Not just one or two but three events on maritime spatial planning (MSP) were combined in the “Global meets regional” Maritime Spatial Planning Forum in Riga between 19 and 21 November, showing the importance that MSP is gaining in the Baltic Sea region.
The event that attracted 300 participants from over 40 countries was a grouping of the 4th International MSP Forum, the 3rd Baltic MSP Forum, and the final conference of the Pan Baltic Scope project. It focussed heavily on the ecosystem approach as well as transboundary planning between countries and frameworks.
“By promoting the ecosystem approach, [we] add the human dimension to the ecosystem, both in terms of the benefits we derive from the sea, and regarding the pressures our activities exert on the marine environment,” he said.
According to Strempel, the forum also impressively demonstrated “the broad range of disciplines and topics of relevance to and affected by MSP.” Indeed, legal issues, environmental impacts, economic and social dimensions, green infrastructure, and ecosystem services all prominently featured on the forum’s agenda, confirming the complexities and the multidisciplinary nature of MSP.
The forum furthermore served as the final conference of the EU-funded Pan Baltic Scope project on advancing MSP in the Baltic Sea region and where HELCOM led the work on economic and social analyses, and cumulative impacts.
In the project, HELCOM also collaborated on a data sharing activity to support regional cooperation and transboundary coherence in MSP. At the forum, HELCOM presented BASEMAPS, a web-based tool showing decentralized MSP data through open standard services.
“With BASEMAPS, planners can finally access a catalogue of transnational MSP data published by official data providers,” said Joni Kaitaranta, HELCOM’s data manager. The tool seeks to facilitate the development of coherent plans across the Baltic Sea region.
BASEMAPS is the result of both the Baltic LINes and Pan Baltic Scope projects, with the first focussing on input data – the data needed to produce the plans –, and the second on output data, showing national MSP plans in a harmonized way following HELCOM-VASAB guidelines on transboundary MSP output data structure in the Baltic Sea to support cross-border coherence of plans.
And who said three: in a MSP-dominated week, the forum took place back to back with an EU MSP expert meeting on Monday, 18 November and the Capacity4MSP project partner meeting on Friday, 22 November – bumping up the count to an actual five MSP events in Riga.
Smarter use of nutrients in agriculture will be key to curb eutrophication in the Baltic Sea, as was emphasized during the last meeting of the HELCOM Group on Sustainable Agricultural Practices (HELCOM Agri) that took place in Berlin, Germany from 5 to 6 November 2019.
Consisting of representatives from environmental and agricultural stakeholders such as national authorities, industry associations and NGOs, the HELCOM Agri group primarily aims at reducing the nutrient inputs from agriculture to the Baltic. Excessive nutrient concentrations in the sea remain the lead cause for eutrophication and toxic algal blooms.
Growing ammonia emissions, regularly reported by the European Monitoring and Evaluation Programme (EMEP), and their subsequent deposition of nitrogen in the Baltic Sea are of particular scrutiny to the group as agriculture is the main source of emission of this gas.
The group compiled information on measures to reduce ammonia emissions which can be applied in agricultural practices, revealing that only a few of them have been implemented in almost all Baltic Sea countries.
“Ammonia emissions could be reduced through improved management of manure and better agricultural practices such as covering manure storage facilities, as well as injection and fast incorporation of manure to soils,” said Susanna Kaasinen, the project manager handling agriculture at HELCOM.
The group agreed that the currently valid HELCOM Recommendation on reduction of ammonia emissions is outdated, does not reflect modern state of scientific knowledge and is to be revised.
The group is also promoting smart nutrient management in the HELCOM countries by developing the Baltic Sea Regional Nutrient Recycling Strategy with the aim to close nutrient loops, return these valuable components to the food production and minimize their losses to the aquatic environment.
To advance smart nutrient management – one of the pillars of sustainable agriculture – the group has drafted HELCOM Recommendation on the use of national manure standards.
In Berlin, the Agri group also elected its new Chair, Ms Sari Luostarinen, a senior research scientist at the Natural Resources Institute Finland (Luke).
