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Viimsi Showed at the Opinion Festival (Arvamusfestival) How Stormwater Can Be Used Smartly in Urban Areas

On 7 August, a discussion titled “Whose Rain, Whose Flood?” took place at the Opinion Festival, focusing on how to cope with increasingly frequent heavy downpours and what roles the state, local governments, water companies, developers and property owners should play in stormwater management. Viimsi Municipality shared its experience and also demonstrated on site how a simple nature-based solution can retain stormwater while making the urban environment more attractive.

The discussion centred on how stormwater management should be organised so that the responsibilities of different parties are clear, costs are distributed fairly and urban areas are better able to cope with large volumes of rainwater. Nature-based stormwater solutions were an important topic, and Viimsi Municipality has gained increasing practical experience in implementing them in recent years.

Deputy Mayor Alar Mik, who presented Viimsi’s experience, emphasised that stormwater should not be seen merely as a problem to be disposed of as quickly as possible, but as a valuable resource that can be retained and used where it falls.

“We see stormwater in Viimsi more as a resource than a problem. With new solutions, the aim is no longer simply to drain water away or slow down its movement, but to find ways to use stormwater locally,” Mik said.

As one example, he highlighted Mereranna Pocket Park in Haabneeme, where stormwater is directed into a pond, buffered and collected in a storage tank. The collected water can later be used, for example, for watering vegetation or cleaning roads.

A pop-up rain garden built in just a few hours

At the Opinion Festival, stormwater solutions were not only discussed in theory. A pop-up rain garden was built on a small green space next to the street, demonstrating how easily an ordinary lawn can be transformed into an area that captures stormwater while also enhancing the urban environment.

Previously, the green space was covered by an ordinary lawn, and rainwater from the gutter of a neighbouring building flowed onto it. To create the rain garden, a shallow depression was dug between the benches and the existing low area. Different plants were planted there and granite stones were added.

A small stone cascade was created below the downpipe, allowing rainwater from the roof to flow into the lowered planting area. As the water collects at the bottom of the depression, it forms a temporary small pool, from which it can gradually infiltrate into the soil.

Additional low-growing vegetation was planted around the benches, transforming the former lawn into a more complete recreational space. At its centre is a temporary water feature that appears after rainfall, surrounded by flowering plants and providing an attractive sight for passers-by.

As a practical benefit, the rain garden also helps direct roof runoff away from the building’s foundation, while reducing pressure on the conventional stormwater system.

The speed of construction was also significant: the pop-up rain garden was completed in just a few hours. This demonstrates that nature-based stormwater solutions do not always require large-scale or expensive construction works. Relatively simple and affordable measures can be implemented quickly in urban areas to retain stormwater locally, improve growing conditions for vegetation and create more diverse public spaces.

A resilient system is built from many small solutions

According to Mik, however, individual facilities alone are not enough to cope with increasingly intense downpours. A resilient stormwater system is created through many interconnected solutions in both public spaces and on private properties.

“A stormwater system that is resilient to heavy rainfall is made up of many smaller solutions – they are needed both in the street environment and on the properties alongside it. Together, they form an integrated system that collects, delays and uses stormwater as much as possible where it falls. The more water we can retain and use locally, the lower the pressure on the rest of the stormwater system,” Mik explained.

The discussion also addressed how responsibility for stormwater management should be shared between different parties and who should bear the costs of constructing and maintaining the necessary solutions. Clearer roles are becoming increasingly important, as more intense rainfall linked to climate change poses new challenges to existing systems.

According to Mik, local governments need a clear but sufficiently flexible national framework for organising stormwater management.

“It is important that the framework created by the state gives all parties clarity while allowing local governments to organise stormwater management in a way that enables genuinely effective solutions to be implemented. The system must be flexible enough and encourage all parties to contribute towards a common goal,” Mik said.

The discussion “Whose Rain, Whose Flood?” was part of the Opinion Festival’s Water Day programme, which covered topics including climate change adaptation, the condition of water bodies, flood risks, water and food security, and crisis warning systems. The stormwater discussion was moderated by Kristo Elias and organised by Viimsi Municipality and Tallinn University of Technology.

