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Articles by Richard R. Strathmann
Evolution of Slower Development (Early Cell Cycles and Somite Formation) in Teleost Fish That Guard or Hide Eggs
Conflicts of Interest The author declares no conflicts of interest. Supporting Information Filename Description ede70017-sup-0001-SupplementaryFigure.tif201.1 KB ede70017-sup-0002-SupplementaryFigureWithLegend.docx217.7 KB Supplementary Figure 1: Duration of an early cell cycle and formation of a somite in relation to temperature for species with scattered nonadhesive eggs (open squares) and hidden or guarded eggs (open circles).
Nursery Earth: The Wondrous Lives of Baby Animals and the Extraordinary Ways They Shape Our World
(Author) (Foreword by) FORMAT Buy new or used from an indie through our partner Biblio: Price Condition Seller Description It's time to pay attention to baby animals. From egg to tadpole, chick to fledgling, they offer scientists a window into questions of immense importance: How do genes influence health? Which environmental factors support--or obstruct--life? Entire ecosystems rest on the shoulders (or tentacles, or jointed exoskeletons) of animal babies.
Nursery Earth: The Wondrous Lives of Baby Animals and the Extraordinary Ways They Shape Our World (Hardcover)
We are excited to be partnering with local author Danna Staaf to provide signed and personalized copies of Nursery Earth! Place your order and include the name for personalization in the comment section. We will do our best to get your copy signed and shipped in a timely fashion.
Scope for Developmental Plasticity of Feeding Larvae of a Holothuroid, Contrasted with Other Echinoderm Larvae
Abstract Feeding larvae of echinoderms appear to differ in scope for adaptive developmental plasticity in response to food. Extension of the ciliary band on narrow arms supported by skeletal rods, as in echinoid and ophiuroid larvae, may enable a greater increase in maximum clearance rate per cell added, conferring greater advantages from developing longer ciliary bands when food is scarce.
Arms of larval seastars of Pisaster ochraceus provide versatility in muscular and ciliary swimming
Loading metrics Open Access Peer-reviewed Research Article Sophie B. George, Richard R. Strathmann Sophie B. George, Richard R. Strathmann Published: March 14, 2019 https://doi.org/10.1371/journal.pone.0213803 Figures Abstract Larval swimming with cilia, unaided by muscles, is the presumed ancestral condition for echinoderms, but use of muscles in swimming has evolved several times.
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