PubHawk
January 2021 PMID 33468023

Butterflies fly using efficient propulsive clap mechanism owing to flexible wings.

L C Johansson, P Henningsson

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Mentions

83
Peak: 66 in Jan 2021
across 4 sources since Jan 2021

Extended reach

3,606,530
potential audience

Total likes

105,881

Video views

3,013,748

Mentions per month

Jan 2021 – May 2024

Where it's discussed

  • X / Twitter70 posts
  • News9 articles
  • YouTube3 videos
  • Facebook1 posts

AI synopsis

What people are saying

The overall tone reflects high interest and engagement, with posts praising the research's novelty, such as calling it 'cool' or a 'mystery solved,' and highlighting possible applications like drone technology. The words and tone indicate both admiration and curiosity, contributing to a perception that this research influences scientific understanding and inspires future innovations.

AgreementModerate agreement

Most discussions express amazement and support for the research, emphasizing the efficiency and uniqueness of the butterfly's flight mechanisms.

InterestHigh interest

The topic sparks high curiosity, with many comments highlighting fascination and noting the relevance to broader applications like drone design.

EngagementHigh engagement

Participants actively share their thoughts, ask questions, and reference the scientific process or potential technological impacts, showing deep involvement.

ImpactModerate impact

The discussions could influence appreciation of nature's biomechanics and inspire technological innovation, suggesting a moderate to high impact.

Abstract in brief

  • Butterflies use a unique and efficient wing clap mechanism, where their flexible wings press air out during the upstroke to generate thrust, aiding in flight.
  • Flexible butterfly wings that form a cupped shape during the clap significantly enhance the thrust and efficiency of this mechanism compared to rigid wings.
  • The study suggests that this clap mechanism, along with butterfly wing morphology, is highly effective for flight and could inspire improvements in the design of flapping drones.
Read the full abstract

Top posts

Most liked on X and Bluesky
ゆきまさかずよし
@Kyukimasa · X

チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 50 likes · 26 shares · 20,603 followers View post →
The Royal Society
@royalsociety · X

The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size. New research in @RSocPublishing #Interface demonstrates that these insects use an efficient 'clap' mechanism to propel themselves: https://t.co/RerE5wRvvC https://t.co/EKHOiduYpT

Jan 23, 2021 · 31 likes · 12 shares · 340,457 followers View post →
John P. Friel, Ph.D.
@friel · X

A cool new study shows how butterflies use their flexible wing morphology to generate forward thrust on the upstroke and weight support on the downstroke. https://t.co/yAhOt1jx2s https://t.co/VeFjMKkrfr

Jan 21, 2021 · 10 likes · 2 shares · 7,658 followers View post →
CRAI Biblioteca de Biologia - UB
@craibiologia · X

Jan 25, 2021 · 10 likes · 3 shares · 1,394 followers View post →
Martin Warren
@martinswarren · X

Link to the paper has just gone live https://t.co/8HQZMzgmzY

Jan 20, 2021 · 9 likes · 1 share · 6,363 followers View post →
Swaminathan Lab
@LabSwaminathan · X

As we step out of this dark period into the light of a nordic winter morning, full of possibilities but with caution and hesitancy, why not read this interesting paper on why butterflies evolved wings too big for their body https://t.co/c7R0GJohpE

Jan 20, 2021 · 5 likes · 1 share · 1,435 followers View post →

All mentions

Katsushi Kagaya
@katzkagaya · X

@dynamicsoar チョウの propulsive clap mechanism https://t.co/2LMTOVU47y

May 14, 2023 · 1 like · 3,718 followers View post →
Mike Liu
@Mike_C_Liu · X

RT @RSocPublishing: #Interface study finds that #butterflies fly using efficient propulsive clap mechanism owing to flexible wings: https:/…

Aug 27, 2021 · 2 shares · 412 followers View post →
Dr. Tanya Morton
@tanyammorton · X

@DrBenEvans That sounds fascinating. The butterfly research paper is available here: https://t.co/X9qaLOGTRk

