Eutrophication represents a global environmental pressure that necessitates international co-operation and the diffusion of information to avoid information asymmetries; the construction of an appropriate legislative framework; the development of monitoring technologies and scientific research to provide the evidence for policy intervention. The health condition of the Baltic and Black Seas has deteriorated over a long period due to increases in nutrient inputs from anthropogenic and non-anthropogenic sources. The current study aims at providing a review of the literature and defining the possible gaps concerning (1) the efforts toward a sustainable marine management in the Baltic and Black Seas; (2) the methodological issues in constructin...
This paper systematically reviews the literature on how to reduce nutrient emissions to the Baltic S...
This paper develops and applies a spatially explicit bioeconomic model to study transboundary nutrie...
This paper presents calculations of costs for measures reducing nitrogen and/or phosphorous loads to...
Eutrophication represents a global environmental pressure that necessitates international co-operati...
Socio-economic development in Europe has exerted increasing pressure on the marine environment. Eutr...
The governments around the Baltic Sea have agreed on a new set of targets for nutrient load reductio...
Socio-economic development in Europe has exerted increasing pressure on the marine environment. Eutr...
The Baltic Sea is considered the marine water body most severely affected by eutrophication within E...
The purpose of this article is to calculate cost-effective spatial and dynamic allocations of nutrie...
Ecological status of the Baltic Sea has been a topic of political debate for decades. Numerous progr...
This study investigates the economic consequences of the nutrient load reductions agreed in the 2013...
nutrient abatement agreement, such as the Baltic Sea Action Plan (BSAP), requires consistent underst...
Large overloads of nutrients are one of many stresses on coastal and marine ecosystems and there is ...
This summary report reviews the findings of BalticSTERN, an international research network conductin...
This paper systematically reviews the literature on how to reduce nutrient emissions to the Baltic S...
This paper develops and applies a spatially explicit bioeconomic model to study transboundary nutrie...
This paper presents calculations of costs for measures reducing nitrogen and/or phosphorous loads to...
Eutrophication represents a global environmental pressure that necessitates international co-operati...
Socio-economic development in Europe has exerted increasing pressure on the marine environment. Eutr...
The governments around the Baltic Sea have agreed on a new set of targets for nutrient load reductio...
Socio-economic development in Europe has exerted increasing pressure on the marine environment. Eutr...
The Baltic Sea is considered the marine water body most severely affected by eutrophication within E...
The purpose of this article is to calculate cost-effective spatial and dynamic allocations of nutrie...
Ecological status of the Baltic Sea has been a topic of political debate for decades. Numerous progr...
This study investigates the economic consequences of the nutrient load reductions agreed in the 2013...
nutrient abatement agreement, such as the Baltic Sea Action Plan (BSAP), requires consistent underst...
Large overloads of nutrients are one of many stresses on coastal and marine ecosystems and there is ...
This summary report reviews the findings of BalticSTERN, an international research network conductin...
This paper systematically reviews the literature on how to reduce nutrient emissions to the Baltic S...
This paper develops and applies a spatially explicit bioeconomic model to study transboundary nutrie...
This paper presents calculations of costs for measures reducing nitrogen and/or phosphorous loads to...