Webinar

French-Australian webinar: Metrology for water systems

On The May 9, 2022

9am - 11am (France)
5pm - 7pm (AEST)
Online

Audience: Anyone working with water systems, student, researcher, or practitioner. This short webinar is an introduction to original on-going activities. It is an opportunity for French or Australian researchers, companies or utilities to learn and connect.

The webinar is dedicated to the metrology for water systems and aims to share knowledge and experience between France and Australia. This short webinar aims to create new connections between researchers, companies, and utilities. The different partners share the same ambition: to link researchers and practitioners. This specific webinar is targeting French-Australian collaboration but is also open to anyone interested in the subject.

The webinar is divided into two short parts: the first part presents innovative and original monitoring systems dedicated to water management such as wetlands, rivers, water sensitive urban design or sewer. The second part proposes three different experiences of the use of drones for water systems.

The event is in French and English with simultaneous translation
Registration is free and compulsory

 
 

Agenda


Opening : Prof. Katherine Daniell

Part 1 – metrology for water management, some innovative examples (50 mn)

Rob James – A bespoke approach to hydrological monitoring using low-cost sensors (AU)
A/Prof Oldrich Navratil – Low-cost sediment transport monitoring (FR)
A/Prof David McCarthy – Covid testing in water (AU)
Q&A + discussion partie 1

Part 2 – drones dedicated to water systems monitoring (50 mn)

Dr. Raphaël Antoine – Geoscientists in the sky: how drones are advancing research in Hydrology (FR)
Dr. Kathryn Russell – Drone survey and open-source methods to extract of morphological attributes (AU)
Dr. Moustafa Kasbari – Dike survey by drones (FR)
Q&A + discussion part 2

Closing : Dr. Nathalie Simenel-Amar – French Embassy funding for the French-Australian collaboration


Replay



Organisers

Frédéric Cherqui (Université Lyon 1, DEEP) & Jean-Michel Tanguy (GIS-HED2)
H2O'Lyon
 

Partners