Aug 13, 2021 · 1 like · 993 followers View post →
Karinita2010
@Karinita2010 · X

RT @RSocPublishing: #Interface study finds that #butterflies fly using efficient propulsive clap mechanism owing to flexible wings: https:/…

Jun 30, 2021 · 2 shares · 538 followers View post →
Royal Society Publishing
@RSocPublishing · X

#Interface study finds that #butterflies fly using efficient propulsive clap mechanism owing to flexible wings: https://t.co/NfrYMcwmar https://t.co/Lh7MVRieC0

Jun 30, 2021 · 3 likes · 2 shares · 38,612 followers View post →
Arwa Al Musaed
@Arwa_Almousaed · X

RT @Maawiah: طريقة تحليق الفراشات تعتبر لغزًا غامضًا، نظرًا لأجنحتها الكبيرة والعريضة بالنسبة لحجم أجسامها. بدراسة الديناميكية الهوائية، وج…

Jun 21, 2021 · 1 share · 1,188 followers View post →
Dalia K. M. Khojely
@DaliaACA · X

RT @Maawiah: طريقة تحليق الفراشات تعتبر لغزًا غامضًا، نظرًا لأجنحتها الكبيرة والعريضة بالنسبة لحجم أجسامها. بدراسة الديناميكية الهوائية، وج…

Jun 20, 2021 · 1 share · 2,093 followers View post →
معاوية الغامدي
@Maawiah · X

طريقة تحليق الفراشات تعتبر لغزًا غامضًا، نظرًا لأجنحتها الكبيرة والعريضة بالنسبة لحجم أجسامها. بدراسة الديناميكية الهوائية، وجد أن الفراشات تستخدم تقنية تصفيق عالية الفعالية، وبالتالي الإقلاع بسرعة والهروب من المفترس. https://t.co/NBWTvdLHxd

Jun 19, 2021 · 2 likes · 1 share · 3,068 followers View post →
Lepidoptera Ecology Papers
@Lep_Eco_papers · X

Butterflies fly using efficient propulsive clap mechanism owing to flexible wings https://t.co/rlqw2Jearn https://t.co/HxdjFgKKM1

Feb 23, 2021 · 89 followers View post →
fornuften22
@fornuften22 · X

RT @fornuften22: Fivrelda kjem snøgt når dei kjenner den vene angen frå blomane. Sumaren er di verre langt fram i tid. Medan me som likar f…

Feb 13, 2021 · 1 share · 231 followers View post →
Dr William Kay (he/him)
@willpkay · X

@DrBenEvans Did you see this one @DrBenEvans? Thought it would be of interest! Published just over a week ago. https://t.co/o2U21AOmtQ

Feb 4, 2021 · 930 followers View post →
Arim Yoon
@arimyun · X

https://t.co/m05g018Ww2 I've been always wonder butterflies wing flapping, and it could be used in flight industry such as drone someday!

Feb 3, 2021 · 14 followers View post →
Research Marks Analytics
@MarksResearch · X

Butterflies cup their wings to produce tiny jets of air and evade predators. The authors are hopeful of applying these lessons to the design of small aircraft. General public article: https://t.co/msYRiBoFxd Original paper: https://t.co/yRBqXQI4cc

Jan 29, 2021 · 1 like · 301 followers View post →
Saunak Pal
@HSaunak · X

RT @clixbyman: Researchers at @Lundsuni find the secret behind butterfly flight - Study (https://t.co/3iavUFSWte) finds flexible wings 'cla…

Jan 28, 2021 · 1 share · 563 followers View post →
Anirban Datta-Roy
@clixbyman · X

Researchers at @Lundsuni find the secret behind butterfly flight - Study (https://t.co/3iavUFSWte) finds flexible wings 'clap' in their upstroke, thrusting the individual forward - much better than if the wings had been rigid. https://t.co/tQzmNzGeRi

Jan 27, 2021 · 4 likes · 1 share · 1,335 followers View post →
HELIO C SILVA JR
@heliojr1976 · X

RT @royalsociety: The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size.…

Jan 25, 2021 · 12 shares · 44 followers View post →
Marina Lee
@MarinaL79357257 · X

RT @craibiologia:

Jan 25, 2021 · 3 shares · 90 followers View post →
Catalan Butterfly Monitoring Scheme - CBMS
@catalanbms · X

RT @craibiologia:

Jan 25, 2021 · 3 shares · 2,819 followers View post →
CRAI Biblioteca de Biologia - UB
@craibiologia · X

Jan 25, 2021 · 10 likes · 3 shares · 1,394 followers View post →
Chris Harrison
@chrisharriKings · X

RT @royalsociety: The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size.…

Jan 24, 2021 · 12 shares · 1,256 followers View post →
Laura2001ODYSSEY
@Laurafay2001 · X

RT @royalsociety: The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size.…

Jan 24, 2021 · 12 shares · 1,172 followers View post →
NiHiListiC....
@sunnykoul8 · X

RT @royalsociety: The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size.…

Jan 23, 2021 · 12 shares · 360 followers View post →
CodingBobby
@BobbyCoding · X

RT @royalsociety: The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size.…

Jan 23, 2021 · 12 shares · 12 followers View post →
D. Brett Richardson Ⓥ
@BerkeleyBrett · X

RT @royalsociety: The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size.…

Jan 23, 2021 · 12 shares · 28,414 followers View post →
Shahzad Toufeeq
@DrShahzadToufeq · X

RT @royalsociety: The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size.…

Jan 23, 2021 · 12 shares · 183 followers View post →
vydjones
@vydjones · X

RT @royalsociety: The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size.…

Jan 23, 2021 · 12 shares · 5,338 followers View post →
The Royal Society
@royalsociety · X

The wings of butterflies are like those of no other animal, being unusually broad and short relative to their body size. New research in @RSocPublishing #Interface demonstrates that these insects use an efficient 'clap' mechanism to propel themselves: https://t.co/RerE5wRvvC https://t.co/EKHOiduYpT

Jan 23, 2021 · 31 likes · 12 shares · 340,457 followers View post →
(｡-`ω´-)… ⋈
@plm7 · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 22, 2021 · 26 shares · 305 followers View post →
Royal Society Publishing
@RSocPublishing · X

L. C. Johansson & P. Henningsson analyse the clap mechanism during the upstroke of butterflies #Interface https://t.co/A8no64OwYE @Biology_LU https://t.co/bYyRXFcIJg

Jan 22, 2021 · 3 likes · 38,612 followers View post →
New Scientist Zone
@NewScientistZon · X

Butterflies fly using efficient propulsive clap mechanism owing to flexible wings | Journal of The Royal Society Interface https://t.co/Q0WRI9evxd

Jan 21, 2021 · 177 followers View post →
danny alegi
@dannyalegi · X

There is a saying about a butterfly flapping its wings, and then there is this. https://t.co/92wkN3eEBX https://t.co/5rHv8AaME8

Jan 21, 2021 · 485 followers View post →
Leonardo Viana
@leonardopviana · X

RT @friel: A cool new study shows how butterflies use their flexible wing morphology to generate forward thrust on the upstroke and weight…

Jan 21, 2021 · 2 shares · 907 followers View post →
Oden
@Gjallarhornet · X

#Butterflies fly using efficient propulsive clap mechanism owing to flexible wings https://t.co/9LpcRd2Upj

Jan 21, 2021 · 2 likes · 8,502 followers View post →
Rodrigo Zacca
@RodrigoZacca · X

Butterflies fly using efficient propulsive clap mechanism owing to flexible wings. Journal of The Royal Society Interface #aerodynamics #clapANDfling #wingmorphology #animalflight unsteady #aerodynamics https://t.co/MXfjhtW4z4

Jan 21, 2021 · 1 like · 1,715 followers View post →
Lepidoptera Ecology Papers
@Lep_Eco_papers · X

Butterflies fly using efficient propulsive clap mechanism owing to flexible wings. https://t.co/dLXgyyvEJh https://t.co/IDHdahYpLl

Jan 21, 2021 · 89 followers View post →
Milton Tan
@mtanichthys · X

RT @friel: A cool new study shows how butterflies use their flexible wing morphology to generate forward thrust on the upstroke and weight…

