At SITES Svartberget Research Station, as spring returns, the traps for the European Spruce Bark Beetle (Ips typographus) have been again set around the Vindeln area. This is part of an ongoing research project that also has traps installed in other forested areas across Sweden, including SITES Asa Research Station.
This year Sara Karlsson started her new position as Station Manager at Svartberget. Welcome to the SITES Community!
Tell us about your background:
Are you interested in participating in a coordinated mesocosm experiment that investigates effects of terrestrial inputs of mineral particles on carbon and nutrient transformations, food web dynamics and metabolism across lakes?
From November 10–12, the SITES Secretariat, Station Managers, Thematic Program Leads, and representatives from all SITES stations gathered in Umeå for a three-day meeting dedicated to collaboration, knowledge sharing, and strategic planning.
The meeting opened with updates from the nine SITES research stations, highlighting ongoing projects, recent developments, and future plans across the stations.
Many Swedish lakes have become greener and browner over the past century, largely due to human activities such as land use change and modern forestry. These changes are likely to have major consequences for lake ecosystems, yet many questions remain unanswered. To help close this knowledge gap, Magnus Huss (SLU, Uppsala) and Karin Nilsson (SLU, Umeå) are investigating how forest fertilizers and dissolved organic matter (DOM) leaking from soils affect plankton communities in Swedish lakes.
As part of her PhD project at the Department of Forest Biomaterials and Technology at SLU, Linnea Larsson is leading innovative field trials to explore how wood ash, derived from forest residues, can be used more efficiently and sustainably in Swedish forestry. While wood ash is already returned to forests in southern Sweden to some extent, it holds potential for maintaining soil productivity after whole-tree harvesting and may enhance tree growth on certain sites.
At the Svartberget Research Station scientists are planning to launch one of the largest field experiments to evaluate the effect of climate change on the tree growth, carbon sequestration and biodiversity in the boreal forest. The experiment, which will include different types of water limitation (drought) and heating, will feature an unprecedented scale, instrumentation, and level of replication. Designed to run for more than a decade, the project will be funded by the Kempe Foundation and the KAW Wallenberg Initiatives of Forest Research (WIFORCE).
Are you interested in conducting mesocosm experiments on lakes? SITES AquaNet provides a standardized infrastructure for running mesocosm studies across various lakes. This system features floating platforms with mesocosm enclosures, automatic sensors linked to a data-logging system, and handheld sensors for precise measurements. In this video you can find more information about SITES AquaNet!
A heavy rainstorm, exceeding 91 millimeters of precipitation over just a few days, caused flooding of the SITES Water infrastructure at Röbäcksdalen near Umeå. After four days of rain, the storm surge from Degernäsbäcken and Röbäcken carved new routes across normally dry land.
The flooding damage at Röbäcksdalen was limited to two specific locations, site 1 and site 6: at site 1, the flooding caused temporary data loss from sensors; at site 6, one ring of a concrete water pipe tipped over, requiring work to retrieve it from the bottom of Röbäcken.
Busy September at Svartberget Research Station!
From 19th to 26th September, 30 PhD students from 7 countries arrive to Vindeln for the Watershed Ecology and Biogeochemistry course 2024. Over six intense days, students participated in presentations, poster discussions, and field visits, enhancing their understanding of key topics such as: