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Ray N. Franklin 馃嚭馃嚫
Ray N. Franklin 馃嚭馃嚫
@rnf@mindly.social  路  activity timestamp yesterday

Spider silk spun by the rufous net-casting spider (Asianopis subrufa) can stretch up to 24 times its extruded length without breaking.

https://www.sciencenews.org/article/silk-net-casting-spiders-prey-web

#spider #science #biology #arachnid

Electron micrograph of a strand of net-casting spider silk. White and gray on dark gray background. Core strand of silk is a thick structure of short cylinders. The ends connect at angles, giving it a zig-zag appearance. On the surface of the cylinders, thin strands of silk follow looping paths.
Electron micrograph of a strand of net-casting spider silk. White and gray on dark gray background. Core strand of silk is a thick structure of short cylinders. The ends connect at angles, giving it a zig-zag appearance. On the surface of the cylinders, thin strands of silk follow looping paths.
Electron micrograph of a strand of net-casting spider silk. White and gray on dark gray background. Core strand of silk is a thick structure of short cylinders. The ends connect at angles, giving it a zig-zag appearance. On the surface of the cylinders, thin strands of silk follow looping paths.
Science News

Intricate silk helps net-casting spiders ensnare prey in webs

Rufous net-casting spiders can tune the stiffness and elasticity of their webs thanks to loops of silk, scanning electron microscope images reveal.
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Evan Prodromou
Evan Prodromou
@evan@cosocial.ca  路  activity timestamp 20 hours ago

@rnf netcasts you love from people you trust

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