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[ID: 546] Greenhouse gas emissions from fertile organic soils in Northern Sweden - An overlooked hotspot?
PI: Järvi Järveoja
The project goal is to evaluate the climate impact of drained fertile peat soils in order to understand the potential of peatland rewetting for mitigating greenhouse gas emissions in boreal Sweden.
[ID: 545] PRESERVE: Protection and REStoration of peatland biodiversity and Ecosystem seRVicEs (Natura2000)
PI: Järvi Järveoja
The PRESERVE project aims to address the critical challenges of peatland degradation in the Aurora and sub-Arctic regions, with a focus on Natura 2000 areas in Finnish Lapland and Västerbotten, Sweden. By developing harmonized methods and innovative remote sensing tools, PRESERVE seeks to enhance the monitoring, restoration, and sustainable management of peatland ecosystems. The project integrates field observations, remote sensing data, and stakeholder input to provide scalable solutions that balance ecological health, social equity, and economic viability.
[ID: 544] FOREST Partnership
PI: Johannes Tiwari
European Partnership for FOrests, forestry, and the forest-based sector: REsearch and innovation for a Sustainable Transition (FOREST)
[ID: 543] Aquatic export monitoring at KRI sites
PI: Matthias Peichl
In this project we monitor the aquatic discharge at 5 weirs belonging to the three mires (Stortjärn, Hälsingfors-mire, Hålmyran) and the drained peatland forest (Hälsingfors-forest) within the Kulbäcksliden Research Infrastructure (KRI).
[ID: 542] PREWET
PI: Linnea Larsson
Effects of rewetting of peatlands on stream water quality. Maria Myrstener
[ID: 541] Comissioned drone flights, LNU
PI: Johan Fransson
Commissioned drone flights for Linköping University
[ID: 540] Flakaliden base measurements
PI: Linnea Larsson
Future Silviculture supports costs for maintaining Flakaliden study, which is unrelated with the coming drought experiments. This may include costs for fertilization, basic measurements, and barrprovtagning, etc.
[ID: 539] Test av mekaniska plantskydd. Norsk Wax 2026
PI: Stefan Eriksson
Test av mekaniska plantskydd mot snytbaggeskador. Anlagt på uppdrag av Norsk Wax 2026.
[ID: 538] Kronosekvenser i försöksparkerna
PI: Fredrik Sjödin
Forskning på biodiversitet i försöksparkerna på skogsbestånd i olika tidsskeden. Forskare Maja Sundqvist.
[ID: 537] LEAFPACE
PI: Linnea Larsson
Installation of visible and IR cameras on the 150m tower. Topic: develop a new optimality framework that account for tree processes as well as micrometeorology based on energy budget
[ID: 536] N+P fertilization for forest productivity and biodiversity
PI: Gwang-Jung Kim
Nitrogen (N) fertilization has been shown to increase biomass production by 25–50% in boreal forests. However, N fertilization in boreal forests often induces secondary nutrient limitation, especially of phosphorus (P). The resulting nutrient imbalance can cascade through the ecosystem, affecting tree growth, nutrient cycling, and plant and soil communities. Understanding how P additions modify the functioning of N-fertilized forests is therefore essential. The objective of the study is to evaluate how combined N and P fertilization affects tree growth, soil carbon stocks, soil fungal community, and understory vegetation diversity in Scots pine stands.