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Discussions emphasize the innovative contribution of the article, as seen in phrases like 'most engaging scientific communication' and references to specific adaptive structures, which reflect a keen interest and recognition of the research's importance. The tone varies from admiration of the communication style to curiosity about the evolutionary mechanisms involved.
Most discussions highlight appreciation for the research and its implications, with some emphasizing the innovative nature of the findings.
The topic consistently attracts strong interest, especially among those curious about animal adaptations and evolutionary biology.
Posts show moderate engagement, with some referencing specific methods and the significance of sensory illusions in moth survival.
While not universally regarded as transformative, the research is seen as impactful within scientific and educational contexts.
(i'm being super loose here, using 'cybernetics' VERY loosely, 'reflect' loosely, the framing of 'the moths winning' is just nice because actually there are videos of moths getting Ate - point is, for the most accurate interpretation, read the paper: https://t.co/8RadnMMKE7 )
The evolution of anti-bat sensory illusions in moths https://t.co/Y3wJClzhLZ #Animals #Science #Biology #Insects
@astroaline Se vc quiser ler sobre, tem esse material. Eu não li de preguiça.
@martinizzzzz @gunsnrosesgirl3 i'm not her, but here
@eshear This paper in Science from July 2018 (Rubin et al.) is one of the most engaging pieces of scientific communication I've ever read. The abstract is fairly clear about the goals of the paper and their results, but the main body of the text is incredible. https://t.co/0ucdKtQotG
RT @Kyukimasa: 蛾の対コウモリ音響迷彩 https://t.co/LC1fA6ep2k 翼後端が極端に長い蝶や蛾、ひらひらして捕食者の目をそらすのは視覚だけじゃなくて音響探知に対しても効果あるらしい。 世界各地の別の種類の蛾がそれぞれ別に獲得してて、対コウモリ戦略…
The study explores how moths, particularly silk moths, evolved specialized hindwing tails that reflect sonar signals to mislead bat predators, helping moths avoid being caught. Experiments with altered wings showed…
Convergent evolution has resulted in remarkable biological abilities appearing in unrelated animal lineages. This video explores echolocation, highlighting its development in bats and whales, as well as its evolution…
@eshear This paper in Science from July 2018 (Rubin et al.) is one of the most engaging pieces of scientific communication I've ever read. The abstract is fairly clear about the goals of the paper and their results, but the main body of the text is incredible. https://t.co/0ucdKtQotG
RT @Kyukimasa: 蛾の対コウモリ音響迷彩 https://t.co/LC1fA6ep2k 翼後端が極端に長い蝶や蛾、ひらひらして捕食者の目をそらすのは視覚だけじゃなくて音響探知に対しても効果あるらしい。 世界各地の別の種類の蛾がそれぞれ別に獲得してて、対コウモリ戦略…
RT @Kyukimasa: 蛾の対コウモリ音響迷彩 https://t.co/LC1fA6ep2k 翼後端が極端に長い蝶や蛾、ひらひらして捕食者の目をそらすのは視覚だけじゃなくて音響探知に対しても効果あるらしい。 世界各地の別の種類の蛾がそれぞれ別に獲得してて、対コウモリ戦略…
RT @Kyukimasa: 蛾の対コウモリ音響迷彩 https://t.co/LC1fA6ep2k 翼後端が極端に長い蝶や蛾、ひらひらして捕食者の目をそらすのは視覚だけじゃなくて音響探知に対しても効果あるらしい。 世界各地の別の種類の蛾がそれぞれ別に獲得してて、対コウモリ戦略…
Plus d'information sur cette coévolution passionnante entre prédation par les chauves-souris et leurres acoustiques des papillons Saturniidae ici : https://t.co/xvEkRY3yyT et ici https://t.co/fOA1BW7zSc 2/
@astroaline Se vc quiser ler sobre, tem esse material. Eu não li de preguiça.
@martinizzzzz @gunsnrosesgirl3 i'm not her, but here
(i'm being super loose here, using 'cybernetics' VERY loosely, 'reflect' loosely, the framing of 'the moths winning' is just nice because actually there are videos of moths getting Ate - point is, for the most accurate interpretation, read the paper: https://t.co/8RadnMMKE7 )
RT @charleshtweet: The evolution of anti-bat sensory illusions in moths https://t.co/Y3wJClzhLZ #Animals #Science #Biology #Insects
The evolution of anti-bat sensory illusions in moths https://t.co/Y3wJClzhLZ #Animals #Science #Biology #Insects
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