try this for a few nights. You might fall asleep faster and wake up less tired.
#Biohacking #SleepOptimization #Thermoregulation #Productivity #BedtimeRoutine #SleepQuality #Wellness #CircadianRhythm #Recovery #Energy (2/2)
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https://www.europesays.com/ie/342853/ Triceratops’ Oversized Nasal Cavities Played Roles Far Beyond Smell, Paleontologists Find #Bird #Ceratopsia #Dinosaur #Éire #fossil #head #IE #Ireland #NasalCavity #nose #RespiratoryTurbinate #Science #Skull #Snout #SoftTissue #temperature #thermoregulation #Triceratops
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https://www.europesays.com/ie/289121/ We Evolved Something Else Instead #Éire #Evolution #EvolutionaryBiology #fur #hair #HairLoss #HomoSapiens #IE #Ireland #Science #sweat #SweatGlands #sweating #thermoregulation
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https://www.europesays.com/uk/699137/ We Evolved Something Else Instead #evolution #EvolutionaryBiology #Fur #Hair #HairLoss #Health #HomoSapiens #sweat #SweatGlands #Sweating #thermoregulation #UK #UnitedKingdom
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We Evolved Something Else Instead
Humans are the only primates that run nearly naked under the sun. Here’s how this biological tradeoff reshaped…
#NewsBeep #News #Health #Evolution #EvolutionaryBiology #für #GB #hair #HairLoss #Homosapiens #sweat #sweatglands #sweating #thermoregulation #UK #UnitedKingdom
https://www.newsbeep.com/uk/372185/ -
Some #insects support passive #breathing via tracheae through #active #respiratorymovements, nsmed #convectiveventilation. Muscle contractions cause motions that e.g. dilate the #spiracles, allowing more efficient #gasexchange. The same time, the process also serves #thermoregulation. My example, the #robberfly #Tolmerus #cingulatus, demonstrates this #behavior.
Please watch my YouTube video; my channel needs more views.
https://youtu.be/zSOdFZF18yk?si=J67MJAevRUq-mP6i#Photos
© S.F.Wirth -
Some #insects support passive #breathing via tracheae through #active #respiratorymovements, nsmed #convectiveventilation. Muscle contractions cause motions that e.g. dilate the #spiracles, allowing more efficient #gasexchange. The same time, the process also serves #thermoregulation. My example, the #robberfly #Tolmerus #cingulatus, demonstrates this #behavior.
Please watch my YouTube video; my channel needs more views.
https://youtu.be/zSOdFZF18yk?si=J67MJAevRUq-mP6i#Photos
© S.F.Wirth -
Some #insects support passive #breathing via tracheae through #active #respiratorymovements, nsmed #convectiveventilation. Muscle contractions cause motions that e.g. dilate the #spiracles, allowing more efficient #gasexchange. The same time, the process also serves #thermoregulation. My example, the #robberfly #Tolmerus #cingulatus, demonstrates this #behavior.
Please watch my YouTube video; my channel needs more views.
https://youtu.be/zSOdFZF18yk?si=J67MJAevRUq-mP6i#Photos
© S.F.Wirth -
Some #insects support passive #breathing via tracheae through #active #respiratorymovements, nsmed #convectiveventilation. Muscle contractions cause motions that e.g. dilate the #spiracles, allowing more efficient #gasexchange. The same time, the process also serves #thermoregulation. My example, the #robberfly #Tolmerus #cingulatus, demonstrates this #behavior.
Please watch my YouTube video; my channel needs more views.
https://youtu.be/zSOdFZF18yk?si=J67MJAevRUq-mP6i#Photos
© S.F.Wirth -
Some #insects support passive #breathing via tracheae through #active #respiratorymovements, nsmed #convectiveventilation. Muscle contractions cause motions that e.g. dilate the #spiracles, allowing more efficient #gasexchange. The same time, the process also serves #thermoregulation. My example, the #robberfly #Tolmerus #cingulatus, demonstrates this #behavior.
