Dataset Information

Valuation of ecotoxicological impacts from tributyltin based on a quantitative environmental assessment framework.

ABSTRACT: In the scientific literature, few valuations of biodiversity and ecosystem services following the impacts of toxicity are available, hampered by the lack of ecotoxicological documentation. Here, tributyltin is used to conduct a contingent valuation study as well as cost-benefit analysis (CBA) of measures for improving the environmental status in Swedish coastal waters of the Baltic Sea. Benefits considering different dimensions when assessing environmental status are highlighted and a quantitative environmental assessment framework based on available technology, ecological conditions, and economic valuation methodology is developed. Two scenarios are used in the valuation study: (a) achieving good environmental status by 2020 in accordance with EU legislation (USD 119 household(-1) year(-1)) and (b) achieving visible improvements by 2100 due to natural degradation (USD 108 household(-1) year(-1)) during 8 years. The later scenario was used to illustrate an application of the assessment framework. The CBA results indicate that both scenarios might generate a welfare improvement.

SUBMITTER: Noring M

PROVIDER: S-EPMC4709355 | biostudies-literature | 2016 Feb

REPOSITORIES: biostudies-literature

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Valuation of ecotoxicological impacts from tributyltin based on a quantitative environmental assessment framework.

Noring Maria M Håkansson Cecilia C Dahlgren Elin E

Ambio 20150716 1

In the scientific literature, few valuations of biodiversity and ecosystem services following the impacts of toxicity are available, hampered by the lack of ecotoxicological documentation. Here, tributyltin is used to conduct a contingent valuation study as well as cost-benefit analysis (CBA) of measures for improving the environmental status in Swedish coastal waters of the Baltic Sea. Benefits considering different dimensions when assessing environmental status are highlighted and a quantitati ...[more]

PMID: 26178630

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Dataset Information

Valuation of ecotoxicological impacts from tributyltin based on a quantitative environmental assessment framework.

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Valuation of ecotoxicological impacts from tributyltin based on a quantitative environmental assessment framework.

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