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Ilja van Meerveld

Editor, Water Resources Research

Conceptual diagram illustrating the seasonal shifts in the relative importance of downstream flux verses emission losses across headwaters with different land-water interfaces in the boreal landscape (from top to bottom: forest, wetland, and lakes.
Posted inEditors' Highlights

Export of Different Carbon Types from a Boreal Catchment

by Ilja van Meerveld 2 December 202123 February 2022

Carbon export in boreal catchments depends on the landscape setting and differs for snowmelt and rainfall events.

Figure showing change in soil properties between two occasions of running a hydrological experiment
Posted inEditors' Highlights

Repeating Famous Hillslope Experiment Provides New Insights

by Ilja van Meerveld 30 January 20201 April 2022

Repeating a famous hillslope experiment after 55 years shows that soil properties can change within several decades and highlights the importance of a leaky boundary for hillslope drainage.

Posted inEditors' Highlights

Using Radioactive Tracers to Determine the Ages of Streamflow

by Ilja van Meerveld 18 March 20197 March 2022

Radioactive isotope tracers can be used to determine the relationship between the ages of water that is stored in soil and bedrock, water in streams, and the water used by vegetation.

Posted inEditors' Highlights

Upper Hillslopes May Not Contribute Directly to Stormflow

by Ilja van Meerveld 1 October 20183 December 2021

New research challenges long-held ideas about the path of subsurface water from hillslopes to streams.

Citizen scientists can use smartphone apps to collect hydrological information from the streams they encounter.
Posted inScience Updates

Testing the Waters: Mobile Apps for Crowdsourced Streamflow Data

by S. Kampf, B. Strobl, J. Hammond, A. Anenberg, S. Etter, C. Martin, K. Puntenney-Desmond, J. Seibert and Ilja van Meerveld 12 April 2018

Citizen scientists keep a watchful eye on the world’s streams, catching intermittent streams in action and filling data gaps to construct a more complete hydrologic picture.

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