This study addresses the effectiveness of nutrient load reduction by SWAT model application in three case study catchments draining to the Baltic Sea.
This systematic map report provides an evidence base that can be useful for researchers and decision-makers in policy and practice working on transformation from linear to circular economy in the agricultural waste sector.
This study highlights knowledge gaps and proposes recommendations for policy and research related to the circular economy of phosphorus…
This study demonstrates that more attention should be paid to the calibration data as a source of uncertainty in model predictions in boreal catchments such as river Vantaanjoki in Finland.
The publication is a detailed peer-reviewed methodological plan for the systematic review on effectiveness of technologies for nitrogen and phosphorus recovery from different waste streams.
Rigorous syntheses of qualitative research related to the human dimensions of conservation and environment can help develop understanding and inform decision-making.
Pollution of the Baltic Sea continues to be a problem. The biggest terrestrial sources of nutrient emissions to the Baltic Sea are agriculture and wastewater. BONUS RETURN is currently conducting two systematic maps to collate and describe evidence on eco-technologies that are available to help recover phosphorus, nitrogen and carbon from wastewater and agriculture.
Pollution of the Baltic Sea continues to be a problem. The biggest terrestrial sources of nutrient emissions to the Baltic Sea are agriculture and wastewater. BONUS RETURN is currently conducting two systematic maps to collate and describe evidence on eco-technologies that are available to help recover phosphorus, nitrogen and carbon from wastewater and agriculture.
The term ‘ecotechnology’ has been used since the early 1970s to describe combinations of practices relating to the environment and technological intervention. Despite its common usage, there seems to be little consensus on its practical meaning.
