Industrial Forest Project Ruhr Area


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Status

ongoing

Icons use case study city info

City

Gelsenkirchen

Icons use case study main actors

Main actors

Regional Government, National Government, Private Sector, NGO / Philanthropy, Community / Citizen Group

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Project area

Metropolitan Area

Icons use case study duration

Duration

Ongoing since 1996

The Industrial Forest Project, a multi-faceted initiative that aims to address environmental and social challenges in the region, has been operational for almost three decades. The project aims to create a sustainable and ecologically diverse forest landscape with improved ecological resilience and contributes to the revitalisation of the region. 
 
The project facilitates the conversion of former industrial sites into forest areas through natural succession. These forests then serve as natural habitats and provide ecosystem services such as carbon sequestration, air purification and cooling, and new soil development. By converting these areas into green spaces, the project improves the quality of life for residents by providing opportunities for recreation and contemplation.
 
Another important aspect of the Industrial Forest Project is to engage the community by teaching them about sustainable development thus creating a sense of ownership and responsibility. The project also aims to promote a culture of environmental awareness and accountability by involving residents in citizen research initiatives.
 
This case study is from the CLEARING HOUSE project, funded from the European Union’s Horizon 2020 Research and Innovation Program under Grant Agreement 821242.
 

Sustainable Development Goals

Ensure healthy lives and promote well-being for all at all ages
Ensure inclusive and equitable quality education and promote lifelong learning opportunities for all
Make cities and human settlements inclusive, safe, resilient and sustainable
Take urgent action to combat climate change and its impacts
Protect, restore and promote sustainable use of terrestrial ecosystems, sustainably manage forests, combat desertification, and halt and reverse land degradation and halt biodiversity loss
Promote peaceful and inclusive societies for sustainable development, provide access to justice for all and build effective, accountable and inclusive institutions at all levels
City
Gelsenkirchen, Germany

Size and population development
According to world population review data, the population for the city of Gelsenkirchen recorded in the 2021 was at 260,126. The city covers a surface area of 104.9 km2 with a population density of 2,479 people per km2. Gelsenkirchen has recorded a 0.050% increase in annual population since 2011.

Population composition
The data states the population is comprised of 50.3% females and 49.7% males. The largest share of population is within 18-64 years category (60.7%). The age category with the second largest population share is the 65+ group (20.8%). The age category with the lowest number of people is 0-17years (18.5%). The city of Gelsenkirchen has immigrant populations from a number of countries, including Turkey, Poland, Africa and Russia. Germany is the country of birth for 81.9% of the city’s population. Roman Catholics make up 33.7% of the population, 30./1% identify as Protestants and 36.3% are other/no/unknown religion.

Main functions
The city of Gelsenkirchen is situated on the Emscher River and lies at the centre of the Ruhr, the largest urban area of Germany with a population of over 5 million people. It also forms part of the larger Rhine-Ruhr metropolitan region of more than 10 million people which is the third largest metropolitan area in Europe behind London and Paris.

Main industries / business
Gelsenkirchen has transformed from its historical roots in coal mining and steel production to become a centre for renewable energy and environmental technology, underscored by institutions like the Science Park Gelsenkirchen The city has a strong health care and medical services industry, a burgeoning information and communication technology sector along with a vibrant cultural and creative industries scene.

Sources for city budget
The City of Gelsenkirchen draws its budget for public expenditure largely from local taxes, grants from State and Federal government, income from public services, fines and penalties, sale of city property and public-private partnerships.

Political structure
Gelsenkirchen, like other cities in Germany, operates under a system that is a mixture of a parliamentary and mayoral system

Administrative structure
The City Council is the main legislative body, responsible for making local laws, setting the budget, and formulating policy. The council is elected by the residents of Gelsenkirchen. The Mayor is the head of the city and represents it externally. He or she is also the chair of the City Council. The Mayor is elected directly by the city's residents. The Mayor has executive functions, is responsible for implementing the council's decisions, manages the city administration, and represents the city. The city administration consists of various departments and offices responsible for implementing the decisions of the City Council and providing public services. The Mayor manages the city administration. Gelsenkirchen is divided into several districts. Each district has a District Council, which is responsible for matters specific to that district.

As part of the International Building Exhibition Emscher Park 1989-1999 (IBA), the Emscher Landscape Park began planning the development and upgrading of brownfield sites in the Ruhr region. The industrial forest project was one of more than 100 projects.
 
The start of the Industrial Forest project was a visionary step by planners who were far ahead of their time. They recognised the need for structural change and sought new answers to the challenges facing urban areas. Today, the urgency is even greater as the area faces pressing issues such as rapid urbanisation, climate change and biodiversity loss. Creating green oases in urban areas is more important than ever.  
 
