•1 min read•from Marine Biology Subreddit
Limpet biomechanics: composite material, adhesion, and the homescar as niche construction
Our take
Explore the fascinating world of limpet biomechanics in my latest newsletter piece, which serves as Episode 2 in a series dedicated to these remarkable creatures. This installment delves into key topics such as adhesion, hydrodynamics, and the composite structure of limpet shells, while also highlighting less commonly discussed aspects like Raup's morphospace and the unique positioning of the limpet cone. Additionally, I examine intertidal drag and lift, using the homescar as a case study in niche construction.
 | Marine biologist here, working on limpet shell sclerochronology. I wrote a piece on limpet biomechanics for the newsletter I run, some here may find it useful. It covers the usual biomechanics (adhesion, hydrodynamics, composite shell structure), plus the stuff that tends to get less attention: Raup's morphospace and why the limpet cone sits where it does, intertidal drag/lift , and the homescar as a case study in niche construction. It's the ep. 2 of a series of writings on limpets, but it reads as a standalone. Happy to discuss, especially on the sclerochronology and/or intertidal ecology (which I'm more familiar with) [link] [comments] |
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#marine science#marine biodiversity#marine life databases#limpet biomechanics#sclerochronology#adhesion#composite material#hydrodynamics#composite shell structure#Raup's morphospace#intertidal drag/lift#homescar#niche construction#intertidal ecology#marine biologist#case study#series of writings#limpets#lift#drag