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Stormwater reuse in street maintenance demonstrated at Mereranna Pocket Park

At a presentation held in Mereranna Pocket Park in Haabneeme, a demonstration site for stormwater collection and reuse, established as part of the LIFE LATESTadapt project, was introduced. Tanel Mätlik, Project Manager at Viimsi Municipality, provided an overview of how the facility operates and demonstrated how water stored in underground collection tanks can be used both for street cleaning and for watering greenery in the surrounding area.

During the demonstration, an automatic pumping system was used to draw water from the underground collection tanks and transfer it to a road maintenance vehicle.

The collected stormwater was then used to clean the street. The practical test demonstrated that rainwater, which would normally be discharged into the drainage system, can instead be treated as a valuable local resource and used for tasks that do not require potable-quality water.

In addition to the solution designed for road maintenance vehicles, other water access options were presented on site. Landscaping staff can use the water stored in the collection tanks to irrigate plants growing along nearby streets. The solution allows water to be accessed both by watering trucks equipped with their own pumps and by vehicles without pumps. For this purpose, the system includes both a gravity-fed connection and a pressurised water take-off point.

Rainwater is put to use instead of simply being drained away

The Mereranna demonstration site is located in a green space near the intersection of Mereranna Road and Randvere Road. The site was selected because it previously had no stormwater management system and was affected by waterlogging after heavy rainfall. In addition, the green space in the centre of Haabneeme had previously lacked a clear public function.

The purpose of the new solution is not merely to drain rainwater away as quickly as possible. Instead, the flow of water is slowed down, the water is treated, and some of it is retained for later use. In this way, the system helps reduce the load on the stormwater drainage network during heavy rainfall while also creating a reserve of water for irrigation and maintenance work.

The system within the project area is connected to the main stormwater pipeline beneath Randvere Road. Under normal conditions, stormwater is directed to the demonstration site. However, during exceptionally heavy rainfall or when the system reaches capacity, an automatically controlled gate can open and allow water to flow into the existing stormwater pipeline. The solution also includes an emergency overflow for use in the event of an electrical, mechanical, or software failure.

The water passes through several treatment stages

Before reaching the underground tanks, stormwater passes through a sedimentation pond, a screening chamber, and a filter chamber. In the sedimentation pond, the flow of water slows down and heavier particles settle to the bottom. The screening chamber removes larger particles, while the filter chamber captures smaller particles. Sensors installed in the chambers provide alerts when sediment has accumulated or when the filter may be clogged.

The system also monitors the water’s turbidity, electrical conductivity, and temperature. These measurements make it possible to assess the properties of the collected water and to gather information about how this nature-based stormwater solution performs under different weather conditions.

The treated water is directed into two interconnected underground collection tanks. From the tanks, the water flows into a pumping and monitoring chamber, from which it can be pumped onwards to irrigation systems and water take-off points.

A technical solution combined with public space

Mereranna Pocket Park is not merely a technical stormwater facility. The project also aims to give the previously underused green space a new public function. A wooden boardwalk has been constructed and additional landscaping has been introduced to make the area more attractive and accessible to the public.

Due to budget constraints, not all elements included in the original construction design were implemented. Among other things, the public toilet and two backless benches were omitted, while the scope of the terrace, boardwalk, plant containers, irrigation systems, and other small-scale amenities was reduced. Despite these changes, the facility retained its primary functions: collecting, treating, temporarily storing, and reusing stormwater.

The on-site demonstration clearly highlighted the system’s practical value. The water stored in the underground tanks is not intended solely for future tests or measurements; it can already be used in the municipality’s daily maintenance work. In this way, Mereranna Pocket Park combines climate-change adaptation, the sustainable use of water resources, street maintenance, and the creation of higher-quality public space.

Why was Mereranna Pocket Park selected as the location of the LIFE LATESTadapt demonstration site, and what problem does the solution help alleviate there?

Tanel Mätlik: Mereranna Pocket Park was selected primarily because the area previously had no stormwater management system and the green space became waterlogged after heavy rainfall. At the same time, the area’s main stormwater collector runs beneath Randvere Road, making it possible to create a solution that combines stormwater collection, retention, and reuse. The green space had also previously been underused, and the project gave it a new public-space function.

How does the “smart” stormwater solution at Mereranna Pocket Park work, and how does it differ from conventional stormwater drainage?