The goals included: 
● creating recreational spaces close to nature
● providing social and cultural spaces for all age groups
● promoting and protecting biodiversity in the area
● providing environmental education
● raising awareness of nature
 
With the intention of developing green infrastructure in former industrial sites of the Ruhr metropolitan area, a forest area was created with the aim of establishing a forest management that allows the natural succession of all plant species and only intervenes selectively. In this way, an urban forest was created at low costs. By making the once fenced-off areas accessible to the public and offering environmental education by the forestry administration, an important basis for public acceptance, trust and interest was created. 
 
Selected fallow areas were left to succession, which, following the course of natural development, purposefully found their way into a forest. The foresters in charge from then on only intervene selectively to ensure the protection of designated forest paths or to preserve biotopes that are important for nature conservation. A former transformer station was repurposed as a workshop for the foresters, with tractors, chainsaws and brush cutters. The “Forest Station Rheinelbe” functions also as a visitor centre, offering environmental education. In some areas on the former Rheinelbe slag heap and on Zollverein, artistic sculptures were integrated into the forest landscape. The new accessibility of the area for the population has increased the quality of life in the neighbouring residential areas.  
 
The project has met broad acceptance, which is not least reflected in the change of name. From a "residual area project", the "industrial forest project" has developed into a "valuable wilderness" (Wilder Wald). Low financial costs made it possible to implement the project quickly. Allowing nature to work and thus enabling the natural development of forests largely without human intervention is both a programme and a method.
 
Regular monitoring on scientific test areas in the forest serves research on the one hand, and environmental education on the other. The project received funding from the Ministry of the Environment and the Ministry of Urban Development. An important formal instrument was a forestry contract signed at the beginning of the project, which was later replaced by a cooperation agreement between the two ministries. This enabled a quick implementation of the measures and made the area accessible to the public. The basic supervision of the project by the forestry administration ensured a permanently stable expert control and maintenance of the industrial forest project. The visibility and good networking of the foresters within the urban landscape also contributed to the success of the project. Over the years, collaborations with day-care centres and schools were established, who use the forest  for environmental education and nature experience. 
 
Overall, the implementation of the industrial forest project in the Ruhr region was a lengthy and complex process that required the involvement of numerous stakeholders and the mobilisation of financial, human and technical resources. However, this project is a forward-looking approach to addressing the challenges of urbanisation and environmental degradation in an industrialised region. By harnessing the power of nature to promote environmental and social resilience, the project offers a vision for a more sustainable and harmonious relationship between people and the environment. 
 

The long-term industrial forest project was successful due to  skilfully initiated institutionalisation and personal support from individuals working either in the ministry or as foresters. At the beginning of the project, the industrial forest project was accompanied by a council with  experts from science and politics. Later, this role was taken over by the Industriewaldverein e.V., which, however, now has quite aged members.   Anchoring the project in the state forestry administration with its broad know-how has provided stability and the foresters have been able to create trust among local residents. The takeover of the project by the Ministry of the Environment in 2021 further strengthened and stabilised it.

 
The project is made possible by these actors:  
● Agenda 21-office City of Gelsenkirchen (inspiration)
● Beekeeper Thomas Schlott (bees and bee-watching room)
● Biological station Western Ruhr area (manpower, research)
● City of Gelsenkirchen  Untere Naturschutzbehörde, Schulen, Kindertagesstätten, Referat Bildung, Städtischer Bauspielplatz Bochumer Straße, Gelsendienste) (landowner, exchange)
● Dahlbusch AG (landowner)
● Deutsche Waldjugend Landesverband NRW Horst Gelsenkirchen (manpower)
● Diakonisches Werk (manpower)
● European Forest Institute, Bonn (research)
● European Urban Forestry Forum (EFUF) (inspiration)
● Evangelical parish (manpower)
● Firewatch Gelsenkirchen (manpower)
● Institut für Bergbaufolgelandschaften Finsterwalde (manpower, citizen science app, research)
● Jewish Community Gelsenkirchen, Church and Free Day Care Centers (education)
● NRW Urban GmbH & Co. KG (building, equipment, management-financing and landowner 1996-2021)
● Regionalverband Ruhr/ RVR Ruhrgrün (landowner)
● Ruhrkohle AG (landowner)
● St. Augustinus Kindergarten GmbH/Waldkindergarten St. Felix (education)
● Schutzgemeinschaft Deutscher Wald (education, research, PR)
● State Agency for Nature and Environmental Protection and Consumer Protection of the State of North Rhine-Westphalia (LANUV) (research, financial commitment)
● Stiftung Industriedenkmalpflege und Geschichtskultur (landowner, education)
● Stiftung Zollverein (landowner)
● Thyssen-Krupp AG (landowner)
● The Ministry of Environmental Protection and the Ministry of Urban Development (financial commitment)
● University Bochum, University Duisburg/Essen University Wuppertal, University Dortmund, University Freiburg (research)
● Workers' Welfare (manpower)
 
A marteloscope site has recently been established in the industrial forest and another one in a nearby natural forest. Marteloscopes are training sites of usually one hectare in which all trees are numbered, mapped and recorded. With the help of evaluation and simulation software, virtual tree selection excercises as well as controversial discussions can be carried out.
 