As maritime spatial planning is sharpening up in Baltic Sea region, planners and policy makers advanced on environmentally-friendly management of human sea-based activities during the last HELCOM-VASAB meeting held in St Petersburg, Russia from 28 to 29 October 2019.
“The HELCOM-VASAB Working Group is a unique platform for developing ecosystem-based management, pooling the efforts of both planners and environmentalists for better maritime spatial planning (MSP) in the Baltic Sea region,” said Dmitry Frank-Kamenetsky who oversees MSP at HELCOM.
In MSP, ecosystem-based management, or the ecosystem approach, aims at linking the conservation of marine resources with an integrated management of different human maritime activities. This approach helps to reduce the cumulative impacts on the environment caused by multiple human activities.
In St Petersburg, ecosystem-based management was a central topic as reflected by the meeting outcome, along the exchange on the state of national maritime spatial plans.
All Baltic Sea countries are currently developing maritime spatial plans or looking into the matter, with the majority already having adopted their plans and some even embarking on their revision.
As laid out in its roadmap for MSP, HELCOM-VASAB promotes the coordination between national MSP efforts to avoid incompatibilities of plans between countries within the Baltic Sea region.
MSP is also expected to feature more prominently in the update of the Baltic Sea Action Plan (BSAP), HELCOM’s strategic programme of actions to reach a good environmental status of the Baltic Sea and that is due to be updated by 2021. When the initial BSAP was adopted in 2007, there weren’t many concrete MSP activities in the region yet. At HELCOM-VASAB, it was therefore agreed that MSP finds its rightful place in the updated BSAP.
“In the Baltic Sea area, most MSP activities came to life because of the commitments made under the BSAP. Now that the region has advanced on MSP, we can see its full potential for helping us to reach our environmental goals for our sea,” said Frank-Kamenetsky.
Presented by Pan Baltic Scope during the meeting, the concept of green infrastructure (GI) showed possible ways on how to integrate MSP in the update of the BSAP. By mapping habitats and biotopes that provide essential ecosystem services, green infrastructure is an attempt to effectively link biodiversity to spatial planning.
Green infrastructure is a network of natural or semi-natural ecosystems that offer valuable services. They provide natural resources – think clean air, water and food –, regulate the environment and climate, as well as add a cultural and social value, for instance through recreational opportunities.
The HELCOM-VASAB Working Group was established in 2010 to ensure cooperation among the Baltic Sea Region countries for coherent regional maritime spatial planning processes in the Baltic Sea.
Polaris is an impressive vessel. Built in 2016, she is the most recent addition to the sizeable fleet of ice breakers based a mere ten-minute walk away from the HELCOM Secretariat in Helsinki. But does the fact that Finland maintains a fleet of heavy-duty ships to break the sea ice in her waters mean that climate change has not reached the Baltic Sea? Unfortunately not. In fact, this region is warming faster than Earth as a whole, and the sea ice cover has decreased dramatically since the middle of the 20th century. And there is more to come. Over the next 100 years, precipitation is expected to increase, but the snow season will likely become shorter and the sea ice cover could decline even further. Other effects of climate change in the Baltic Sea could include higher air and water temperatures, lower salinity, decreased oxygen levels and shifts in habitats and species distribution.
In other words, climate change is adding more pressure to a fragile ecosystem already affected by a wide variety of anthropogenic impacts, such as eutrophication, pollution, overfishing and habitat loss. But HELCOM is working to tackle this issue. A priority of the current Finnish presidency of HELCOM, climate change has long been on the agenda of our organization. Since 2007, HELCOM Ministerial Meetings have stressed that climate change will impact on the region’s marine environment and should therefore be reflected in HELCOM policies. In 2007, HELCOM published its first thematic assessment of climate change, jointly with BALTEX. More recently, in the Declaration of the Ministerial Meeting held in Brussels, Belgium in 2018, HELCOM Ministers not only reiterated their concern about the impacts of climate change but also stressed “the need for research and adaptive management to strengthen the resilience of the Baltic Sea in the face of climate change impacts”. They also agreed “to increase HELCOM’s preparedness to respond to climate change impacts, by taking foreseen climate change impacts into account when updating the Baltic Sea Action Plan and by exploring the needs and possibilities to further adapt HELCOM’s policies and recommendations 1) in line with existing objectives of protection of the marine environment and sustainable use of marine resources, also under the changing climate, and 2) to maximise the capacity of the Baltic Sea ecosystem to contribute to mitigation of climate change through blue carbon storage.”
