2010 BalticSea2020's large-scale coastal zone program started. The project is to test various measures designed to solve problems caused by eutrophication.
This project will examine and analyse the environmental effects of primer used on ships and provide a basis for recommendations on how it can be reduced.
Read more: Reduced environmental burden from shipping in the Baltic Sea
This project will investigate potential phosphorus-binding methods as a way of tackling eutrophication.
Read more: Phosphorus binding in shallow eutrophic bays – which substances work?
Are there any manure treatment methods that reduce the nitrogen and phosphorus leakage to the Baltic Sea? (Photo: Mattias Klum)
Read more: Intensive Pig Production Program (The IPP program)
The project aims to develop a manual as to how bladderwrack stocks can be restored in areas where seaweed has disappeared or diminished.
A compilation of knowledge on drainage at areas with different soil types
Read more: Knowledge Compilation: The role of ditches for phosphorus retention
Uppsala University will analyze phosphorus from agricultural and forest areas to sort out which of these contributes to eutrophication in Björnöfjärden and the Baltic Sea.
Read more: Evaluation of phosphorus that contributes to eutrophication
Is it possible to reduce nutrient leakage from animal farms by producing biogas?
Read more: Best Available Technologies for Pig Manure Biogas Plants in the Baltic Sea Region
Within the project Living coast BalticSea2020 together with The Swedish Water Ecologists will improve the vegetation area in the bay of Björnöfjärden.
Coastal ecosystems natural cleansing ability
Read more: Understanding the importance of coastal zone for restoration efforts in the Baltic Sea
The project aims to encourage farmers to take initiative to reduce nutrient runoff and improve water quality, based on their knowledge and experience.
Read more: Self evaluation concerning nutrients by farmers in Poland
Identifying the best technologies for manure handling
An innovative and technology independent measure that is considered to have great potential to reduce leaching of nutrients to the Baltic Sea.
What the mechanisms affect the burial of phosphorus in the Baltic Sea?
Within the program Living coast BalticSea2020 in cooperation with Värmdö municipality want to help property owners to improve their sewage systems, so that leakage of nutrients can reduce to the Björnöfjärden bay.
Phosphorus burial reduces the negative effects of eutrophication
Read more: Phosphorus dynamics in the Baltic Sea: quantifying the Bothnian Sea burial sink
This project started under the management of Swedish Anglers Association as part of the Living Coast program. The aim was to recreate wetland that will function as a breeding ground and nursery for pike, thus increasing the opportunity for good pike production.
Reduce phosphorus emissions in Poland
Measures to reduce nitrogen and phosphorus leakage to the Baltic Sea.
Read more: Demonstration plant for effective manure management
Is engineering the solution to poor oxygen conditions on the sea bed?
The aim of the Living Coast project is to show that it is possible to restore vulnerable inlet systems to clear water, natural fish communities and a well anoxic seabed.
Engineering methods tested in a modeling project
To find alternatives,this project will be examining whether reactive filter media, or sorbents, can be used as a new method for long-term fixing of phosphorus in the bottom sediment of the Baltic Sea.
Read more: Reactive sorbents for immobilization of phosphorus released from Baltic Sea sediments
Oxygenation of the deeper parts of the Baltic Sea would probably increase sediment burial of phosphorus in the long run
Read more: What controls sediment phosphorus burial in the Baltic Sea?
In a study forming part of this project, Sam Ekstrand from IVL Swedish Environmental Research Institute hopes to reduce the leaching of nutrients from fields around Säbyviken.
Read more: Sedimentation ponds with limestone filters and a wetland area
Is fertilisation of forests a threat to the Baltic Sea?
Actions come at a cost, and just how much they cost will be studied by the Living Coast project. This project will create an understanding of the benefits and consequences for individuals, authorities and society in general from the projekt Living Coast
Read more: Working for a living coast – what are the benefits to society?
Legislative mechanisms in the EU
What mechanisms affect the flows of nutrients in the water?
The impact of the EAFRD-programme
Could a mussel farm reduce eutrophication locally in the Baltic Sea?
Read more: Farming blue mussel as an environmental measure - final comments
A proposal for a BalticSTERN research programme
Read more: Integrated economic-ecological analysis of the Baltic Sea as a system
Knowledge about the smallest particles is a prerequisite to understand how everything works
To achieve an effective reduction of nutrients from shipping vessels, this project is intended to identify and describe the major sources of such emissions from them (photo: Folke Rydén Production).
Read more: Mapping of nutrient emissions into the Baltic Sea from shipping
Species of fish and birds suffer from vitamin B deficiency
Read more: Thiamine deficiency in mussels and eider in the Baltic Sea - cause studies
Could byproducts from the lime and concrete industry be used for permanent binding of phosphorus?
Read more: Permanent phosphorus binding in Baltic Sea bottom sediments
Reduce leakage of phosphorus by filtering the nutrient rich water from arable land
Read more: Ditch dams and filters to trap phosphorus in agriculture
Scientists at the Swedish University of Agricultural Sciences (SLU) will evaluate the importance of parasites in cod condition and survival.
One way of strengthening stocks is to construct so-called pike wetlands, but is this having any noticeable effect? Supported by BalticSea2020, this project will investigate whether pike wetlands are increasing stocks along the Baltic Sea coast.