Marteloscopes help to explain the importance of microhabitats as well as biodiversity and forest structures. 
 
There are now 15 day care centres within walking distance of the Rheinelbe industrial forest. The demand for forest-related environmental education, research cooperation, exchange of experience, inspiration and cooperation is increasing. By 2022, more than 96.800 visitors have taken advantage of the environmental education offers. The networking of educational institutions, researchers and practitioners from different disciplines is another positive outcome of the project.
 
The forestry department, typically focused on forests and chiefly on timber utilization, has ventured into a novel domain, redefining the forester's role in urban landscapes along with apt team members on-site. Effective communication, both internally and externally, has increased the perceived value of the industrial forest compared to its initial standing.
 
Initially, the approach to forest management that emphasised natural processes was a novel concept. Prioritising social forest functions such as education and art, along with the provision of ecosystem services including temperature control, biodiversity enhancement, and water retention, necessitated innovative strategies. These strategies were typically pragmatic and non-bureaucratic, always keeping the interests of people at their core.
 
The implementation of the project encountered a number of barriers and conflicts. The project team had to develop new strategies to manage this type of urban forest, as it was not a traditional forest in the sense of natural and pristine forest ecosystems. 
 
It remains a challenge to find equilibrium between recreation, education and nature protection. The project aimed to create a sustainable and multifunctional forest in the city, which can provide social forest functions and ecological benefits. However, conflicts arose between these two goals, as some visitors wanted to use the forest for recreational activities that could harm the ecosystem.
 
Additionally, the increased number of visitors and their activities could result in littering or noise pollution, all of which can have negative impacts on the ecosystem. To address these challenges, the project managers implemented several measures, e. g. zoning the forest into different areas with different levels of access and providing education and outreach programs to raise awareness of the importance of protecting the forest's ecological values. 
 
Despite these measures, conflicts remain, and they require ongoing management and consideration. It is a daily responsibility to find the right balance between offering social forest functions and protecting the ecosystem and this requires the contestant presence  of the foresters as well as ongoing conversations  and collaboration among all stakeholders. 
 
The industrial forest project in the Ruhr area has provided several valuable lessons that can be applied to similar projects in other regions. One of the key factors contributing to the success of the project was the establishment of a simple, self-sufficient structure. For example, the forest station is equipped with all necessary equipment to ensure traffic safety. This allowed for a streamlined decision-making process and a clear division of responsibilities. In addition, the project was guided by a clear philosophy, emphasising the importance of the social functions of the forest and the protection of natural processes.
 
The foresters in the city played a very important role in the development of the industrial forest project. They served as key figures in maintaining the integrity of the forest, promoting environmental awareness, and working with the community to address issues related to the forest.
 
Another key takeaway from the project is the importance of environmental education, particularly for young people. By providing research-based learning opportunities, the project is able to engage children in the natural world and foster an appreciation for the environment from an early age. This will not only help to cultivate a new generation of environmental stewards, but also serve as a valuable tool for promoting community involvement and acceptance for the project. 
 
Ballke, O. (2021) NRWeb.TV – das INDUSTRIEWALDPROJEKT, 22.01.2021, 14:30 Uhr, Wald & Holz. Available at: https://www.wald-und-holz.nrw.de/aktuelle-meldungen/nrwebtv-das-industriewaldprojekt
 
Die Internationale Bauausstellung Emscher Park in Zusammenarbeit mit Sachverständigen. (1995). Restflächen in der Industrielandschaft - Eine Expertise zur pfleglichen Entwicklung der Landschaft - Gelsenkirchen, März 1995
 
Die UN-Dekade zur Wiederherstellung von Ökosystemen (2023) Die UN-Dekade zur Wiederherstellung von Ökosystemen | UN Dekade Ökosysteme. Available at: https://www.undekade-restoration.de/ 
 
Günter, R., Günter, J., & Liedtke, P. (2007). Industrie-Wald und Landschafts-Kunst im Ruhrgebiet: Ein Handbuch zu den Zusammenhängen von Wald - Industrie-Wald - Landschafts-Kunst (1. Aufl). Klartext. Essen.
 
‘Industriewald rheinelbe’ ausgezeichnet (2021) Wald & Holz. Available at: https://www.wald-und-holz.nrw.de/aktuelle-meldungen/industriewald-rheinelbe-ausgezeichnet 
 
Kowarik I.& Körner S. (Editors) (2005). Wild Urban Woodlands New Perspectives for Urban Forestry. Springer. Berlin.
 
Projekt Ruhr GmbH (Editor) (2005). Masterplan Emscher Landschaftspark 2010.  Klartext. Essen.
 

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Barbara  Darr
Gelsenkirchen, Germany

Barbara Darr

Individual | Regional Forest Office Ruhr Area, Special Task Urban Forests

Katharina Metz
Berlin, Germany

Katharina Metz

Individual | Project & Communications Manager

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