Tanel Mätlik: In a conventional system, stormwater is carried away from the area through pipes as quickly as possible. At Mereranna Pocket Park, the water is first directed to the demonstration site, where its flow is slowed down, sediment is removed, and the water is collected in underground tanks. The system is controlled by water-level and water-quality sensors, as well as an automatic gate. This means that stormwater is not regarded merely as a problem that must be removed, but as a resource that can be reused for watering plants and carrying out road maintenance.

How much water can be stored in the underground tanks, and what is it used for?

Tanel Mätlik: The project includes two interconnected underground collection tanks, each with a capacity of 30 cubic metres. Their combined capacity is therefore approximately 60 cubic metres. The collected water is used to irrigate plants in the area, and watering and road maintenance vehicles can access it through the water take-off point. The amount of water actually available for use depends on rainfall, water levels, and seasonal demand.

How is the quality of the collected stormwater monitored, and how are sediment and other pollutants prevented from entering the water used for irrigation and road maintenance?

Tanel Mätlik: Before reaching the tanks, the water passes through several treatment stages. In the sedimentation pond, the flow of water slows down and heavier particles settle to the bottom. The water then passes through a screening chamber, where larger particles are removed, and a filter chamber, which captures smaller particles. The system also measures the water’s turbidity, electrical conductivity, and temperature. Sensors provide alerts when a chamber needs to be cleaned or when the filter may be clogged.

What happens during exceptionally heavy rainfall if the demonstration site can no longer accommodate all the water?

Tanel Mätlik: The system has been designed to ensure that it does not create a flood risk. Under normal conditions, stormwater is directed to the demonstration site. However, when the volume of water is exceptionally high, a gate in the stormwater pipeline beneath Randvere Road opens automatically. The excess water is then carried away through the existing main pipeline. The system also includes an emergency overflow in the event of an electrical, mechanical, or software failure.

What practical and financial benefits could stormwater reuse provide for the municipality?

Tanel Mätlik: The main benefit is that less treated drinking water is needed for watering plants and cleaning streets. This helps conserve water resources and may reduce the water costs associated with maintenance work. Temporarily retaining stormwater also reduces the load on the conventional stormwater drainage network. More precise financial savings can be assessed once sufficient data have been collected on the amount of water captured and used, maintenance costs, and the system’s reliability.

What changes were made to the original construction design due to budget constraints, and how do they affect the use of the area?

Tanel Mätlik: Due to budget constraints, the public toilet and two backless benches were not constructed. The scope of other amenities and landscaping was also reduced: fewer irrigation systems, plant containers, insect hotels, benches, and waste bins were installed, and the terrace and boardwalk areas were made smaller. The number of shrubs and perennial plants was also reduced. These cuts primarily affect the comfort of the area and the number of amenities provided, but the project’s main function—collecting, treating, and reusing stormwater—was retained. The overall appearance and purpose of the area also remained similar to what had originally been planned.

How will it be determined whether the demonstration site has achieved its objectives, and could the solution be used elsewhere in Viimsi?

Tanel Mätlik: The success of the demonstration site can be assessed using several indicators: how much stormwater can be retained and reused, how the system performs during heavy rainfall, the quality of the collected water, and how much water is used for irrigation and road maintenance. It is also important to monitor maintenance requirements and the system’s reliability. This is a demonstration solution, and the experience gained from it can be used when designing similar systems in other parts of Viimsi where there are problems with waterlogging, a risk of flooding, or a need for irrigation water. The project also allows the direction of flow through the sedimentation pond and other aspects of the solution to be adjusted later on the basis of operational experience.

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Representatives of Mozambique and Zimbabwe visit the LIFE LATESTadapt pocket park in Viimsi

On 23 July, representatives of Mozambique and Zimbabwe visited the Mereranna Road pocket park in Haabneeme, which was developed as part of the LIFE LATESTadapt project.

Tanel Mätlik, Project Manager at Viimsi Municipality, introduced the visitors to the pocket park and explained how nature-based solutions can support sustainable stormwater management, climate change adaptation and the creation of a more resilient and attractive urban environment.

The Mereranna pocket park demonstrates how public space can be designed to manage rainwater more effectively while also providing greenery, biodiversity and a pleasant environment for local residents.

As part of the visit, the delegation was also shown several other sustainable solutions implemented in Viimsi, including the stormwater-friendly car park at Karulaugu tee 16, the car parks at Haabneeme School and Viimsi Artium, the fountain square, and the Randvere Road test section paved with an asphalt mix containing lignin.