In plain language: The Contracting Parties to HELCOM share the view that the ultimate aim of HELCOM’s work on climate change should be increased resilience of the Baltic Sea system to the impacts of climate change and that a long-term, multidisciplinary approach to understanding and communicating its implications for the region’s marine and coastal environment is needed. We are therefore working to establish HELCOM as a regional platform for policy-science dialogue on climate change, to provide robust, policy-relevant and research-based knowledge on the state, impacts and vulnerabilities of the Baltic Sea with respect to climate change and we are reviewing our policies with a view to promoting climate change adaptation.
While HELCOM’s various Expert Groups and networks already strive to take account of climate change, HELCOM has now taken the topic to the next level by establishing a dedicated Network on Climate Change (EN-CLIME), jointly with Baltic Earth, a focal point for technical marine climate change information and expertise in the region. Working in the context of our State and Conservation Working Group and consisting of experts from both organizations, EN-CLIME cooperates closely with both other HELCOM Groups and networks and external partners. One of EN-CLIME’s deliverables will be a climate change fact sheet. As a science driven exercise, the fact sheet is intended to offer policy makers a concise and easily accessible resource providing a consensus view by the region’s experts regarding relevant abiotic and biotic parameters, thus helping to bridge the science-policy gap. The fact sheet will then continually be updated to reflect advances in science and understanding of climate change as it relates to our region. Based on the best available science, we will also broaden the scope of the Baltic Sea Action Plan, HELCOM’s ambitious program of action for a healthier Baltic Sea, to encompass climate change when updating the plan for the post-2021 period.
Whether Polaris and her fellow icebreakers will still be needed 50 or 100 years from now is difficult to predict. But as we gain a better understanding of the dynamics and implications of climate change for the Baltic Sea, a clearer picture will emerge of what needs to be done to ensure a sustainable and liveable future for the Sea that defines our region and for the region as a whole.
Marine litter, underwater noise and chemical contamination of the marine environment were prominently featured on the agenda of the PRESSURE 11-2019 meeting held in Brussels from 22 to 25 October. The meeting was further complemented by two workshops on hazardous substances and marine litter.
“Marine litter is posing a threat to the Baltic Sea’s biodiversity, so it needs to be solved rapidly,” said Dmitry Frank-Kamenetsky, adding that the issue is being successfully addressed through the implementation of the HELCOM Regional Action Plan on Marine Litter.
In Brussels, progress in the implementation of the plan was particularly acknowledged, and further steps were outlined to deal with derelict fishing gear, to improve stormwater management – crucial in addressing microplastics – and to address expanded polystyrene, one of the top litter items found on the entire Baltic Sea coast.
“Since rivers are significant pathways bringing litter and all sorts of substances to the sea, we also need to look upstream and beyond our shores,” said Frank-Kamenetsky, echoing the common view that further cooperation with river basin management authorities needs to be strengthened to address the marine litter issue.
Furthermore, a new draft of the action plan to mitigate manmade underwater noise was presented at PRESSURE 11-2019. “Although the document is still in a drafting phase, it is a first step in the HELCOM process that may eventually lead to concrete measures to ease the effects of man-made sound and noise on aquatic wildlife,” said Frank-Kamenetsky.
Marine mammals and certain type of fish are particularly affected by underwater noise since they rely heavily on hearing throughout their entire life, such as for geolocation, communicating, feeding or mating.
Chemical contamination of the marine environment was another of the key environmental pressures emphasized at PRESSURE 11-2019, highlighting the vast variety of chemicals currently used in industries and households. New products are continuously flooding the markets, and their effects on the marine environment aren’t always clear.
