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Ecological-social-economic conditions Environmental measures

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Presentation on theme: "Ecological-social-economic conditions Environmental measures"— Presentation transcript:

1 Ecological-social-economic conditions Environmental measures
Gerald Oder (Szczecin) Lagoon Conceptual model Gerald: Ecological-social-economic conditions Landscape conditions Spatial planning Legal frameworks Local acceptance Water quality targets Effects on birds & fish Fisheries Tourism Bathing water quality Scenarios Number, location, size, depth, intensity, structure & combination of environmental measures Conceptual model Nutrients (N,P) Mussels Mussel farming Zooplankton Phytoplankton Cost-revenue model Nutrient loads Detritus N-Fixation Mussel harvest Environmental measures Mussel farming Macrophyte stocks Groin systems Oxygen Denitrification Nutrient removal Sediment Sediment resuspension Water transparency Cost-effectiveness Cost-benefit models Weather Currents Salinity Temperature Macrophytes/groins Society & Governance 3D Flow- & Ecosystem model Assessment Ecosystem Service evaluation & sustainability indicator analysis

2 Cost-revenue model - mussel farm
Cost-benefit (CBA) model Cost-revenue model - mussel farm Oder (Szczecin) Lagoon Economic conceptual model Macrophyte stocks Mussel farm Cost module Transport/distance Water depth Hydrodynamic Structure Locations Species Establishment & maintenance costs Effects on birds & fish Fisheries Nature protection Effects on birds Fish & fisheries Tourism Bathing water quality Nature protection Capital costs Maintenance Investment Harvesting/labour Laboratory analysis Gerald: General ESE scenarios Variables that link ecology & economy Specific economic scenarios Yield module Nutrition Water depth Hydrodynamic Groin sytems Mussel harvest Substrate Farm structure Growing period Care & handling N & P removal Water transparency ESE conceptual model Sales module Market capacity Transport costs Treatment/storage Fresh mussels Cost-effectiveness (CEA) model (of measures to reach pre-defined targets) Poultry & pig farm Fish aquaculture Pet food & Zoos Mussel farms Macrophyte stocks Groin sytems Combined measures River basin measures Mussel meal Compensation, subsidies & funding mechanisms Nutrition Fertilizer Mussel shells

3 Oder (Szczecin) Lagoon Social conceptual model
Mussel harvest Cost-benefit (CBA) model Oder (Szczecin) Lagoon Social conceptual model N & P removal Macrophyte stocks Mussel farm Water transparency Johanna: Groin sytems Variables that link ecology & economy Regional identification/Quality of life/Attractivity of the region Cross-border cooperation Fisheries Tourism Bathing water quality Regional/Local products and services Diversification of tourism/leisure opportunities Extension of tourism season Regional development Other uses Education & awareness Acceptability Spatial & use conflicts General ESE scenarios Water quality (macrophytes, tranparency) Ecological impacts (composition of fish species) Regional/Local products and services Diversification of business (jobs, income, second mainstay for fishermen) ESE conceptual model Regional development

4 release & accumulation
Oder (Szczecin) Lagoon Ecolocical conceptual model (alternatives) Gerald: Groin module 3D Flow-model (GETM) Ecosystem model (ERGOM) Active water depth General ESE scenarios M Nutrients (N,P) Sediment resuspension b Groins Zooplankton Phytoplankton Specific ecological scenarios Currents Salinity Detritus N-Fixation Macrophyte module Bottom roughness Temperature Oxygen Denitrification Controlling parameters: c Sediment Nutrients (N,P) Groins Active water depth Macrophytes Zooplankton Phytoplankton Mussel module Macrophytes Bottom roughness a Oxygen consumption Nutrient loads Detritus N-Fixation Discharge N & P Wind Oxygen Denitrification Mussel harvest Growth rate Mussels Filtration Sediment Water transparency Sinking Faeces/pseudo faeces release & accumulation Ecosystem model (ERGOM) Sediment resuspension Nutrient removal Weather Currents Salinity Groins Musselfarm Mb Temperature Mussels M 3D Flow-model (GETM) Mc Ma Processes: Faeces/pseudo faeces release & accumulation Macrophytes Growth rate Sinking Oxygen consumption Filtration

5 Oder (Szczecin) Lagoon Ecolocical conceptual model (alternative)
Gerald: General ESE scenarios Specific ecological scenarios Macrophyte stock or groins Yes No Mussel cultivation No Yes Conceptual model: Macrophytes & groin systems Conceptual model: Lagoon ecosystem Conceptual model: Mussel cultivation Nutrients (N,P) Nutrient removal Burial N-fixation Denitrification Nutrients (N,P) Nutrient removal Burial N-fixation Denitrification Nutrients (N,P) Nutrient removal Burial N-fixation Denitrification Mussel biomass Zooplankton Phytoplankton Zooplankton Phytoplankton Zooplankton Phytoplankton Nutrient loads Detritus N-Fixation Nutrient loads Detritus N-Fixation Nutrient loads Detritus N-Fixation Oxygen Denitrification Oxygen Denitrification Oxygen Denitrification Water transparency Water transparency Sediment Sediment Sediment Mussel harvest Sediment resuspension Sediment resuspension Sediment resuspension Water transparency Macrophytes Weather Currents Salinity Weather Currents Salinity Weather Currents Salinity Temperature Groins Temperature Temperature Mussels 3D Flow- & Ecosystem model 3D Flow- & Ecosystem model 3D Flow- & Ecosystem model Controlling parameters: Processes: Active water depth Bottom roughness Faeces/pseudo faeces release & accumulation Growth rate Sinking Oxygen consumption Filtration

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