Development and testing of a coupled vegetation/sediment-transport model for dryland environments by Mayaud, J

Characterizing turbulent wind flow around dryland vegetation by Mayaud, J, Wiggs, G, Bailey, R

A coupled vegetation/sediment transport model for dryland environments by Mayaud, J, Bailey, R, Wiggs, G

Dynamics of skimming flow in the wake of a vegetation patch by Mayaud, J, Wiggs, G, Bailey, R

A coupled vegetation/sediment transport model for dryland environments by Mayaud, J, Bailey, R, Wiggs, G

A field-based parameterisation of wind flow recovery in the lee of dryland plants by Mayaud, J, Wiggs, G, Bailey, R

Modelled responses of the Kalahari Desert to 21st century climate and land use change by Mayaud, J, Bailey, R, Wiggs, G

What is the future for our earthen heritage? Modelling the risk of environmentally-driven deterioration at sites located in dryland areas by Richards, J, Mayaud, J, Bailey, R, Viles, H

Modelling aeolian sand transport using a dynamic mass balancing approach by Mayaud, J, Bailey, R, Wiggs, G, Weaver, C

Future access to essential services in a growing smart city: The case of Surrey, British Columbia by Mayaud, J, Tan, M, Pereira, R, Nuttall, R

Unmet demand for walkable transit-oriented neighborhoods in a midsized Canadian community: market and planning implications by Frank, L, Mayaud, J, Hong, A, Fisher, P, Kershaw, S

Stress histories control rock-breakdown trajectories in arid environments by Viles, H, Messenzehl, K, Mayaud, J, Coombes, M, Bourke, M

Modelling the risk of deterioration at earthen heritage sites in drylands by Richards, J, Mayaud, J, Zhan, H, Wu, F, Bailey, R, Viles, H