Mario Conde (@marioconde2) 's Twitter Profile
Mario Conde

@marioconde2

ID: 395070568

calendar_today21-10-2011 02:37:04

18 Tweet

72 Followers

114 Following

Mario Conde (@marioconde2) 's Twitter Profile Photo

Spatial variability of shear stresses in the presence of emergent canopies at ECSA57 #bedshearstress #canopyflow #ECSA57 #phdlife UWA @Maryam_MB2016

Spatial variability of shear stresses in the presence of emergent canopies at ECSA57 #bedshearstress #canopyflow #ECSA57 #phdlife <a href="/uwanews/">UWA</a> @Maryam_MB2016
Dr Maryam Abdolahpour (@fluids_flow) 's Twitter Profile Photo

For anyone interested in the #vegetatedflows and their complexities: Our recently published paper on the impact of #seagrasses and $coral reefs on the #hydrodynamics, #turbulence, and #mixing reveals remarkable differences: aslopubs.onlinelibrary.wiley.com/doi/abs/10.100… @CoralCoE Centre For Marine Ecosystems Research UWA Eng & Math Sci

For anyone interested in the #vegetatedflows and their complexities: Our recently published paper on the impact of #seagrasses and $coral reefs on the #hydrodynamics, #turbulence, and #mixing reveals remarkable differences:
aslopubs.onlinelibrary.wiley.com/doi/abs/10.100…
@CoralCoE <a href="/CMER_ECU/">Centre For Marine Ecosystems Research</a> <a href="/UWAEMS/">UWA Eng & Math Sci</a>
Dr Maryam Abdolahpour (@fluids_flow) 's Twitter Profile Photo

Did you know benthic roughness (e.g. #coral and #seagrass) generate currents?! Check out our paper to know more about this fascinating mechanism and its significant impact on #residencetime of e.g. #sediment, #pollen, #seeds: agupubs.onlinelibrary.wiley.com/doi/full/10.10… @CoralCoE UWA Eng & Math Sci UWA Oceans Institute

Did you know benthic roughness (e.g. #coral and #seagrass) generate currents?! Check out our paper to know more about this fascinating mechanism and its significant impact on #residencetime of e.g. #sediment, #pollen, #seeds: agupubs.onlinelibrary.wiley.com/doi/full/10.10… 
@CoralCoE <a href="/UWAEMS/">UWA Eng & Math Sci</a> <a href="/uwaoceans/">UWA Oceans Institute</a>
Mario Conde (@marioconde2) 's Twitter Profile Photo

I'm deeply pleased and honored to receive this prestigious award. Many thanks to the Jock Clough Marine Foundation and UWA’s Oceans Institute for the support! UWA Oceans Institute Science at UWA

Juan Pablo D'Olivo (@juanpdolivo) 's Twitter Profile Photo

In case you haven't come across it yet, check out my student's Harry Clarke most recent paper on coral records of the impacts and acclimatisation to marine heat waves on the northwest shelf of Australia Mario Conde agupubs.onlinelibrary.wiley.com/doi/full/10.10…

UWA (@uwanews) 's Twitter Profile Photo

🌊Exciting to launch our new Coastal and Offshore Engineering Laboratory (COEL).👏 A 1900m2 multi-purpose hydraulics laboratory, 50m-long wave flume, & 'O’Tube’ flume will allow our researchers to tackle complex ocean engineering challenges. #UWA #UWACOEL bit.ly/3g94dOL

🌊Exciting to launch our new Coastal and Offshore Engineering Laboratory (COEL).👏 A 1900m2 multi-purpose hydraulics laboratory, 50m-long wave flume, &amp; 'O’Tube’ flume will allow our researchers to tackle complex ocean engineering challenges. #UWA #UWACOEL bit.ly/3g94dOL
Marco Ghisalberti (@enviro_fluids) 's Twitter Profile Photo

PhD opportunity UWA Research to work on Australian Research Council-funded project (with me & Greg Ivey) looking at how complex ecosystems (e.g. seagrass, corals, forest canopies) modify flow, turbulence & transport. Please retweet/get in touch! UWA_OGS UWA Research #fluidmechanics #ecosystems

PhD opportunity <a href="/UWAresearch/">UWA Research</a> to work on <a href="/arc_gov_au/">Australian Research Council</a>-funded project (with me &amp; Greg Ivey) looking at how complex ecosystems (e.g. seagrass, corals, forest canopies) modify flow, turbulence &amp; transport. Please retweet/get in touch!
<a href="/OgsUwa/">UWA_OGS</a> <a href="/UWAresearch/">UWA Research</a> 
#fluidmechanics #ecosystems
Marco Ghisalberti (@enviro_fluids) 's Twitter Profile Photo

1st PhD paper by Stefania Unigarro Villota in Water Resources Research (w/ Paul Branson & Jimmy Philip from UWA Research/University of Melbourne)! Vegetation can be a mixing 'engine' in rivers, creating 3D flows that transport material from bed to surface (and v/v). shorturl.at/dILM3

1st PhD paper by Stefania Unigarro Villota in Water Resources Research (w/ <a href="/pablobranson/">Paul Branson</a> &amp; Jimmy Philip from <a href="/UWAresearch/">UWA Research</a>/<a href="/UniMelb/">University of Melbourne</a>)!
Vegetation can be a mixing 'engine' in rivers, creating 3D flows that transport material from bed to surface (and v/v).

shorturl.at/dILM3
Marco Ghisalberti (@enviro_fluids) 's Twitter Profile Photo

Great work by Dr Becki Morris and team, determining the effectiveness of green solutions for coastal defence pursuit.unimelb.edu.au/articles/prote…