economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
economy based ecological service of aquatic ecosystems
Video clip about project activities including demonstration on the prototype AS-S for harvesting cyanobacteria and macroalgae is already produced: Cli...
The 45th International Scientific and Technical Seminar “Chemistry for Agriculture” was held on November 21 – 24, 2021 in Karpacz. 2...
The seminar “Remote sensing in environmental studies: advantages and challenges” was held on 12 October 2021 in Nature Research Center. Re...
The project seeks to promote best practices in ecological service and the circular economics approach by implementing innovative complex system which has both demonstration and innovation character. The project will demonstrate the efficiency of constructed prototypes in harvesting of cyanobacteria scums and macroalgae mats, as the source of phosphorus, nitrogen and hazardous cyanotoxins, in various types of water bodies. Also, this project focuses on developing technologies to provide a reliable, cost-effective and sustainable supply of algal biomass as a feedstock source.
enrichment of aquatic ecosystems by organic substances and nutrients, particularly nitrogen and phosphorus.
as a result of eutrophication, uncontrollable growth of cyanobacteria and excessive accumulation of surface scums that have harmful effect on biotic communities and human health.
accumulations of filamentous algae creating large agglomerations on the bottom or floating on the water surface.
generation of added value bioproducts from algae biomass for economic, environmental and societal benefits.
The content of this page is the sole responsibility of the authors. The information reflect solely the views of their authors and can in no way be taken to reflect the views of the European Commission. The Commission cannot be held responsible for any use which may be made of the information contained therein.