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BIO.FOR.POLIS is a project for the cities of Caserta and Napoli, aiming at improving the biodiversity of the two forests under study. Their projects deal with the construction of streams within the Castelvolturno forest to connect the different parts of it. The two forest areas localized within an urban environment aim to improve the conditions of the ecosystems in a condition of human pressure. This is explicitly considered as a climate mitigation strategy. (Ref.1.)

The Schwanheimer dune is one of the few inland dunes in Europe. Sand, silver grass and gnarled pines shape the landscape, but also orchards and ponds are part of it (8). The area was designated as a nature reserve by the State of Hesse in 1984. Since its expansion in 2002, it now covers 58.5 hectares. Since 2003 it has also been protected as a Flora-Fauna Habitat area under European law contributing to the Natura2000 landscape (8). An approximately 400-meter-long boardwalk made of chestnut wood leads through the center of the dune on which visitors can enjoy nature on site - without harming it (8, 10). It was built in 1999 and completely rebuilt in 2017 with a lot of effort on the old route (8).

The main problem of Lake Ülemiste is high phytoplankton biomass, which increases the cost of water treatment (ref 1). Improving the water quality of Lake Ülemiste by biomanipulation has been considered as a management alternative. Lake Ülemiste was bio-remediated after reduction of external loading and the shifts in water quality were studied during the active-phase of the measure. (ref 1). Tallinn obtains 88% of the water it needs from Lake Ülemiste. Pine forest in the sanitary protection zone surrounding Lake Ülemiste offers several ecosystem services that help to improve the quality of the city’s drinking water (ref 4).

Oslo is completely surrounded by old forests full of wildlife and native species, providing important ecological services. This “Green Belt Boundary”, known as Marka, has been approved to be protected by the City Government in order to “ensure that the forests are protected against urban development. The management of the city’s forests follows a multi-user plan based on ecological principles and places the emphasis on a long-term and target-oriented development of a varied recreational forest that allows for nature conservation and outdoor activities”. 1,700km2 are protected by the Marka Act, of where 310km2 are located within Oslo municipality. (Ref. 1,9)

A significant expansion of the summer water level in the biggest local natural river, Giber River, was carried out in Aarhus. The increase in water flow in Giber River was achieved by a range of different measures, such as pumping purified wastewater into the river and building a string of rainwater collection ponds that will be allowed to slowly drain into the river. (Ref. 1)

Püspökerdő is a 250-hectare large forest in Győr, situated in the inner part of the city. The forest is split into two parts by Moson-Danube river. The forest is maintained by the company Kisalföld Erőgazdálkodási Zrt, which since 1998, has added new facilities to the area with the primary goal of serving the needs of those who visit the forest (Reference 1). It is equipped with educational trails, fireplaces, a clearing suitable for playing ball games, an outside gym and a playground. The educational trails give information about the flora and fauna of the forest in their natural environment. In 2013, a new adventure park was established to attract the nature-lover visitors looking for active recreational opportunities. In 2017, the local government planned a large-scale watersports project in the area, but it was cancelled due to criticism from citizens. In 2020, the forest was granted environmental protection by the local municipality (Reference 9).
Step by step the area has been developed since 1998, with the help of municipal and regional funds (educational trails), and private investment (adventure park). The adventure park was opened in 2013 and the latest development happened there in 2016.

As early as 2010, the then authorities of Malaysia announced plans to transform certain Malaysian cities into green cities. Motivations behind these actions focused on addressing environmental challenges such as carbon emissions, high temperatures, and a reconnection with nature. One of the cities where green ideas were to be implemented was Putrajaya, located 25 km south of Kuala Lumpur (Ref 3). As this is a very complex project, the initiative was being led by the Perbadanan Putrajaya (PPJ), which is a local authority that administers the Federal Territory of Putrajaya and is under the Federal Territories Ministry of Malaysia. In transforming Putrajaya into a green city, PPJ undertook 38% of its area to be developed into parks, lakes, and wetlands while the rest is reserved for government offices, commercial and residential development, public utilities, and amenities (Ref 1). Green actions involved the creation of a wetland (the largest constructed freshwater in Southeast Asia), the implementation of an Urban Farming Programme and Rooftop Farming programmes, as well as large-scale tree planting (Ref 2, 3). PPJ aims to transform Putrajaya into a green city by 2025 including Putrajaya Inter-Parks Ride, Pedestrian Walkways and Bicycle Lanes. Putrajaya’s efforts in the implementation of these green initiatives have received numerous awards & recognitions (Ref 3).

The Queluz Green Bridge is a pedestrian link that includes the creation of continuous green space in the natural areas adjacent to the gardens of the National Palace of Queluz, with connections to the Palace Square and Quinta Nova, and the Parque Urbano Felício Laurel. Integration of the landscape by the integration of an acoustic barrier in the slope with vegetal cover, and by the green bridge of connection between the gardens of the Palace of Queluz and Matinha was also scheduled. (2)
In 2020 the Municipality of Sintra signed a memorandum for the construction of the Queluz Green Bridge, inserted in the Green and Blue Axis project. The approval of these documents allows the launch of the construction contract for Ponte Verde in the first half of 2020 (5).

Excess rainwater in sewers causes flooding and the overflow spills into the rivers. Rainwater spilling across pavements can also make for an unpleasant walking experience in the city. Dublin City Council, in collaboration with residents, ran a trial use of Rain Box Planters as a way of both greening the streets and better managing rainwater coming from roofs. The Rain Box Planters were placed below houses’ gutters in order to slow the torrent of water entering the drain. The first trials were successful and the next stage is to test them on a larger scale. (ref 2, 3)

Jakarta City in Indonesia deals with inundations during heavy rain periods (1,2). To overcome such flooding issues, the Central Jakarta City Government, through the Parks and Forests Sub-Department, planned and implemented four bioswales and one rain garden at five locations in Central Jakarta City (1,2,3,4). This project was aimed at saving groundwater through stormwater management and minimizing puddles around the site locations (1,4). The Head of Central Jakarta City Parks and Forests Sub-Department, Mila Ananda, conveyed this project completion in 2021 (1,2). After the successful implementation of this project, the Jakarta City Government further plans to identify similar more locations prone to inundation and implement such green infrastructure initiatives in other parts of the city (1,2,3).