Selected publications

The authors developed a new method of satellite data processing for lake ice determination and applied it to investigation of ice regime on Chinese lakes. The method allowed to obtain estimates of the climate driven trends in ice phenology including the duration of transitional periods of partial ice coverage.

The authors compiled global economic cost data of invasive species from non-English sources. A large number of costs were added for new invasive species and new countries. As a result, global cost estimates of invasions increased by 16.6% (US$ 214 billion). Multi-language collaborations are necessary to enrich scientific knowledge, to enhance data completeness and reduce knowledge gaps.

The authors present the skyglow illumination system for IGB’s LakeLab, a large-scale enclosure research facility in Lake Stechlin. This is the first experimental setup to mimic skyglow realistically at ecosystem scale. Light propagation was modeled using photonics tools, a method adaptable to other outdoor and indoor experiments, urgently needed to understand the impact of skyglow on ecosystems.

The new global biodiversity framework (GBF) must drive action to reverse the decline of biodiversity. However, the draft goals and targets fail to set out these clear outcomes. The authors propose modifications that would help to reveal the specific contribution of each action and provide clarity on whether the achievement of action targets would be adequate to achieve the outcome goals.

The authors have tightened up the definitions of aquaponics and created a calculation model for resource use. They argue that the coupling of internal flows, for example of water, nutrients and energy, must be evaluated. After all, it is the cycle idea that ultimately makes aquaponics sustainable.

The authors combined current literature with three novel case studies – one of them Lake Stechlin -  to develop the Lake Ice Continuum Concept to understand how key aspects of the physical, chemical, and ecological structure and function of lakes vary along a continuum of energy inputs mediated by winter climate. This framework is useful for predicting how lakes respond to climate change.

The authors examined different facets of β-diversity of stream benthic algae in northeastern China. They found that local environmental and spatial factors are more important than geo-climatic variables in structuring taxonomically and trait-based β-diversity of benthic algae.

The study shows: if all the proposed dams were built, 19 percent of free-flowing rivers that are longer than 500 km and inhabited by freshwater megafauna will lose their free-flowing status. The study also finds that freshwater megafauna diversity is higher in future fragmented free-flowing rivers than in rivers that would remain free-flowing in the future or that are already fragmented.