[Aqualist] A Windy Day Down Under 23/9/20

Paul Hesse paul.hesse at mq.edu.au
Mon Jul 27 08:55:25 AEST 2020


A Windy Day Down Under



Wednesday 23rd September 2020,

(8.30 am AEST, 8 am ACST, 6.30 am AWST, 10.30 am NZST)



In the absence of ICAR in Namibia, or other conferences, we will hold a one-day Zoom mini-conference on all things aeolian on September 23rd.



With a nod to the 'Windy Day' held each year in the UK, we’re planning a similar thing for anyone involved in aeolian research in Australia or New Zealand: wind erosion, aeolian processes, aeolian geomorphology, Quaternary records of aeolian processes...



In keeping with the Windy Day tradition, we plan to feature postgrad and ECR research.  Depending on demand, we may open it up to EORs (Exceptionally Old Researchers) as well.



To register your interest (and receive a Zoom invitation) please return the following in an email to

Samuel.Shumack at hdr.mq.edu.au



Abstract Deadline: 11th September.



Name:

Affiliation:

Student? Y/N  (Degree:                    )

ECR Y/N         (Position:                    )



Presentation? Y/N



Presentation Title:

Authors:

(*Presenter)

Affiliation/Contacts:

Abstract (max. 200 words):





Any questions to paul.hesse at mq.edu.au or samuel.shumack at hdr.mq.edu.au



Please circulate widely! Anyone is welcome to join, no matter where you are (as your time zone allows).



To encourage and respect new and unpublished research, the event will not be recorded.


Paul Hesse
BSc (Hons), PhD, SFHEA
Associate Professor in Quaternary Science and Geomorphology

(ph) +61 2 9850 8384 (office); 9850 7481 (lab) (f) +61 2 9850 8420 (e) paul.hesse at mq.edu.au<mailto:paul.hesse at mq.edu.au>

Postal Address:
Department of Earth and Environmental Sciences
Macquarie University, Sydney,
New South Wales 2109, Australia

Office Location: Room 430, Level 4, Building E7A, 12 Wally's Walk, Macquarie University, North Ryde, Sydney

New papers:


Shumack, S., Hesse, P., Farebrother, W., 2020. Deep learning for dune pattern mapping with the AW3D30 global surface model. Earth Surface Processes and Landforms 10.1002/esp.4888 10.1002/esp.4888.


Telfer, M.W., Gholami, H., Hesse, P.P., Fisher, A., Hartley, R., 2020. Testing models of linear dune formation by provenance analysis with composite sediment fingerprints. Geomorphology 364, 10.1016/j.geomorph.2020.107208. Download: https://authors.elsevier.com/c/1b831_,Oh6niNa<https://protect-au.mimecast.com/s/XXKTCRONg6sNVr8OUPdLvC?domain=authors.elsevier.com>


Fisher, A., Hesse, P.P., 2019. The response of vegetation cover and dune activity to rainfall, drought and fire observed by multitemporal satellite imagery. Earth Surface Processes and Landforms DOI: 10.1002/esp.4721 DOI: 10.1002/esp.4721.




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