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The overall tone demonstrates strong interest and moderate engagement, with examples like mention of the hydrophobic exoskeletons allowing water striders to surf jets and craters, highlighting their remarkable adaptation. Words such as 'impressive' and phrases referencing 'scientific studies' underscore a positive reception and curiosity about the study's contributions.
Most discussions support the idea that water striders are highly adapted to withstand raindrops and water disturbances.
Posts express high curiosity about the research, with some referencing the fascinating mechanics involved.
Comments include viewers sharing insights into the biological adaptations and considering practical implications.
While not perceived as revolutionary, some recognize the significance of understanding these natural resilience mechanisms.
One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydrophobic exoskeletons allow them to surf jets and craters made by drops—or easily resurface if pushed underwater. In PNAS: https://t.co/xtgJFP5KVo https://t.co/tIFYak54ZU
A jeśli chcielibyście zostać specjalistami od strategii przetrwania nartników w czasie deszczu, to artykuł znajdziecie tutaj: https://t.co/T2caCqoWb4
Water striders are impervious to raindrop collision forces and submerged by collapsing craters
Water striders are impervious to raindrop collision forces and submerged by collapsing craters | PNAS https://t.co/6fVoVbyBZg 水滴が落ちたときのアメンボの動きのハイスピード撮影動画興味深い
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
This video explores homeostasis, the ability of biological systems to maintain constant outputs despite varying inputs. It discusses its significance and introduces the concepts of perfect and infinitesimal homeostasis…
This educational video explores the unique abilities of water striders, focusing on how they remain impervious to raindrop collision forces. Featuring insights from experts like Dr. David L. Hu and Dr. John W. M. Bush…
RT @MinatoNakazawa: Water striders are impervious to raindrop collision forces and submerged by collapsing craters | PNAS https://t.co/6fVo…
Water striders are impervious to raindrop collision forces and submerged by collapsing craters | PNAS https://t.co/6fVoVbyBZg 水滴が落ちたときのアメンボの動きのハイスピード撮影動画興味深い
Water striders are impervious to raindrop collision forces and submerged by collapsing craters #science #publication #research #journal https://t.co/3OcrePBvtE
Water striders are impervious to raindrop collision forces and submerged by collapsing craters #science #publication #research #publications https://t.co/jjt0mdfm7z
Water striders are impervious to raindrop collision forces and submerged by collapsing craters
A jeśli chcielibyście zostać specjalistami od strategii przetrwania nartników w czasie deszczu, to artykuł znajdziecie tutaj: https://t.co/T2caCqoWb4
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
RT @PNASNews: One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydroph…
One might think a raindrop could do serious damage to a tiny water strider. But a study shows that their low-density, hydrophobic exoskeletons allow them to surf jets and craters made by drops—or easily resurface if pushed underwater. In PNAS: https://t.co/xtgJFP5KVo https://t.co/tIFYak54ZU
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