Jan 21, 2021 · 2 shares · 5,090 followers View post →
John P. Friel, Ph.D.
@friel · X

A cool new study shows how butterflies use their flexible wing morphology to generate forward thrust on the upstroke and weight support on the downstroke. https://t.co/yAhOt1jx2s https://t.co/VeFjMKkrfr

Jan 21, 2021 · 10 likes · 2 shares · 7,658 followers View post →
Dr Jo Reeves
@JoannaReeves19 · X

If you feel like procrastinating- here is a study about butterfly biomechanics: Butterflies fly using efficient propulsive clap mechanism owing to flexible wings | Journal of The Royal Society Interface https://t.co/19PEWNJ78J

Jan 20, 2021 · 4 likes · 496 followers View post →
Ordo Fraterna Fibonacci
@OrdoFibonacci · X

Butterflies fly using efficient propulsive clap mechanism owing to flexible wings | Journal of The Royal Society Interface https://t.co/EWC0n6fnLM

Jan 20, 2021 · 1 like · 2,567 followers View post →
Thingumbob
@Thingumbobesq · X

Butterflies fly using efficient propulsive clap mechanism owing to flexible wings | Journal of The Royal Society Interface https://t.co/w2rNAsin9L On vortex rings https://t.co/jadnwU0CG3

Jan 20, 2021 · 1 like · 227 followers View post →
ogygian
@kart_oyaji · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 110 followers View post →
まじっく
@miu_kouno · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 341 followers View post →
Pom
@Pom_niti · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 39 followers View post →
シ卜リソﾛﾏｿﾃｨｯｸﾒﾛｿｸﾘｽﾏﾇ
@TanakaTonio · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 494 followers View post →
fornuften22
@fornuften22 · X

Fivrelda kjem snøgt når dei kjenner den vene angen frå blomane. Sumaren er di verre langt fram i tid. Medan me som likar fivreld og blomar lyt vente, kan me lese om korleis fivrelda meistrar å ferdast så snøgt i lufta. Lekkje : https://t.co/3e9fU6BY9J

Jan 20, 2021 · 1 share · 231 followers View post →
Mai Sue D’Nhiem
@MaiSueDNhiem · X

Butterflies are cool https://t.co/fExeXBdZ3m

Jan 20, 2021 · 315 followers View post →
Giulio Magnifico
@giuliomagnifico · X

Solved the mistery of butterflies flies: they create jet propulsion with wings https://t.co/HXVc8Ejoys

Jan 20, 2021 · 259 followers View post →
坂井ユウスケ
@yuusuke_unyo · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 853 followers View post →
Mamacc
@TMarch8823 · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 134 followers View post →
TKS
@HomareZuki · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 550 followers View post →
原　拓史
@haltaq · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 3,557 followers View post →
d_i_s
@disk_1981 · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 833 followers View post →
天竺屋洒落幸兵衛
@jinja_origin · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 2,544 followers View post →
げん子
@genko_gen3 · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 383 followers View post →
ダイス・コーポレーション
@dicecorporation · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 357 followers View post →
唯野仁成
@MrAAProf · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 42 followers View post →
唐揚家おこぜ
@okoze1941 · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 407 followers View post →
まよっぺい
@MAYOxtuP · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 127 followers View post →
けだもの屋
@kedamono_ya · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 628 followers View post →
シロー
@NIHURAMU_Shirow · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 232 followers View post →
中北晃二
@bing_chang · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 14,243 followers View post →
玉置泰紀　エリアLOVE Walker総編集長
@tamatama2 · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 17,337 followers View post →
るりあ046
@rulia046 · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 7,126 followers View post →
小林治 @アニメを紹介する方
@tachime · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 6,141 followers View post →
まゆのあお
@mayunoao_as · X

RT @Kyukimasa: チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 26 shares · 886 followers View post →
ゆきまさかずよし
@Kyukimasa · X

チョウは翅の弾力性を用いた拍手型推進で効率的な飛行(ルンド大学) https://t.co/VS5OJ1HnmY ダウンストロークは揚力、アップストロークでは推進力を担ってるらしい https://t.co/BJZk8MZ4Tz

