DarkLaDy - Effects of browning on lake dynamics: Who wins and who loses?

The Dark LaDy consortium takes a holistic approach to advance our understanding of the complex impacts of browning. The consortium
investigates how browning affects species diversity, ecosystem functioning, and carbon transfer in lake food webs at an ecosystem scale.
water colour gradient
Gradient of water colour in DarkLaDy research lakes. Photo credit: Kristiina Vuorio
Project duration
-
Core fields of research
Basic natural phenomena and mathematical thinking
Research areas
JYU.Wisdom
Department
Department of Biological and Environmental Science
Co-operation
Finnish Environment Insitute, University of Helsinki
Faculty
Faculty of Mathematics and Science
Funding
Research Council of Finland

Project aims

Dark LaDy is a consortium project funded by the Research Council of Finland for 2025-2029 led by Syke, with Universities of Helsinki and Jyväskylä as partners. The project will link the quality of terrestrial dissolved organic matter (tDOM) and elemental loading to nutritional quality, biodiversity, functionality, overall biomass, as well as energy transfer and elemental cycles of aquatic food webs at ecosystem level. The top-down and bottom-up effects of browning are studied at different trophic levels combining biochemical and genetic analyses, stable isotopes, field and experimental studies and modelling. JYU research concentrates on studying ionomes (relative concentrations of all chemical elements in organisms), characterization of carbon quality, microbial production using fatty acid stable isotopes and water analyses.

Study plan for DarkLaDy
Study scheme of DarkLady. Figure credit: Satu Estlander

Publications

No results.

Project team