Shell dissolution Cut Out Stock Images
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. SHELL GROWTH IN ARGOPECTEN 477 and 14C-carbonate into shell of animals in recirculating sea water followed a nearly linear course but at a lower rate. An abnormal chalky layer was noted on the inner shell surface near the edge of these animals. Examination of the abnormal layer by scanning electron microscopy indicated that the layer was clue to deposi- tion of material different from normal shell and that dissolution of normal shell layers adjoining the chalky deposit was not evident. This deposition may account for isotope Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-shell-growth-in-argopecten-477-and-14c-carbonate-into-shell-of-animals-in-recirculating-sea-water-followed-a-nearly-linear-course-but-at-a-lower-rate-an-abnormal-chalky-layer-was-noted-on-the-inner-shell-surface-near-the-edge-of-these-animals-examination-of-the-abnormal-layer-by-scanning-electron-microscopy-indicated-that-the-layer-was-clue-to-deposi-tion-of-material-different-from-normal-shell-and-that-dissolution-of-normal-shell-layers-adjoining-the-chalky-deposit-was-not-evident-this-deposition-may-account-for-isotope-image234649811.htmlRMRHN66B–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. SHELL GROWTH IN ARGOPECTEN 477 and 14C-carbonate into shell of animals in recirculating sea water followed a nearly linear course but at a lower rate. An abnormal chalky layer was noted on the inner shell surface near the edge of these animals. Examination of the abnormal layer by scanning electron microscopy indicated that the layer was clue to deposi- tion of material different from normal shell and that dissolution of normal shell layers adjoining the chalky deposit was not evident. This deposition may account for isotope
