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Tuure Takala

As seen in: Wiley Online Library
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Articles

Near-Bed Flow Turbulence Beneath Ice Cover Under Varying Hydrological Conditions: A 9-Year Field Measurement-Based Analysis From a Meander Bend

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By Karoliina Lintunen, Essi Vilhonen, Tuure Takala
| Wiley Online Library Verified
1 Introduction Approximately half of Earth's rivers experience ice cover at some point during the hydrological year (Bennett & Prowse, 2010) and these rivers drain over one-third of the Earth's landmass (Yang et al., 2020). River ice is an important factor affecting alluvial rivers across various spatial and temporal scales (Ettema, 2002; Shen, 2025), especially in the high-latitude regions, where ice cover can be present for up to 8–9 months annually.
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Modelling of Freeze‐Up and Ice Cover Development in a Subarctic River Using a 2D Numerical Model

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By Joshua Johnson, Knut Alfredsen, Omid Saberi, Tuure Takala
| Wiley Online Library Verified
References , and . 2011. “Freeze-Up Observations and Aspects of the Ice Anchor on the bow River at Calgary.” , and . 1998. “Effects of Climate Change on the Freeze-Up Regime of the Peace River. Ice in Surface Waters.” Proceedings of 14th International Symposium on Ice 2: 153–158. 2013. “River Ice Formation. Committee on River Ice Processes and the Environment, Canadian Geophysical.” , , and . 2020. “Uncertainty Analysis of a 1D River Hydraulic Model With Adaptive Calibration.” Watermark 12, no. 2: 561.
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Subwater particle image velocimetry and photogrammetry as solution for enhanced seasonal measurements of river dynamics (more precisely: bedload transport) | TU Dresden

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By Eliisa Lotsari, Tuure Takala, Franziska Wolff, Juha-Matti Välimäki
| tu-dresden.de
Subwater particle image velocimetry and  photogrammetry  as solution for enhanced seasonal measurements of river dynamics (more precisely: bedload transport) Research output: Contribution to conferences › Abstract › Contributed
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