Please watch my YouTube video; my channel needs more views.
https://youtu.be/zSOdFZF18yk?si=J67MJAevRUq-mP6i#Photos
© S.F.Wirth -
Deconninck et al. provides a refreshed view of how plasticity in temperature preference can inform us about the thermoregulatory strategies of ectotherms. An all-new framework that they apply to Drosophila melanogaster.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736575 -
Deconninck et al. provides a refreshed view of how plasticity in temperature preference can inform us about the thermoregulatory strategies of ectotherms. An all-new framework that they apply to Drosophila melanogaster.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736575 -
Deconninck et al. provides a refreshed view of how plasticity in temperature preference can inform us about the thermoregulatory strategies of ectotherms. An all-new framework that they apply to Drosophila melanogaster.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736575 -
Deconninck et al. provides a refreshed view of how plasticity in temperature preference can inform us about the thermoregulatory strategies of ectotherms. An all-new framework that they apply to Drosophila melanogaster.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736575 -
Deconninck et al. provides a refreshed view of how plasticity in temperature preference can inform us about the thermoregulatory strategies of ectotherms. An all-new framework that they apply to Drosophila melanogaster.
Read now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/736575 -
The claim is circulating that antidepressants can cause overheating and dehydration. This is a genuine public health message, but it's not so simple: diuretics, beta blockers, ACE inhibitors, antipsychotics, and some antihistamines may also interact badly with hot weather.
https://www.nytimes.com/2024/06/15/well/live/heat-weather-medication-safety.html (excerpt in a reply)There's even doubt about antidepressants having this effect. A recent paper in eClinicalMedicine looked at all the studies they could find and concluded that there wasn't evidence of antidepressants causing overheating in hot weather - though some other medicines do.
"Current evidence supports strong anticholinergics, non-selective beta-blockers, adrenaline, and anti-Parkinson’s agents impairing thermoregulation during heat stress ... physicians should interpret with caution conventional public health messaging related to the thermoregulatory effects of some drugs (e.g., antidepressants) during hot weather."
https://www.thelancet.com/journals/eclinm/article/PIIS2589-5370(24)00465-6/fulltext#Antidepressants #Diuretics #AnticholinergicMedications #MedMastodon #BetaBlockers #HeatWaves #Thermoregulation #OverHeating #Dehydration #SideEffects #AdverseEffects #AdverseEvents #DrugSideEffects #DrugSafety #HeatStress #HotWeather #HotWeatherSafety #PublicHealth #ACEinhibitors #Antipsychotics
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The claim is circulating that antidepressants can cause overheating and dehydration. This is a genuine public health message, but it's not so simple: diuretics, beta blockers, ACE inhibitors, antipsychotics, and some antihistamines may also interact badly with hot weather.
https://www.nytimes.com/2024/06/15/well/live/heat-weather-medication-safety.html (excerpt in a reply)There's even doubt about antidepressants having this effect. A recent paper in eClinicalMedicine looked at all the studies they could find and concluded that there wasn't evidence of antidepressants causing overheating in hot weather - though some other medicines do.
"Current evidence supports strong anticholinergics, non-selective beta-blockers, adrenaline, and anti-Parkinson’s agents impairing thermoregulation during heat stress ... physicians should interpret with caution conventional public health messaging related to the thermoregulatory effects of some drugs (e.g., antidepressants) during hot weather."
https://www.thelancet.com/journals/eclinm/article/PIIS2589-5370(24)00465-6/fulltext#Antidepressants #Diuretics #AnticholinergicMedications #MedMastodon #BetaBlockers #HeatWaves #Thermoregulation #OverHeating #Dehydration #SideEffects #AdverseEffects #AdverseEvents #DrugSideEffects #DrugSafety #HeatStress #HotWeather #HotWeatherSafety #PublicHealth #ACEinhibitors #Antipsychotics
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The claim is circulating that antidepressants can cause overheating and dehydration. This is a genuine public health message, but it's not so simple: diuretics, beta blockers, ACE inhibitors, antipsychotics, and some antihistamines may also interact badly with hot weather.
https://www.nytimes.com/2024/06/15/well/live/heat-weather-medication-safety.html (excerpt in a reply)There's even doubt about antidepressants having this effect. A recent paper in eClinicalMedicine looked at all the studies they could find and concluded that there wasn't evidence of antidepressants causing overheating in hot weather - though some other medicines do.
