Protected: Mapping 31 Years of Chemical Weathering Across Europe

How does water slowly transform rocks across Europe’s headwaters, and how does this process vary from year to year? A MSc thesis developed within SERVICO2 brings together three decades of hydroclimatic, geological and spatial data to explore chemical weathering across nearly 223,000 European headwater catchments.

From prototype to the field: developing SERVICO2’s GHG flux monitoring system

How can greenhouse gas fluxes be monitored continuously in remote headwater catchments, where access to power and communication networks is often limited? As part of SERVICO2, we are developing a modular and autonomous sensing system designed to measure natural greenhouse gas (GHG) fluxes in both terrestrial and aquatic environments.

Spring–Summer 2026: SERVICO2 Takes to the Field

Spring and summer 2026 marked an important step for SERVICO2 as field activities got underway across the project’s headwater catchments. Teams have been setting up monitoring sites, collecting the first measurements and putting the new automated greenhouse-gas chamber prototypes to the test under real field conditions. This slideshow offers a glimpse behind the scenes as SERVICO2 moves from preparation and development into field implementation across Europe.

SERVICO2 on the Move: An Active Year of Science, Collaboration and International Exchange

From Helsinki to Vienna, Windermere, Umeå and Banyoles, 2026 has been an exceptionally active year for SERVICO2. Project researchers have taken SERVICO2 and closely related science to major scientific conferences, international monitoring networks and stakeholder-oriented events across Europe, strengthening collaborations and sharing new research on carbon cycling, greenhouse gases, atmospheric deposition and the response of headwater ecosystems to global change.