(A–C) Exponential fits of turbulent kinetic energy (TKE) vs. turbulence dissipation (

<p>ε) and (D, E, F) linear fits of flow speed (U) vs. TKE. TKE vs. ε was similar at all three sites, but the U vs. TKE slope was significantly steeper at the reef sites than the mudflat due to higher benthic roughness. Each datapoint represents a 15 min average. Only data with significant wave...

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Bibliographic Details
Main Author:	Martin P. Volaric (20988070) (author)
Other Authors:	Eli M. Stine (20988073) (author), Matthew Burtner (20988076) (author), Steven S. Andrews (20988079) (author), Peter Berg (387726) (author), Matthew A. Reidenbach (13703271) (author)
Published:	2025
Subjects:	Ecology Marine Biology Inorganic Chemistry Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified pressure fluctuations recorded enhancing larval recruitment demonstrating rapid growth >< sub >< turbulent kinetic energy results also show fn ), defined sup >&# 8722 ></ sub >), ε ), agreeing turbulence dissipation rate sound pressure levels div >< p 2 </ sup mean flow speed hydrophone soundscape recordings ></ sub turbulent soundscape fn </ results suggest flow noise reef soundscape w </ f </ b </ ε vs well understood turbulence intensity three sites theoretical calculations swimming behaviors similar across significantly related restored reef reef turbulence producing organisms previously reported oyster reefs numerous studies marine larvae made side likely due larger area important cues greater number 2000 hz 100 hz 1 restored 1 natural 1 cm
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(A–C) Exponential fits of turbulent kinetic energy (TKE) vs. turbulence dissipation (

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