The representatives of Mozambique and Zimbabwe were visiting Estonia in connection with an event organised by the Ministry of Climate focusing on water management, climate change adaptation and the implementation of nature-based solutions. At Lake Harku in Tallinn, they also learned about biomanipulation and voluntary water monitoring.

The visit highlighted how the solutions developed within the LIFE LATESTadapt project can provide practical examples for communities facing the growing impacts of climate change.

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LIFE LATESTadapt Project Partners Met in Valmiera

On June 9, project partners of the LIFE LATESTadapt project gathered in Valmiera, Latvia, for a partner meeting focused on activities taking place in the project’s demonstration areas and on innovative Nature-Based Solutions (NBS) for urban environments.

During the first half of the day, all project partners presented updates on the activities being implemented in their demonstration areas, shared progress achieved so far, and outlined the next steps planned for the coming period. The discussions provided an opportunity to exchange experiences and knowledge on the implementation of climate adaptation measures across the project regions.

The second half of the meeting was dedicated to various NBS solutions applied in urban street design and construction. Christopher Peiritsch from Austria, representing ACO Group, delivered a presentation on sustainable stormwater management systems for urban environments. He introduced the company’s solutions designed to collect, treat, and direct stormwater to green spaces and urban trees, helping to improve growing conditions while enhancing urban resilience to climate change and extreme weather events.

The meeting concluded with a presentation by a representative of the City of Valmiera, who introduced a demonstration site that will soon be established as part of the project. Participants also visited the location, where they were able to learn more about the planned solutions and their implementation directly on site.

The seminar was highly informative and provided valuable insights into the activities taking place across the project’s demonstration areas, as well as the innovative Nature-Based Solutions that are increasingly being implemented in European cities to support climate adaptation and sustainable urban development.

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A volunteer day was held at the Haapsalu demo area as part of the “Teeme ära 2026” campaign.

Great to see how commitment can bridge project gaps where budgets sometimes fail.

Volunteers gathered in the first weekend of May as part of Teeme ära 2026 to support the LATESTadapt project site — planting native trees and sowing local species and clean the site from trash. Due to inflation, the project had to scale back planned investments for vegetation as well as desired aesthetics from original project plan. It was more important to invest to meaningful flood protection. But the Haapsalu team (Gerda Ladva & Peep Aedviir) chose not to scale back ambition. Instead, solutions were found:

🌱 Rowan trees were carefully transplanted from a nearby site where they would otherwise have been cut

🌱 native water flags (Iris pseudocorus) were brought from ponds of neighbouring Uuemõisa park (plenty were still left there as well)

🌱 Native seeds were provided by project partner @NordicBotanical

🌱 project partners as well as local residents spent a day to work and landscape a significant share of the project site according to the original design.

I would say this is what long-term ownership of nature-based solutions looks like in practice. I also really enjoyed the good weather, meaningful work, and great teambuilding with colleagues. Moreover, it was also great to see how the event initiated discussion among locals how to gather momentum for autumn planting season and how the Konnaküla neighbourhood association could contribute next. I hope to be invited to those next events as well 🙂

Author: Murel Truu, TalTech project expert

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Rakvere will soon begin the reconstruction of the Rahvaaia ponds

The City of Rakvere has announced a public procurement for the reconstruction of the Rahvaaia pond outflow and the opening of the Tobia main drainage ditch using nature-based solutions. The deadline for submitting bids is April 11, 2026.

As part of the reconstruction, the deteriorated culvert of the Rahvaaia pond outflow will be replaced, an open ditch will be constructed, and a woodchip-based filtration system will be installed to improve water quality by reducing nitrate levels in the water.

“Previously, blockages in the old culvert caused flooding in the area. With the new solution, a height-adjustable outflow will be created, helping to prevent flooding in the future and increasing the resilience of the City of Rakvere to heavy rainfall,” explained Rakvere Deputy Mayor Kert Karus.

The construction works will be carried by the cross-border LIFE LATESTadapt project, which aims to develop and implement nature-based and smart solutions to reduce the risk of flooding caused by stormwater system overload during heavy rainfall in Estonia and Latvia.

“As a result of the reconstruction project, we will finally be able to resolve the long-standing flooding issues in Rahvaaed and the surrounding properties caused by spring snowmelt and heavy rain,” Karus added.

