Using in situ sensor-based monitoring to study impacts of climate change on river water quality and element fluxes

• Main Authors: Poste, Amanda, Jackson-Blake, Leah Amber, Mcgovern, Maeve, Kaste, Øyvind, Sample, James Edward, Skogan, Odd Arne Segtnan, Austnes, Kari, Brandt, Uta, Høgberget, Rolf
• Format: Report
• Language: English
• Published: Norsk institutt for vannforskning 2022
• Subjects: Klimaendring; Climate change; Sensorbasert overvåking; Sensor-based monitoring; Vannkvalitet og flukser; Water quality and fluxes; Miljøovervåking i elver; Environmental monitoring in rivers; VDP::Matematikk og naturvitenskap: 400; VDP::Mathematics and natural scienses: 400; Målselva; Norway; Storelva; Northern Norway
• Online Access: https://hdl.handle.net/11250/3063125

Prosjektleder: Øyvind Kaste The report contains an analysis of high-frequency sensor data from two rivers included in the Norwegian River Monitoring Programme; Storelva in southern Norway and Målselva in northern Norway. The main aim of the report is to combine in situ sensor-based monitoring data with climate, hydrology and water chemistry data to study impacts of climate change on river water quality and element fluxes. The report also highlights challenges, opportunities and the strong potential for sensor-based monitoring to yield new knowledge related to climate change impacts on river water quality. Norwegian Environment Agency publishedVersion