World of Wild Waters

WoWW’s project leader interviewed by Lørn.Tech

Oddbjørn Bruland was recently hosted on Lørn Tech, a podcast covering top technology topics in Norway, such as Gaming, Internet of Things, Artificial Intelligence, Block Chain, Big Data or Virtual and Augmented Reality (VR/AR), among many others. Sunniva Rose, a well known nuclear physicist in Norway, conducted the interview on the topic VR.AR, very relevant to our project.

In the podcast (translated to “Wet, Wild and Virtual“, which are World of Wild Waters’ keywords par excellence), Oddbjørn talks about the concept of Serious Gaming and introduces our project’s goals and how uniquely multidisciplinary our team is.

Original podcast (in Norwegian)

The scientific community is already very familiar with advanced hydraulic simulations and writing long and dull reports presenting the simulated results. However, such reports might not have the desired impact when presented to decision-makers and stakeholders that oftentimes do not have such hydraulic engineering background. As highlighted during the interview, World of Wild Waters attempts to bridge this communication gap. Our goal is, primarily, to facilitate scientific dissemination of natural hazards by presenting the flood and landslide scenarios through exciting and realistic simulations within the framework of a virtual environment. This is expected to improve sound decision-making and save lives and cost.

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Example of mixed reality (VR+AR) used in flood risk communication (Photo: The Weather Channel)

We are always happy to talk in further detail about what we do in WoWW, and we appreciate Lørn.Tech’s invitation to their podcast.

conference

5th Conference on Modelling Hydrology, Climate and Land Surface…

The 5th Conference on Modelling Hydrology, Climate and Land Surface Processes was held 17-19 September 2019 in Lillehammer, Norway. Nitesh attended this conference and presented a poster titled “Choosing an appropriate hydrologic model“. The poster focused on the work to be done before starting the actual hydrologic simulations. The poster briefly reviewed five commonly used hydrological models and described how to choose a suitable hydrologic model for the intended purpose.

A visit to the ski jump tower was also organized in the evening of the last day of the conference.

Visit to the Lysgårdsbakkene Ski Jumping Arena, the city’s major landmark.
Lysgårdsbakken consists of a large hill, with a K-point of 123 and a hill size of 138, and a small hill with a K-point of 90 and a hill size of 100.
View down the large hill
1000 steps to the top of the large hill