At the meeting, the HELCOM members therefore welcomed the progress on a knowledge base on micropollutants including pharmaceuticals currently in development, and concluded that the HELCOM framework on hazardous substances might require a significant revision to be able to respond to threats posed by these new chemicals.
Moreover, a new assessment of the input of nutrients to the Baltic sea was presented at PRESSURE 11-2019, illustrating the substantial reduction of nutrient inputs since the reference period. The assessment shows that inputs of nitrogen and phosphorus to the Baltic Sea were reduced by 14 and 24 percent respectively since early 2000.
The highest nitrogen input reduction in this period was observed in the Danish Straits (24 percent) and Kattegat (21 percent), while the highest reduction of phosphorus load was noted in the Gulf of Finland (51 percent) and Baltic Proper (22 percent).
The reduction indicates the joint effort of all HELCOM countries to reduce input of nutrients and commitment to abate eutrophication – the major threat for the Baltic Sea. But the assessment shows that the nutrient input targets for the whole Baltic Sea have not yet achieved.
PRESSURE 11-2019, the “11th Meeting of the Working Group on Reduction of Pressures from the Baltic Sea Catchment Area (HELCOM Pressure Group),” was hosted by the European Commission in Brussels.
The HELCOM Pressure Group seeks to provide the necessary technical background to the work on inputs of nutrients and hazardous substances from both diffuse and point sources on land, including follow-up of the implementation of the HELCOM nutrient reduction scheme. It currently also works on emerging challenges such as underwater noise and plastic pollution.
Q: Climate change and the Baltic Sea: what are the facts and trends, what do we know?
Markus Meier (MM): According to the conclusions of the BACC II Author Team (2015), water temperatures of the Baltic Sea have been increasing during the past 100 years and are projected to further increase during the 21st century. According to recent future scenario simulations, ensemble mean changes in sea surface temperature averaged over the Baltic Sea between 1978-2007 and 2069-2098 range between 1.8 and 3.1°C depending on the underlying greenhouse gas emission scenario. Correspondingly, the annual maximum sea-ice extent has significantly declined during the past decades and will further decline in the future. Projections suggest that at the end of the century the Bothnian Sea and large areas of the Gulf of Finland and Gulf of Riga will become ice-free during normal winters. Past salt water inflows and observed salinities in the Baltic Sea do not show statistically significant trends but large multi-decadal variations on the time scale of about 30 years. According to the BACC II Author Team (2015), it is still unclear whether Baltic Sea salinity will increase or decrease as climate models have severe biases with regard to the freshwater balance. Since the beginning of Baltic tide gauge measurements in 1886, the mean sea level in the Baltic Sea has increased by more than 0.2 m and, for the 21st century, an accelerated sea-level rise is projected. However, the projections are highly uncertain and in the northern Baltic Sea glacial isostatic adjustment may counteract also the accelerated sea-level rise in the future.
Q: What are the implications on biodiversity?
MM: Changing temperature and salinity in future climate may have large impacts on species distributions and food web interactions. According to the BACC II Author Team (2015), species distributions and biodiversity of the Baltic Sea are particularly sensitive to changes in salinity due to the large salinity gradients and due to the fact that salinities of large areas are in a critical range of approximately 5 to 7 g kg-1. In this range, the numbers of both freshwater and marine species are at their minima. Hence, any systematic changes in salinity would considerably affect the habitats of marine and freshwater ecosystems. Further, the projected increase in water temperatures would enable the invasions of warm water species which have already been observed, but also the decline of other species. An example for the latter might be the potentially vulnerable, ice-breeding Baltic ringed seal (Phoca hispida botnica). Climate change might be a major threat to all southern populations in the Archipelago Sea, Gulf of Finland and Gulf of Riga and only the fairly good winter sea-ice habitat in the Bothnian Bay might guarantee the survival of the northern populations.
Q: What needs to be done, both short and long term?