Jan 20, 2021 · 50 likes · 26 shares · 20,603 followers View post →
Mike Slater
@MikeSlater5 · X

RT @martinswarren: Link to the paper has just gone live https://t.co/8HQZMzgmzY

Jan 20, 2021 · 1 share · 1,856 followers View post →
Martin Warren
@martinswarren · X

Link to the paper has just gone live https://t.co/8HQZMzgmzY

Jan 20, 2021 · 9 likes · 1 share · 6,363 followers View post →
Khan Mohammed Asim
@asimk687 · X

RT @LabSwaminathan: As we step out of this dark period into the light of a nordic winter morning, full of possibilities but with caution an…

Jan 20, 2021 · 1 share · 276 followers View post →
Swaminathan Lab
@LabSwaminathan · X

As we step out of this dark period into the light of a nordic winter morning, full of possibilities but with caution and hesitancy, why not read this interesting paper on why butterflies evolved wings too big for their body https://t.co/c7R0GJohpE

Jan 20, 2021 · 5 likes · 1 share · 1,435 followers View post →
蝴蝶飞起来笨笨的，怎么还是捉不到？|拍翼|翅膀|蝴蝶|飞行_手机网易网
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org/doi/10.1098/rsif.2020.0854. 来源：环球科学. 转载文章：. 特别声明：本文为网易自媒体平台“网易号”作者上传并发布，仅代表该作者观点。网易仅提供 ...

Feb 6, 2021 View →
科学网—蝴蝶飞行之谜获解
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org/10.1098/rsif.2020.0854. 《中国科学报》 (2021-02-01 第2版国际). 打印 发E-mail给：. 以下评论只代表网友个人观点，不代表科学网观点。 相关新闻 ...

Feb 1, 2021 View →
蝴蝶展翅飞行之谜破解—新闻—科学网
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org/10.1098/rsif.2020.0854. 版权声明：凡本网注明“来源：中国科学报、科学网、科学新闻杂志”的所有作品，网站转载，请在正文上方注明来源和作者，且 ...

Jan 26, 2021 View →
Fjärilens unika flygteknik kan användas på drönare ...
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... mechanism owing to flexible wings" J. R. Soc. Interface. 2021. DOI: https://doi.org/10.1098/rsif.2020.0854. Vetenskapsradion vet@sverigesradio.

Jan 22, 2021 View →
Fjärilens unika flygteknik kan användas på drönare ...
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2021. DOI: https://doi.org/10.1098/rsif.2020.0854. Vetenskapsradion vet@sverigesradio.se. Relaterat. Fåglars flygteknik kan efterliknas av ...

Jan 22, 2021 View →
Butterfly wing clap explains mystery of flight | ScienceDaily
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Journal of The Royal Society Interface, 2021; 18 (174): 20200854 DOI: 10.1098/rsif.2020.0854. Cite This Page: MLA; APA; Chicago. Lund University ...

Jan 21, 2021 View →
North American Butterfly Association (NABA) - "Butterflies fly using ...
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... 10.1098/rsif. 2020.0854 Picture: female Eversmann's Parnassian taken by our Dr. Glassberg. Isabel Custodio and 77 others ·

Jan 21, 2021 View →
Butterfly wing clap explains mystery of flight | EurekAlert!
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Butterfly wing clap explains mystery of flight. Lund University. Journal: Journal of The Royal Society Interface; DOI: 10.1098/rsif.2020.0854 ...

Jan 20, 2021 View →
Butterflies create jet propulsion with a clap of their wings
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DOI: 10.1098/rsif.2020.0854. © 2021 AFP. 3/4. Page 4. Citation: Butterflies create jet propulsion with a clap of their wings (2021, January 20) ...

Jan 20, 2021 View →
Butterflies create jet propulsion with a clap of their wings
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DOI: 10.1098/rsif.2020.0854. Journal information: Journal of the Royal Society Interface. © 2021 AFP. + Explore further. Winging it: How do bats ...

Jan 20, 2021 View →