"Current evidence supports strong anticholinergics, non-selective beta-blockers, adrenaline, and anti-Parkinson’s agents impairing thermoregulation during heat stress ... physicians should interpret with caution conventional public health messaging related to the thermoregulatory effects of some drugs (e.g., antidepressants) during hot weather."
https://www.thelancet.com/journals/eclinm/article/PIIS2589-5370(24)00465-6/fulltext#Antidepressants #Diuretics #AnticholinergicMedications #MedMastodon #BetaBlockers #HeatWaves #Thermoregulation #OverHeating #Dehydration #SideEffects #AdverseEffects #AdverseEvents #DrugSideEffects #DrugSafety #HeatStress #HotWeather #HotWeatherSafety #PublicHealth #ACEinhibitors #Antipsychotics
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The claim is circulating that antidepressants can cause overheating and dehydration. This is a genuine public health message, but it's not so simple: diuretics, beta blockers, ACE inhibitors, antipsychotics, and some antihistamines may also interact badly with hot weather.
https://www.nytimes.com/2024/06/15/well/live/heat-weather-medication-safety.html (excerpt in a reply)There's even doubt about antidepressants having this effect. A recent paper in eClinicalMedicine looked at all the studies they could find and concluded that there wasn't evidence of antidepressants causing overheating in hot weather - though some other medicines do.
"Current evidence supports strong anticholinergics, non-selective beta-blockers, adrenaline, and anti-Parkinson’s agents impairing thermoregulation during heat stress ... physicians should interpret with caution conventional public health messaging related to the thermoregulatory effects of some drugs (e.g., antidepressants) during hot weather."
https://www.thelancet.com/journals/eclinm/article/PIIS2589-5370(24)00465-6/fulltext#Antidepressants #Diuretics #AnticholinergicMedications #MedMastodon #BetaBlockers #HeatWaves #Thermoregulation #OverHeating #Dehydration #SideEffects #AdverseEffects #AdverseEvents #DrugSideEffects #DrugSafety #HeatStress #HotWeather #HotWeatherSafety #PublicHealth #ACEinhibitors #Antipsychotics
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The claim is circulating that antidepressants can cause overheating and dehydration. This is a genuine public health message, but it's not so simple: diuretics, beta blockers, ACE inhibitors, antipsychotics, and some antihistamines may also interact badly with hot weather.
https://www.nytimes.com/2024/06/15/well/live/heat-weather-medication-safety.html (excerpt in a reply)There's even doubt about antidepressants having this effect. A recent paper in eClinicalMedicine looked at all the studies they could find and concluded that there wasn't evidence of antidepressants causing overheating in hot weather - though some other medicines do.
"Current evidence supports strong anticholinergics, non-selective beta-blockers, adrenaline, and anti-Parkinson’s agents impairing thermoregulation during heat stress ... physicians should interpret with caution conventional public health messaging related to the thermoregulatory effects of some drugs (e.g., antidepressants) during hot weather."
https://www.thelancet.com/journals/eclinm/article/PIIS2589-5370(24)00465-6/fulltext#Antidepressants #Diuretics #AnticholinergicMedications #MedMastodon #BetaBlockers #HeatWaves #Thermoregulation #OverHeating #Dehydration #SideEffects #AdverseEffects #AdverseEvents #DrugSideEffects #DrugSafety #HeatStress #HotWeather #HotWeatherSafety #PublicHealth #ACEinhibitors #Antipsychotics
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#Thyroid hormones play a pivotal role in #thermoregulation and the attunement to hot and cold #climates. Recent research found global patterns of variants in the UCP1 and UCP3 genes and #SPINA-GD (step-up #deiodinase activity), suggesting integrated adaptation.
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#Thyroid hormones play a pivotal role in #thermoregulation and the attunement to hot and cold #climates. Recent research found global patterns of variants in the UCP1 and UCP3 genes and #SPINA-GD (step-up #deiodinase activity), suggesting integrated adaptation.
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#Thyroid hormones play a pivotal role in #thermoregulation and the attunement to hot and cold #climates. Recent research found global patterns of variants in the UCP1 and UCP3 genes and #SPINA-GD (step-up #deiodinase activity), suggesting integrated adaptation.
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#Thyroid hormones play a pivotal role in #thermoregulation and the attunement to hot and cold #climates. Recent research found global patterns of variants in the UCP1 and UCP3 genes and #SPINA-GD (step-up #deiodinase activity), suggesting integrated adaptation.
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23-Apr-2025
Remembering the cold: scientists discover how #memories control #metabolismNew multidisciplinary research led by Tomás Ryan from Trinity College Dublin shows that the brain forms memories of cold experiences and uses them to control our metabolism. This newly published study is the first to show that #cold memories form in the #brain – and map out how they subsequently drive #thermoregulation.