In addition to the City of Rakvere, the LIFE LATESTadapt project in Estonia also involves Viimsi, Haapsalu, Võru, and Narva, each focusing on different solutions.

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LIFE LATESTadapt Project – Summary of Activities in 2025

The year 2025 marked an important intermediate phase for the LIFE LATESTadapt project, focusing on the planning and implementation of nature-based solutions (NbS), the development of demonstration sites, and strong engagement with municipalities, experts, and local communities in Estonia and Latvia. Several partner cities progressed from preparatory work to practical implementation, laying a solid foundation for the following project years.

Planning and Decision Support for Flood-Resilient Nature-Based Solutions

Under the leadership of Tallinn University of Technology, test group meetings were launched to pilot a methodology for assessing risks related to pluvial (stormwater) flooding. In addition to the LATESTadapt partner cities, other interested municipalities and representatives of the Ministry of Climate participated, supporting wider knowledge exchange and cooperation. Project results were also applied in professional training programmes and presented at seminars and workshops, contributing to capacity building in climate adaptation.

High-Potential Plant Communities for Urban Flood Resilience

In 2025, Nordic Botanical tested approximately 62 native plant species under rain-garden conditions. Based on these tests, guidance was provided to municipalities on mapping planting zones and selecting suitable plant communities to enhance urban flood resilience through nature-based solutions.

Demonstration Sites of Nature-Based Solutions

All partner municipalities either carried out preparatory activities for demonstration sites, and several of them constructed demo sites already. More specifically:

Activities in Estonia – Demonstration Sites

In Estonia, activities combined technical planning, construction works, and community engagement to ensure that solutions respond to local needs and spatial contexts.

  • Haapsalu
    – The design of the pilot site was finalised, and preparations for construction continued. Community involvement played an important role, including a joint engagement event with local residents. The site was also visited by architects and international partners, and a flood preparedness exercise, “November Storm 2025,” was organised to raise awareness among residents.
  • Viimsi
    – In the Haabneeme borough, a demonstration site was completed in autumn 2025. A previously underused green area was transformed into a multifunctional public space featuring a nature-based stormwater management system with retention tanks and a pond, used for irrigating greenery and maintenance. The site also includes a boardwalk, urban furniture, and biodiversity-supporting elements, demonstrating how NbS can improve both environmental conditions and the quality of public space.
  • Narva
    – Practical implementation of the pilot site began in 2025 with the construction of a multifunctional drainage system that combines stormwater collection, nature-based purification, and firefighting water storage. Despite an exceptionally rainy summer, most works were completed within budget, with final testing continuing in 2026.
  • Rakvere
    – A detailed design for reconstructing the outflow of the Rahvaaed ponds was completed, aiming to improve water quality, reduce nitrate pollution, and increase flood resilience. A stakeholder meeting was held in autumn, and all necessary approvals and the building permit were obtained by the end of the year.
  • Võru
    -Activities focused on preparatory work. Due to higher-than-expected procurement costs and land ownership issues, the scope of works was revised, and a new procurement is planned for 2026.

Activities in Latvia – Demonstration Sites

In Latvia, Riga, Valmiera, and Cēsis prepared construction design projects and carried out other preparatory work for demonstration sites to be implemented in 2026.

  • Valmiera
    – Nature-based solutions were integrated into urban development planning through close cooperation with planners, experts, and residents. Implementation scenarios, functional parameters for green infrastructure, and a thematic action plan with budget impact assessment were prepared. Environmental education activities played a key role.
  • Riga
    – A feasibility study and detailed design documentation were completed for the Tērbatas Street demonstration site, identifying cost-effective green infrastructure solutions such as green walls, rain gardens, parklets, and bio-swales. In parallel, the strategic framework for the Riga Urban Greening Plan 2027–2031 was developed. Extensive stakeholder engagement activities, including seminars and workshops, supported the planning process.

Educational and informational materials for stakeholders

The Baltic Environmental Forum Estonia focused on education, community engagement, and knowledge sharing. Key achievements included the development of practical educational materials for kindergartens and primary schools, support for municipal resident engagement activities, and the preparation of an informational leaflet for private property owners on stormwater-related nature-based solutions. The organisation also participated in study visits and cross-project learning activities.

 Co-creation workshops

Baltic Environmental Forum Latvia organised scenario-building workshops involving residents, youth, and experts, helping to identify locally tailored solutions for reducing flood risks and urban heat island effects.  in Riga, Cēsis, and Valmiera. Latvian-language catalogue of nature-based solutions was developed, presenting 16 solutions with practical factsheets.