MM: Today, the largest environmental threat of the Baltic Sea as a whole might probably be anthropogenic eutrophication. Hypoxic sea bottoms in the Baltic without higher forms of life have today approximately the size of the Republic of Ireland. According to the BACC II Author Team (2015), climate change is likely to exacerbate eutrophication effects in the Baltic Sea because of (1) increased external nutrient loads due to increased runoff, (2) reduced oxygen flux from the atmosphere to the ocean and (3) intensified internal nutrient cycling due to increased water temperatures. Hence, nutrient load abatement strategies as already agreed within the Baltic Sea Action Plan (BSAP) should rigorously be implemented. With the help of large coupled environment-climate model ensembles that allow us to estimate uncertainties, management questions can today successfully be addressed. Despite the large spread in future projections, the realization of the BSAP will lead to a significant improvement of the environmental status of the Baltic Sea. This result is independent of the applied climate model or the greenhouse gas emission scenario. Assuming an optimistic scenario with perfect implementation of the BSAP, projections suggest that the achievement of a Good Environmental Status will take at least a few more decades. To assess the status of the Baltic Sea environment and its changes and to further improve and evaluate Baltic Sea models, coordinated long-term measurement programs are indispensable.
About climate change assessments within Baltic Earth
Within the Baltic Earth programme, regular assessments of our knowledge about climate change in the Baltic Sea region are performed in order to synthesize scientifically legitimate literature. So far, two comprehensive books have been published (BACC Author Team, 2008 and BACC II Author Team, 2015) and, currently, a third assessment is underway. These sources of condensed information on climate change have previously been used by HELCOM for own climate reports and will also be used for the fact sheet on climate change that is currently under development by experts from HELCOM and Baltic Earth networks (EN CLIME).
References
BACC Author Team (2008). Assessment of climate change for the Baltic Sea basin. Regional Climate Studies, Springer, Berlin Heidelberg, 474 pp. https://doi.org/10.1007/978-3-540-72786-6.
BACC II Author Team (2015). Second assessment of climate change for the Baltic Sea Basin. Regional Climate Studies. Cham: Springer. https://doi.org/10.1007/978-3-319-16006-1.
Jannica Haldin: The Special Report on the Ocean and Cryosphere in a Changing Climate (SROCC) assesses the latest scientific knowledge about the impacts of climate change on ocean, coastal, polar and mountain ecosystems, as well as on us humans who depend on them. It is a mirror, with which we can look back to see what has changed from past to present. However, it also lets us look into the future, projecting what changes we can expect in the sea, depending on the amount of greenhouse gases we continue producing.
When looking at what has already changed, we can see that the rate of ocean warming – the sea taking in and storing heat – has more than doubled, as has global mean sea level rise. In fact, to date, the ocean has taken up more than 90 percent of the excess heat in the climate system. It is also clear that over the last decades, global warming has led to mass loss of ice sheets and glaciers, reductions in snow cover, and Arctic sea ice extent and thickness. In response to ocean warming, sea ice and biogeochemical changes such as oxygen loss, marine species have undergone shifts in geographical range and seasonal activities. This has already resulted in changes in species composition, abundance and biomass production of ecosystems and altered interactions between species, causing cascading impacts on ecosystem structure and functioning.
But the report also looks forward, up to 80 years into the future. Our future ocean is projected to transition to unprecedented conditions, a combination of increased temperatures, greater upper ocean stratification, further acidification, oxygen decline, and altered net primary production – for instance linked to algal blooms – as well as reduced sea ice extent. As a consequence, over the 21st century, we can expect a further decrease in global biomass of marine animal communities and in their production, a shift in species composition, and a decline in fisheries catch potential. In turn, this is projected to affect income, livelihoods, and food security. Projected ecosystem responses include further losses of species habitat and diversity, and degradation of ecosystem functions.
The SROCC report also makes clear that impacts of climate change are already a reality, and when the pressures exerted by climate change are combined with pressures stemming from other human activities, the latter have the potential to intensify the warming-induced ecosystem impacts. The capacity of organisms and ecosystems to adjust and adapt to change is better the lower the total pressure on the system is. This means that the sea has a better chance to handle the changes under lower emissions but it also means that we need to work to manage other human activities to limit their negative effects, to give the ecosystem a fighting chance.