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23-Apr-2025
Remembering the cold: scientists discover how #memories control #metabolismNew multidisciplinary research led by Tomás Ryan from Trinity College Dublin shows that the brain forms memories of cold experiences and uses them to control our metabolism. This newly published study is the first to show that #cold memories form in the #brain – and map out how they subsequently drive #thermoregulation.
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23-Apr-2025
Remembering the cold: scientists discover how #memories control #metabolismNew multidisciplinary research led by Tomás Ryan from Trinity College Dublin shows that the brain forms memories of cold experiences and uses them to control our metabolism. This newly published study is the first to show that #cold memories form in the #brain – and map out how they subsequently drive #thermoregulation.
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23-Apr-2025
Remembering the cold: scientists discover how #memories control #metabolismNew multidisciplinary research led by Tomás Ryan from Trinity College Dublin shows that the brain forms memories of cold experiences and uses them to control our metabolism. This newly published study is the first to show that #cold memories form in the #brain – and map out how they subsequently drive #thermoregulation.
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23-Apr-2025
Remembering the cold: scientists discover how #memories control #metabolismNew multidisciplinary research led by Tomás Ryan from Trinity College Dublin shows that the brain forms memories of cold experiences and uses them to control our metabolism. This newly published study is the first to show that #cold memories form in the #brain – and map out how they subsequently drive #thermoregulation.
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @GrrlScientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @GrrlScientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @GrrlScientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @GrrlScientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @GrrlScientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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Wissenswertes zu #Hummeln 🙂
Aufheizen der Flugmuskulatur wie bei einem Motor.
Tatsächlich ist die Hummel wie nur wenige wechselwarm #Insekten in der Lage, auch bei kalten Außentemperaturen ihre Muskulatur auf konstant 30°C aufzuheizen. Dies geht nur durch eine effiziente #Thermoregulation, so dass es sogar eine Hummelart gibt, die ihre Nester im Gletschereis baut. Zum Aufwärmen „zittert“ die #Hummel mit der Flugmuskulatur, d.h., sie spannt die Muskeln immer wieder an. Dabei wird viel Energie verbraucht, und, wie bei einem Verbrennungsmotor, Energie in Form von Wärme frei (vgl. für Stoffwechselvorgänge Schönfeld 2002, Hoffmann 1978). Das heizt die Muskulatur bis auf 30°C auf. Dieses Zittern ist völlig geräuschlos, auch die Flügel sind völlig bewegungslos. Nur ein Pumpen am Abdomen ist zu erkennen, um die Muskulatur mit reichlich Sauerstoff zu versorgen.
https://aktion-hummelschutz.de/biologie/thermoregulation-bei-wechselwarmen-insekten/
#Bienen #Wildbienen #Wildbiene -
Wissenswertes zu #Hummeln 🙂
Aufheizen der Flugmuskulatur wie bei einem Motor.
Tatsächlich ist die Hummel wie nur wenige wechselwarm #Insekten in der Lage, auch bei kalten Außentemperaturen ihre Muskulatur auf konstant 30°C aufzuheizen. Dies geht nur durch eine effiziente #Thermoregulation, so dass es sogar eine Hummelart gibt, die ihre Nester im Gletschereis baut. Zum Aufwärmen „zittert“ die #Hummel mit der Flugmuskulatur, d.h., sie spannt die Muskeln immer wieder an. Dabei wird viel Energie verbraucht, und, wie bei einem Verbrennungsmotor, Energie in Form von Wärme frei (vgl. für Stoffwechselvorgänge Schönfeld 2002, Hoffmann 1978). Das heizt die Muskulatur bis auf 30°C auf. Dieses Zittern ist völlig geräuschlos, auch die Flügel sind völlig bewegungslos. Nur ein Pumpen am Abdomen ist zu erkennen, um die Muskulatur mit reichlich Sauerstoff zu versorgen.
https://aktion-hummelschutz.de/biologie/thermoregulation-bei-wechselwarmen-insekten/
#Bienen #Wildbienen #Wildbiene -
Wissenswertes zu #Hummeln 🙂
Aufheizen der Flugmuskulatur wie bei einem Motor.
