T. Liffen

Physical ecosystem engineering by emergent aquatic vegetation: the importance of biomechanical traits

T. Liffen, 2011 .

Quantifying the potential for flow to remove the emergent aquatic macrophyte Sparganium erectum from the margins of low-energy rivers

A. Gurnell, M. O'hare, Robert E. Thomas, 2011 .

Associations between the morphology and biomechanical properties of Sparganium erectum: Implications for survival and ecosystem engineering

A. Gurnell, M. O'hare, A. Simon, 2013 .

Profiling the below ground biomass of an emergent macrophyte using an adapted ingrowth core method

A. Gurnell, M. O'hare, T. Liffen, 2013 .

Biomechanical properties of the emergent aquatic macrophyte Sparganium erectum: Implications for fine sediment retention in low energy rivers

A. Gurnell, M. O'hare, A. Simon, 2011 .

Influence of an ecosystem engineer, the emergent macrophyte Sparganium erectum, on seed trapping in lowland rivers and consequences for landform colonisation

Claire McDonald, Angela M. Gurnell, Peter Scarlett, 2012 .

The geomorphological context and impact of the linear emergent macrophyte, Sparganium erectum L.: a statistical analysis of observations from British rivers

A. Gurnell, M. O'hare, Judith M. O’Hare, 2013 .

Plant root and rhizome strength: Are there differences between and within species and rivers?

G. Zolezzi, A. Gurnell, T. Liffen, 2018, Earth Surface Processes and Landforms.