HOW DOES THAT RELATE TO THE BALTIC SEA?
Although the report looks at the global situation, it is highly relevant for our own sea. The Baltic Sea is a shallow, Northern sea, partially covered by sea ice and with a high coast to sea ratio. If they changes outlined in the report come to pass, they will impact a significant proportion of the approximately 85 million people living in the catchment. The report directly states that the effects of warming will be more pronounced on high latitudes and for temperate shallow estuaries with limited exchange with the open ocean, of which the Baltic is used as prime example. This translates into that the changes outlined globally will occur faster and with more impact here than in other places.
In addition to the changes which affect larger areas, the report outlines some changes where Baltic Sea specific information is available. This includes increased risk of water-borne disease in the Baltic Sea, with a nearly two-fold predicted increase in suitable conditions for Vibrio bacteria which can cause cholera. Wave height in the Baltic is also predicted to increase, and extreme sea level projections show a rise of up to 0.35 m towards the end of the century along the Baltic Sea coast. Long-term loss and degradation of marine ecosystems compromise the sea’s role in cultural, recreational, and intrinsic values important for our identity and well-being.
WHAT IS HELCOM DOING ABOUT CLIMATE CHANGE?
Overall, HELCOM aims at strengthening the sea’s resilience and own coping mechanisms, by improving the capacity of the Baltic Sea’s ecosystem to recover from stress and disturbance resulting from climate change impacts. HELCOM is a regional environmental policy maker, working on developing common environmental objectives and actions for the whole region, as well as providing information about the state of and trends in the marine environment. Both the objectives and the trend information can then form the basis for decision-making in the Baltic Sea countries and in other international fora. HELCOM strives to make climate change increasingly visible in marine policy making, as well as incorporate it into the day to day work of the Commission.
In practice, climate change work within HELCOM is focusing on understanding and communicating what climate change means for the marine and coastal environment. Climate change has a multitude of effects so it needs to be approached in that way, not from one single topic, but from every angle of possible importance to the sea.
To compile the available climate change information, HELCOM, together with Baltic Earth, earlier this year established a Joint Climate Change expert network (EN CLIME), currently consisting of over 60 experts from the entire region. Right now, EN CLIME is working on a Baltic Sea climate change fact sheet, to make sure that decision makers have the latest science on climate change and its impacts. Similarly to the IPCC report, the fact sheet will provide key messages on what has already happened and what we can expect in the future. However, the fact sheet will look specifically at our own region, covering a large number of topics, from how much it might rain, to what we can expect for seabirds, to possible impacts on maritime traffic.
What the IPCC report did on a global scale, the fact sheet will do at the regional level – empowering decision makers to tackle the transition facing the region and help underpin timely, ambitious and coordinated action. The statement from the IPCC report is as valid for the Baltic Sea as it is globally:
“The more decisively and earlier we act, the more able we will be to address unavoidable changes, manage risks, improve our lives and achieve sustainability for ecosystems and people – today and in the future.”
The BSAP is scheduled to be updated in 2021 and currently contains a set of objectives on maritime activities under the main goal of achieving “Environmentally friendly maritime activities.”
On the sea-based objectives, actions are expected to also touch upon activities beyond shipping such as loss and disturbance of the seabed, fisheries and dredging. Pressing issues such as non-indigenous species, underwater noise, wastewater management and emissions from ships are also expected to prominently feature in the update.
To better accompany the BSAP’s update process, MARITIME 19-2019 agreed to set up a Correspondence Group that will begin its work in the course of autumn 2019. The group will reflect on existing actions and review proposals on new actions for the BSAP.
In addition to the BSAP, issues pertaining to ballast water and biofouling, emissions, waste, port reception facilities (PRF), and accidents were also discussed in Lisbon.