Tatsächlich ist die Hummel wie nur wenige wechselwarm #Insekten in der Lage, auch bei kalten Außentemperaturen ihre Muskulatur auf konstant 30°C aufzuheizen. Dies geht nur durch eine effiziente #Thermoregulation, so dass es sogar eine Hummelart gibt, die ihre Nester im Gletschereis baut. Zum Aufwärmen „zittert“ die #Hummel mit der Flugmuskulatur, d.h., sie spannt die Muskeln immer wieder an. Dabei wird viel Energie verbraucht, und, wie bei einem Verbrennungsmotor, Energie in Form von Wärme frei (vgl. für Stoffwechselvorgänge Schönfeld 2002, Hoffmann 1978). Das heizt die Muskulatur bis auf 30°C auf. Dieses Zittern ist völlig geräuschlos, auch die Flügel sind völlig bewegungslos. Nur ein Pumpen am Abdomen ist zu erkennen, um die Muskulatur mit reichlich Sauerstoff zu versorgen.
https://aktion-hummelschutz.de/biologie/thermoregulation-bei-wechselwarmen-insekten/
#Bienen #Wildbienen #Wildbiene -
Wissenswertes zu #Hummeln 🙂
Aufheizen der Flugmuskulatur wie bei einem Motor.
Tatsächlich ist die Hummel wie nur wenige wechselwarm #Insekten in der Lage, auch bei kalten Außentemperaturen ihre Muskulatur auf konstant 30°C aufzuheizen. Dies geht nur durch eine effiziente #Thermoregulation, so dass es sogar eine Hummelart gibt, die ihre Nester im Gletschereis baut. Zum Aufwärmen „zittert“ die #Hummel mit der Flugmuskulatur, d.h., sie spannt die Muskeln immer wieder an. Dabei wird viel Energie verbraucht, und, wie bei einem Verbrennungsmotor, Energie in Form von Wärme frei (vgl. für Stoffwechselvorgänge Schönfeld 2002, Hoffmann 1978). Das heizt die Muskulatur bis auf 30°C auf. Dieses Zittern ist völlig geräuschlos, auch die Flügel sind völlig bewegungslos. Nur ein Pumpen am Abdomen ist zu erkennen, um die Muskulatur mit reichlich Sauerstoff zu versorgen.
https://aktion-hummelschutz.de/biologie/thermoregulation-bei-wechselwarmen-insekten/
#Bienen #Wildbienen #Wildbiene -
Wissenswertes zu #Hummeln 🙂
Aufheizen der Flugmuskulatur wie bei einem Motor.
Tatsächlich ist die Hummel wie nur wenige wechselwarm #Insekten in der Lage, auch bei kalten Außentemperaturen ihre Muskulatur auf konstant 30°C aufzuheizen. Dies geht nur durch eine effiziente #Thermoregulation, so dass es sogar eine Hummelart gibt, die ihre Nester im Gletschereis baut. Zum Aufwärmen „zittert“ die #Hummel mit der Flugmuskulatur, d.h., sie spannt die Muskeln immer wieder an. Dabei wird viel Energie verbraucht, und, wie bei einem Verbrennungsmotor, Energie in Form von Wärme frei (vgl. für Stoffwechselvorgänge Schönfeld 2002, Hoffmann 1978). Das heizt die Muskulatur bis auf 30°C auf. Dieses Zittern ist völlig geräuschlos, auch die Flügel sind völlig bewegungslos. Nur ein Pumpen am Abdomen ist zu erkennen, um die Muskulatur mit reichlich Sauerstoff zu versorgen.
https://aktion-hummelschutz.de/biologie/thermoregulation-bei-wechselwarmen-insekten/
#Bienen #Wildbienen #Wildbiene -
The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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The High Energetic Costs Of Changing Colors In Octopus
"Changing colors is as energetically demanding for octopuses as jogging for 23 minutes is for humans."
by @grrlscientist via #Medium
#octopus #SciComm #colors #energetics #physiology #camouflage #communication #thermoregulation https://medium.com/grrlscientist/the-high-energetic-costs-of-changing-colors-in-octopus-ebcfe63f4432
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Mastering Your Body's Thermostat: The Science of Staying Comfortable!
Hashtags: #Thermoregulation #BodyScience #StayCool #HealthTips #TemperatureNinjas #SweatScience #BodyThermostat #HeatStress #WellnessJourney #CoolFacts #BrainPower #BodyMVP #ScienceExplained #StayComfortable