@inbook{b63f90f21cd24904b75b24ff68a0b3fe,
title = "Flow-biota interactions in aquatic systems: scales, mechanisms, and challenges",
abstract = "The paper outlines the current trends and challenges in studies of flow-biota interactions particularly focusing on freshwater aquatic systems. The multiple scales and a variety of mechanisms involving hydrodynamic, biomechanical and ecological processes differentiate these interactions from conventionally studied flow-structure interaction problems, and highlight the methodological and conceptual challenges to be resolved. The appearance of new promising measurement capabilities (e.g., use of high-resolution laboratory and field panoramic and stereoscopic PIV at a variety of scales), employment of advanced turbulence concepts in flow-biota considerations, accelerated advances in organism biomechanics, and developments in multiscale descriptions of multi-component systems represent the current trends that are briefly discussed and illustrated with case studies. These trends reflect the emergence of a new inter-discipline subject area - Hydrodynamics of Aquatic Ecosystems - that can be defined as a study of flow-organism interactions in running waters with particular focus on relevant transport processes and mutual physical impacts occurring at multiple scales from the sub-organism scale to the organism patch mosaic scale.",
author = "Nikora, {Vladimir I} and Cameron, {Stuart M} and Ismail Albayrak and Oliver Miler and Nina Nikora and Fabio Siniscalchi and Mark Stewart and Matthew O'Hare",
year = "2012",
month = may,
day = "28",
doi = "10.1201/b12283",
language = "English",
isbn = "9780415670456",
series = "IAHR Monographs",
publisher = "CRC Press/Balkema",
pages = "217--238",
editor = "W Rodi and M Uhlmann",
booktitle = "Environmental Fluid Mechanics",
}