Editor’s choice awarded to flash flood journal article

Flash news! Adina Moraru and Michal Pavlíček’s (work package 2) recently published journal article has been awarded the category of “Editor’s Choice“! (see snapshot below) What article, do you mean? We wrote a post about it as soon as the manuscript came out with some of its highlights (see a sneak peek in the figure below), if you’re curious. This is an honor and great news for World of Wild Waters. Now, how does this work?

The manuscript is public and open to access here. No need to be subscribed anywhere.

Editor’s Choice articles are based on recommendations by the scientific editors of journals from around the world, in this case Water (Switzerland). Editors select a small number of articles recently published in the journal that they believe will be particularly interesting to authors, or important in this field. The aim is to provide a snapshot of some of the most exciting work published in the various research areas of the journal.”, writes on the publishing journal’s website.

In short, this means that:

  1. The article get’s a blue-colored label (see snapshot above) that helps identify Adina and Michal’s manuscript as high quality.
  2. Also, Water (Swizterland) has a section where all the Editor’s Choice articles are collected for the readers, and this increases the likelihood that the manuscript is visited and read by the journal readers.
  3. Last, but not least, it’s a badge of honor to receive the validation and “stamp of approval” of scientific editors, especially so early in our careers (this is Adina‘s first ever published journal manuscript).
The journal article tells the story of Storelva in Utvik (western Norway), how it flooded in 2017 and the information we got in the field and via remote sensing to understand afterwards what happened. This is the location figure in the article available here.

Flash flood depicted in new journal article

The flash flood affecting Utvik in Stryn municipality (western Norway) in summer 2017 was documented on-site and has been studied ever since it occurred. This flash flood devastated Utvik (the hometown of WoWW’s project leader, Oddbjørn Bruland) and was the trigger to initiate the World of Wild Waters project. The extreme hydrologic event was analyzed in a journal article published last year in the international journal Hydrology Research. This article served as basis for a further analysis of the hydraulics during the flash flood, which was carried out in a recent study by Adina and Michal (work package 2). The hydraulic study, titled “The Story of a Steep River: Causes and Effects of the Flash Flood on 24 July 2017 in Western Norway“, is now published in the international journal Water (Switzerland), which is open access.

The hydraulic study assesses the potential causes of the flash flood based on visual documentation (for instance, in the first figure below) and post-event fieldwork (for example, the second figure below). The field observations, combined with soft data (testimonies from eyewitnesses), helped to understand the potential effects of future flash floods in similar mountain rivers. Additionally, the journal article is supplemented by a dataset (publicly available in Zenodo) that can be used in future studies, where the flash flood could be modelled numerically.

Visual documentation of the flash flood in July 2017. Figure from Moraru et al. (2021)

WoWW aims to have a digital twin of the flash flood devastating Utvik. Thus a numerical model of this flash flood might be used for future studies on gamification of natural hazards (work package 4) and risk perception using virtual reality (work package 5). Moreover, the river is continuously monitored with surveillance cameras and instruments that provide the level of the water in real-time. This allows an automatized data collection for future events in Storelva river and also an instantaneous reference of the current condition of the river.

Field visit with master students to Storelva river in Utvik after the flood (autumn 2019) to analyze post-flood restoration measures (© Adina Moraru).