Expected Key Features

Peace Park will be a carefully designed space that integrates key physical and functional elements tailored to the needs of the GREENCITIES project. It will feature extensive walking trails to promote active lifestyle. Open green space will provide area for relaxation and informal gatherings, while native plants and trees will be strategically placed to enhance biodiversity, improve air quality, and contribute to the ecological health of the area. Additionally, the recreational zones will create a family-friendly environment, incorporating rainwater harvesting systems, energy-efficient lighting, and permeable paving, the park will embody the GREENCITIES commitment to innovative green infrastructure. By combining natural beauty, sustainable design, and multifunctional spaces, Peace Park will serve as a vibrant hub that enhances quality of life while contributing to the project's broader mission of building eco-friendly and inclusive urban areas.

Expected Environmental Impact

The Peace Park in Zugdidi is a comprehensive initiative aimed at addressing sustainability and climate resilience through thoughtful design and ecological integration. By incorporating ecological corridors, planting trees, and promoting biodiversity, the park establishes critical habitats for a variety of plant and animal species, fostering ecological balance and contributing to the preservation of urban ecosystems. These features help mitigate the urban heat island effect by providing shade and cooling, while also improving air quality and reducing carbon emissions, directly addressing the challenges of climate change. Furthermore, the park plays a key role in water management by using green infrastructure to improve soil permeability and reduce runoff, contributing to the resilience of the local environment. Its green spaces act as carbon sinks, absorbing CO2 and releasing oxygen, which is essential for maintaining a healthy urban atmosphere. The integration of sustainable landscaping practices ensures that the park remains resource-efficient and environmentally friendly over time.

Expected Community Benefits

Peace Park will bring a wide range of benefits to society, improving various aspects of life for the community. It will provide a tranquil environment that promotes mental well-being by offering a space for relaxation, meditation, and stress relief. The inclusion of walking and cycling paths will encourage physical activity, fostering healthier lifestyles and contributing to overall wellness. Additionally, the park will serve as a hub for community interaction, strengthening social bonds by hosting events, cultural activities, and gatherings that bring people together and promote inclusivity. From an environmental perspective, Peace Park will support sustainability by featuring native plants that enhance biodiversity, improve air quality, and reduce urban heat. It will also offer opportunities for education through environmental awareness programs, workshops, and outdoor learning spaces, inspiring individuals to care for their natural surroundings. The park’s aesthetic appeal will enhance the area’s visual charm, potentially increasing property values, attracting visitors, and boosting local economic activity. Furthermore, by providing spaces for cultural expression, art installations, and public performances, Peace Park will enrich the community’s cultural identity and celebrate its diversity. Overall, Peace Park will serve as a vital resource for improving mental and physical health, fostering social connections, promoting environmental sustainability, and enhancing the community’s economic and cultural vitality.

Tasks to Be Performed

The tasks or activities to be undertaken for the project: The installation of park equipment, such as trash bins, circular planters, and benches. The arrangement of curbs and pathways for accessibility and convenience. The construction of ramps to ensure inclusivity and accessibility for all visitors. Moreover, the introduction of power supply is necessary for the lighting of the square, including the installation of lighting lanterns. Additionally, the arrangement of grounding, packing and pulling wires is required. Installation of devices is part of the project, including the installation of the fountain circulation pump. The arrangement of drainage and drainage communications is an essential aspect of the project. The construction of the fountain tank for finishing is necessary. Additionally, the installation and connection of the fountain and drinking fountain are planned. Furthermore, the installation of the fountain circulation pump, mounting well and electric shield will be undertaken. The final aspect involves dendrology, which includes the planting of plants, bringing in black soil, filling lawns and sowing grass. In the final stage of the arrangement of the park, the newly planted trees will be selected and planted in place, in order to ensure the greening and stability of Peace Park in Zugdidi City.

Brief Description

The existing green space, 439.20 sq.m., located between Nikopoleos, Xifilinon, Sourmenon and Oinois streets in O.T. 3043a of the Municipality of Kalamaria. The designated green space has a KEK 190471110001 and was granted for use by Pronia to the Municipality of Kalamaria with the Government Gazette Issue B' 1763 / 20.05.2019. The aim of the study is to upgrade the greenery, improve the functionality of the space, organize the gathering and recreation areas of citizens and smooth the circulation of pedestrians and people with disabilities on the sidewalks. The new design and modernisation of urban greenery will bring about an improvement in the quality of life.

Expected Key Features

The project contributes to building sustainable, liveable and climate-resilient regions for the citizens. By implementing participatory decision making for urban planning and showcasing the effectiveness of joint concepts through pilot applications, the project creates a long-term impact on the political landscape of the Black Sea region, emphasizing the importance of sustainable cities.

Expected Environmental Impact

The aim of the project is to minimize the effects of climate change and promote sustainable methodologies. The park's design encompasses various elements such as playgrounds, urban plant arrangements, lighting with renewable energy and recycling bins, all contributing to reducing carbon emissions and increasing biodiversity.

Expected Community Benefits

The investment in the establishment of a sustainable park in Kalamaria benefits multiple stakeholders and target groups. The local community gains a new recreational space tailored to their needs, including a children's area and amenities for all ages. Environmental conservation is promoted through the protection of existing trees, planting new ones, and the inclusion of rain gardens and urban plant arrangements.

Tasks to Be Performed

Concept Plan Preparation, Engagement of Stakeholders in the Decision-Making Process, Planning the Spaces and Obtaining the Permits, Additional Investment and Equipment For the Green Spaces.

Brief Description

A modern green space at the intersection of Ștefăniță Vodă Street and Tulcea Street, designed to reduce pollution, optimize the microclimate, and provide a sustainable, multi-functional urban environment.

Expected Key Features

Smart lighting with energy efficiency, Urban furniture including benches and litter bins, Automated irrigation system, Play areas for children.

Expected Environmental Impact

The park will enhance urban biodiversity, mitigate the heat island effect, and improve air quality by increasing green spaces and incorporating climate-adapted vegetation.

Expected Community Benefits

The park will offer a welcoming urban space, promote health and recreation, and foster community interaction while raising awareness about sustainability and green urban practices.

Tasks to Be Performed

Landscaping with drought-tolerant vegetation Installation of smart lighting and automated irrigation systems Creation of pedestrian walkways and children’s playgrounds Placement of urban furniture and installation of recycling stations