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After digging deeper into arachnid anatomy, they realized the spider's hydraulic chamber, or parasoma, actually has separate internal valves that allow the insect to move each leg individually.
After digging deeper into arachnid anatomy, they realized the spider's hydraulic chamber, or parasoma, actually has separate internal valves that allow the insect to move each leg individually.
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Smithsonian Magazine on MSNThese 'Weird' Sea Spiders Don't Have Abdomens—and Instead Store Organs in Their Legs. With DNA, Scientists Are Learning WhyThough sea spiders have thrived for millions of years in a variety of marine conditions—in cold Antarctic waters, on deep seafloors and along rocky, estuarine shorelines—it is correct to call them ...
After digging deeper into arachnid anatomy, they realized the spider's hydraulic chamber, or parasoma, actually has separate internal valves that allow the insect to move each leg individually.
Most people would see a dead spider and discard the insect. A couple of engineers at Rice University had other ideas. Skip to content. NOWCAST KCCI News at 10pm Weeknights.
After digging deeper into arachnid anatomy, they realized the spider's hydraulic chamber, or parasoma, actually has separate internal valves that allow the insect to move each leg individually.
Most people would see a dead spider and discard the insect. A couple of engineers at Rice University had other ideas. Skip to content. NOWCAST WPBF 25 News at 6 a.m.
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