Furthermore, Maja Markovčić Kostelac, Executive Director of the European Maritime Safety Agency (EMSA), who opened the meeting, emphasized the longstanding cooperation between EMSA and HELCOM, particularly highlighting the planned use of EMCIP data in the annual HELCOM reports on ship accidents in the Baltic Sea.
Anna Petersson, Sweden, who stepped down as Chair of the HELCOM Maritime Group, was thanked for her long-term dedication and excellent guidance from 2014 to 2019. She is followed by Susanne Heitmüller, Germany, who was elected along with the re-election of Vice-Chairs Natalia Kutaeva, Russia and Jorma Kämäräinen, Finland.
To improve cooperation and transboundary management between marine protected areas in the Baltic Sea, HELCOM organised its Second Marine Protected Areas Management Workshop in Vaasa, Finland from 9 to 12 September 2019.
“Species do not care about lines on a map,” said Jannica Haldin, the HELCOM Professional Secretary handling biodiversity, adding that marine protected areas (MPAs) are part of larger ecosystems that may include other MPAs, hence the need for a concerted regional approach to their management.
What’s more, there are currently several types of MPAs in the Baltic Sea, such as areas protected under national legislation, the EU’s Natura 2000 areas, and HELCOM MPAs. Overlaps between these areas – and legislations – are often significant.
Despite the fact that the combined area of all MPAs covers large parts of the Baltic, there is still insufficient assessment of how effective their management is. According to the MPA managers themselves, there is a lack of overview on methods, best practices and guidelines best suited for the region.
“In HELCOM, we have seen that MPA managers face identical challenges, no matter what part of the Baltic they are from,” said Haldin. “We therefore wanted to bring them together to share their experiences and find ways to improve cross-border work and to better navigate between the overlapping frameworks they may be working in.”
In placing the main focus on stakeholder interaction in marine conservation, a key topic identified during the first MPA management workshop held in 2018, the Vaasa event provided a platform for the managers to exchange views on common approaches, and to improve transboundary cooperation.
HELCOM already established the region’s first MPA Management Network (EN MPA MANET) earlier this year. One major aim of the network has been to link the different national and regional frameworks and international commitments such as the Aichi Biodiversity Targets, to ensure that the different obligations are well understood.
The workshop in Vaasa, co-financed by the EU Biogeographical Process and hosted by Parks and Wildlife Finland, was the first official meeting of the EN MPA MANET network and was held in Kvarken, or the Quark – a HELCOM MPA, Natura 2000 site and UNESCO World Natural Heritage Site.
Currently, 177 sites are listed in the HELCOM MPA database. Since the designation of the first HELCOM MPAs in 1994, there has been a substantial increase in the coverage of MPAs, from 3.9 percent of the Baltic Sea area in 2004 to 13.5 percent today.
Targeted towards farmers and agricultural advisory organisations, the How to make the most of manure handbook provides hands-on and easy-to-read information on good manure management practices.
“Manure is a good natural fertilizer and valuable source of nutrients such as nitrogen and phosphorus, but we need to ensure that these stay on the fields and don’t enter the sea where they cause eutrophication,” said Kaisa Riiko, the HELCOM project coordinator at Manure Standards.
“The handbook will show farmers in an easy way how to best go about analysing, storing, spreading or dealing with excess manure,” she said.
The publication is part of the region’s wider effort to address eutrophication, currently the single largest pressure on the Baltic Sea.
According to a recent HELCOM report, 97 percent of the waterbody is affected by eutrophication, causing economic losses of up to EUR 4 billion per year in the region. Manure used in agriculture still remains a large source of nitrogen and phosphorus runoff to the sea.
At their Ministerial Meeting in 2018, HELCOM Contracting Parties therefore agreed to elaborate a Baltic Sea Regional Nutrient Recycling Strategy by 2020, to reduce nutrient loading to the Baltic by circulating the nutrients in a closed loop in the food chain.
Measures developed under the nutrient recycling strategy are also expected to be included in the updated Baltic Sea Action Plan.
Manure Standards, the publisher of the handbook, seeks to increase the capacity of farmers and other agricultural stakeholders to turn manure use towards improved sustainability and resource-efficiency.
