A joint velocity-intermittency analysis reveals similarity in the vertical structure of atmospheric and hydrospheric canopy turbulence
CJ Keylock, M Ghisalberti, GG Katul, HM Nepf
Environmental Fluid Mechanics | Springer Netherlands | Published : 2020
Turbulent flow through and over vegetation continues to draw significant research attention given its relevance to a plethora of applications in earth and environmental science. Canopy flows are characterized by three-dimensional coherent vortical motions not directly accessible from single-point measurements, which pose a challenge to formalizing links between vegetation structure and turbulent motion. A joint velocity-intermittency technique is applied to velocity data collected within and above aquatic vegetation in a hydraulic flume and above a forested canopy. The approach reveals behavior that provides greater insight into canopy flow dynamics than may be inferred from the vertical pro..View full abstract
Awarded by Royal Academy of Engineering/Leverhulme Trust Senior Research Fellowship
Awarded by National Science Foundation
This research was supported by a Royal Academy of Engineering/Leverhulme Trust Senior Research Fellowship LTSRF1516-12-89 awarded to CK. GK acknowledges support from the National Science Foundation (NSF-EAR-1344703 and NSF-AGS-1644382). The data underpinning this work may be obtained from GK (atmosphere) and MG (hydrosphere).