Replication and Knowledge Transfer

Ministry of Smart Administration and Regional Development launched  the development of integrated guidelines to support the implementation of nature-based solutions throughout their life cycle. As a key outcome of the LIFE LATESTadapt project,he guidelines will be completed in 2026 and made available in Estonian, Latvian, and English.

In 2025, several international seminars, training events, and participatory workshops were organised, addressing topics such as spatial planning for NbS, urban heat risk mitigation, and climate-resilient stormwater management. Among others Ministry of Smart Administration and Regional Development  and Baltic Environmental Forum Latvia organised seminars in cooperation with the IMPETUS project to disseminate project results and practical experience.

Insights from these activities were compiled into a stakeholder engagement report, and a consultation forum was established to support ongoing dialogue between municipalities, experts, and stakeholders.

Conclusion

Overall, the 2025 activities demonstrated the strong value of the LIFE LATESTadapt project in advancing climate-resilient urban development through nature-based solutions. Close cooperation between municipalities, experts, and local communities in Estonia and Latvia created a solid foundation for implementation, monitoring, and the scaling up of solutions in the coming years.

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LIFE LATESTadapt joint meeting and visits to Demo Sites in Haapsalu and Viimsi

On 10–11 December, a two-day joint event was held within the framework of the LIFE LATESTadapt project, during which the Haapsalu and Viimsi demo sites were visited and a joint meeting of project partners took place.

Haapsalu Demo Site and Old Town Visit (10 December)
On the first day, Haapsalu city’s project manager Gerda Algre introduced the demo site established at Potissepa Street 3. During the visit, an overview was given of the challenges encountered during the construction works and the problems that the implemented solutions aim to mitigate in the area. The site is located in a coastal area where sea level plays a significant role, and during heavy rainfall rising seawater can cause damage to properties, building basements, and roads. Therefore, addressing stormwater management in this area is of particular importance.

In addition, a walking tour through Haapsalu Old Town was organised, during which the NOAH pilot site was introduced and an overview was provided of stormwater-related challenges in Haapsalu’s historic areas, including Metsa Street, the Old Town, and the main street.

Viimsi Demo Site and Joint Meeting (11 December)
On the morning of the second day, the Viimsi demo site at Mereranna Road L4 was visited, where a pocket park with sustainable stormwater management solutions has been established. As part of the project, a stormwater pond (retention pond) and underground stormwater storage tanks were constructed, enabling the use of collected water for cleaning nearby streets and watering plants. In addition, a boardwalk with a terrace for recreational use and extensive landscaping were created.

Following the visit to the demo site, a joint meeting of project partners was held at the Viimsi SPA Hotel, where partners shared information on project progress and challenges, discussed tasks and issues related to the work packages, and introduced documents prepared within the work packages.

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Construction work began on the Haapsalu city demonstration area

The establishment of the Haapsalu demonstration area for the LIFE LATESTadapt project has begun in the city of Haapsalu (on municipal properties at Vee 19 and Potissepa 3)! The aim of the project is to create a smart and environmentally friendly solution that will help the region cope better with sea and rainwater flooding, while enriching the urban space with greenery and opportunities for exercise.

The following will be built:

  • Coastal protection embankment
  • Regulator
  • Retention basin
  • Sledding hill
  • Community square

The area being created will help to better cope with excess water caused by climate change and allow rainwater collected from the streets to be purified in the retention basin before flowing into the sea. People of all ages will have a new space to move around in a naturally diverse area with opportunities for climate education and outdoor learning.

Construction work is already underway – the soil for the base of the slope protection embankment has been excavated and filling continues. Next, the retention basin, sledding hill, and community square will be formed, and finally, a smart regulator will be installed in the slope protection embankment.

Builder: Nordpont OÜ

Supervision: Eastconsult OÜ

Cost: €482,904

Supporters: European Commission through the LIFE measure (€267,387), Ministry of Climate (€66,847)

Construction completion: December 2025

📍 Find out more about the Haapsalu demonstration area: https://haapsalu.ee/keskkond-ehitus-ja-teed/linnakeskkond-ja-infrastruktuur/projektid/ Follow the progress and discover a greener and smarter Haapsalu soon!