The degree to which N2-fixation compensates for reduced external nitrogen loading has significant implications for eutrophication recovery. We analyzed 45 years of monitoring data from the shallow, p....

IceLab supports researchers to launch and land new collaborative projects that cross disciplines by funding a shared multidisciplinary postdoctoral fellow. The fellowship programme is made possible by...

Analyses of the relationship between taxon richness and multi-trophic ecosystem functioning across marine, lake, stream and soil ecosystems show that food web complexity underlies biodiversity effects...

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Nitrogen isotope tree-ring chronologies show that rising atmospheric CO2 has reduced nitrogen availability in boreal forests in Sweden, suggesting that elevated atmospheric CO2 is causing oligotrophic...

Limiting resources are often unevenly distributed among competing consumers, as larger, more aggressive, fast growing, early emerging, or rapidly reproducing species disproportionately exploit food o...

We develop a data-driven approach to refine this global estimate by incorporating local data of 79,800 flux measurements from 198 sites, this novel approach links the global SMU budget to local SMU f....

Associate Senior Lecturer in Earth and Environmental Data Science At the Department of Earth Sciences, we

Abstract. The structure, function, and dynamics of Earth's terrestrial ecosystems are profoundly influenced by how often (frequency) and how long (duration) they are inundated with water. A diverse ar...

Shallow lakes have long been considered an example of alternative equilibria in ecological systems. Here, the authors combine empirical data and simulations to show that the relationship of shallow la...

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Gerard Rocher-Ros wants to understand the flow of carbon and nutrients to find solutions to climate change.

Diazotrophic cyanobacteria can overcome nitrogen (N)-limitation by fixing atmospheric N2; however, this comes with increased energetic, iron, molybdenum, and boron costs. Here, we examined the change...

Stream dissolved organic matter (DOM) is a globally important carbon flux and a locally important control on stream ecosystems, and therefore understanding controls on stream DOM fluxes and dynamics ...