Read more: Pike wetland – Do they have any importance for the Baltic Sea coastal area?
Is it possible to decrease the effects of eutrophication by a release of predatory fish in a sea area?
Read more: Mitigating eutrophication effects by use of bio-manipulation
BalticSea2020 is now launching a project to strengthen cod stocks, including a recommendation for a permanent ban on trawling for cod.
Read more: Save the Baltic Sea Cod – protect coastal fisheries
Network of stakeholders for a national consensus in fisheries issues
International project that will examine the growth of eastern Baltic Sea cod.
Abandoned or lost fishing gear, so called ghost nets, keep catching fish and mammals
After a successful outcome of the project “Wetland restoration for viable predatory fish stocks” with a focus on pike, The Swedish Anglers Association initiates a project on the coastal populations of perch.
Advocacy activities to make sure the management plan would be followed
In the project Cod in the Åland Sea, the Swedish University of Agricultural Sciences (SLU) will work on a genetic study to clarify whether the cod in the Åland Sea is different from other cod stocks in the Baltic Sea.
Learning from other marine areas and applying it to the Baltic Sea context
After a successful outcome of the project “Wetland restoration for viable predatory fish stocks” with a focus on pike, The Swedish Anglers Association initiates a project on the coastal populations of perch.
Analysis of the Baltic Sea Regional Advisory Council
Read more: Facilitating governance among Baltic Sea fisheries stakeholders
A project to develop sustainable cod fishing practices in the Baltic Sea, with the aim of improving the cod’s average size.
Read more: Towards length-optimised fishing in the Baltic Sea
Complete data of fish extractions
Read more: Total marine fisheries extractions by country in the Baltic Sea: 1950-present
During 2012, the EU decided on new fisheries legislation. BalticSea2020 is working intensively to contribute towards a sustainable common fisheries policy.
Recreation of an ecosystem dominated by large predatory fishes
In recent times, both the growth and the condition of cod have deteriorated. What are the risks of diminishing fish growth and how have the growthpatterns of various fish species looked like over time?
Read more: One hundred years of fish growth – a call from the archives
Individual states possibilities to develop the fisheries management
Read more: Achieving an ecosystem approach to fisheries management in the Baltic Sea
After successful results of the pilot project carried out by WWF Poland with the support of Baltic Sea 2020 in 2011, collecting ghost nets in the Baltic Sea continues.
Workshop on the ecological effects of fish and fisheries
See our interviews with people from several Baltic Sea countries and hear their opinions about the CFP Reform.
Read more: Voices from the Baltic Sea talk about the CFP regulation
Workshop on the potential to combat eutrophication through management of fish stocks and fisheries
Certified fish is making it easier for consumers to buy sustainbly
Read more: The establishment of a Marine Stewardship Council in the Baltic region
A workshop on how to increase sustainability
Read more: Resource management in the Baltic Sea – an international workshop
The certification of fish and fish can easily show consumers which fish that are legally caught, of sustainable and well-managed stocks. Now MSC has developed its activity around the Baltic Sea with focus on Poland.
Read more: The establishment of a Marine Stewardship Council in the Baltic region II
Advocacy activities to reach sustainable fishery management
Is it possible to strengthen the predatory fish stocks by restoring their reproduction areas?
Read more: Wetland restoration for viable predatory fish stocks
Scientists at the Swedish University of Agricultural Sciences (SLU) will evaluate the importance of parasites in cod condition and survival.
One way of strengthening stocks is to construct so-called pike wetlands, but is this having any noticeable effect? Supported by BalticSea2020, this project will investigate whether pike wetlands are increasing stocks along the Baltic Sea coast.
Read more: Pike wetland – Do they have any importance for the Baltic Sea coastal area?
International project that will examine the growth of eastern Baltic Sea cod.
BalticSea2020 is now launching a project to strengthen cod stocks, including a recommendation for a permanent ban on trawling for cod.
Read more: Save the Baltic Sea Cod – protect coastal fisheries
After a successful outcome of the project “Wetland restoration for viable predatory fish stocks” with a focus on pike, The Swedish Anglers Association initiates a project on the coastal populations of perch.
BalticSea2020 and Skansen have decided to build a unique information centre about the Baltic Sea.
Baltic Eye at Stockholm University's Baltic Sea Centre will provide decision makers with the knowledge about the Baltic Sea they need.
The filmmaker and freelance journalist Folke Rydén and the photographer Mattias Klum are working on a ten year media project
Read more: The Baltic Sea Media Project - an enlightening project
Ghost nets continue catching fish to no one's gain
Create awareness about cod fishery amoung young people around the Baltic Sea
Read more: Cod fishing in the Baltic Sea - a textbook example of (un) sustainable development
The Baltic Sea Waste Campaign (BSWC) was a roadshow visiting ten locations around the Baltic in 2012 to draw attention to marine waste and environmental issues.
Ghost nets continue catching fish to no one's gain
Fish Fight - the campaign for a discard ban
Is it possible to decrease the illegal fishery by increasing the public knowledge of its impact?
Read more: Increasing knowledge of illegal fishing and its impact on the Baltic Sea
The environmental interest among boaters seem to be on the rise
Read more: Båtmiljö.se - for environmentally friendly boating