Acknowledgements The work described in this publication was undertaken during the Ph.D. study of Davide Vettori at the University of Aberdeen funded by a scholarship from the Northern Research Partnership, Scotland. The authors gratefully acknowledge: Peter Davies and Paul Mitchell for their support and guidance; David Attwood for his assistance during seaweed collection; Hamish Biggs for his assistance during seaweed collection and transport to the University of Aberdeen, and in setting up LED used to synchronise instruments; and Roy Gillanders and Benjamin Stratton for meticulous technical support. Many insightful comments provided by the Associate Editor Professor J. D. Ackerman and anonymous reviewer helped to improve the quality of the...
Thesis: S.M., Massachusetts Institute of Technology, Department of Civil and Environmental Engineeri...
The design of aquaculture systems requires an understanding of the drag forces on cultivated kelp. T...
© 2015 Publishing House for Journal of Hydrodynamics. In this paper, we attempt to quantify the mean...
Physical interactions between seaweed blades of Saccharina latissima and unidirectional turbulent fo...
Flow-vegetation interactions is an interdisciplinary research area with applications in the manageme...
Supplementary information files for 'Flow-seaweed interactions of Saccharina latissima at a blade sc...
Acknowledgements The work described in this publication was undertaken during the Ph.D. study of Dav...
The work described in this publication was conducted during the Ph.D. study of D. Vettori, funded by...
Global environmental changes are a well known phenomenon affecting the climate around us. The challe...
The seaweed industry is growing worldwide to meet future resource needs in terms of food and fuel. I...
Vegetation surrogates have been extensively used in laboratory experiments for studying flow-vegetat...
The distinct turbulence dynamics and transport modulated by a common seagrass species were investiga...
In recent years the prospect of having a seaweed industry in Norway has become of interest. Assessin...
Aquatic vegetation canopies, including seagrasses, provide a host of ecosystem services within coast...
Seagrasses are marine flowering plants that have important roles in the ecological and physical proc...
Thesis: S.M., Massachusetts Institute of Technology, Department of Civil and Environmental Engineeri...
The design of aquaculture systems requires an understanding of the drag forces on cultivated kelp. T...
© 2015 Publishing House for Journal of Hydrodynamics. In this paper, we attempt to quantify the mean...
Physical interactions between seaweed blades of Saccharina latissima and unidirectional turbulent fo...
Flow-vegetation interactions is an interdisciplinary research area with applications in the manageme...
Supplementary information files for 'Flow-seaweed interactions of Saccharina latissima at a blade sc...
Acknowledgements The work described in this publication was undertaken during the Ph.D. study of Dav...
The work described in this publication was conducted during the Ph.D. study of D. Vettori, funded by...
Global environmental changes are a well known phenomenon affecting the climate around us. The challe...
The seaweed industry is growing worldwide to meet future resource needs in terms of food and fuel. I...
Vegetation surrogates have been extensively used in laboratory experiments for studying flow-vegetat...
The distinct turbulence dynamics and transport modulated by a common seagrass species were investiga...
In recent years the prospect of having a seaweed industry in Norway has become of interest. Assessin...
Aquatic vegetation canopies, including seagrasses, provide a host of ecosystem services within coast...
Seagrasses are marine flowering plants that have important roles in the ecological and physical proc...
Thesis: S.M., Massachusetts Institute of Technology, Department of Civil and Environmental Engineeri...
The design of aquaculture systems requires an understanding of the drag forces on cultivated kelp. T...
© 2015 Publishing House for Journal of Hydrodynamics. In this paper, we attempt to quantify the mean...