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The development of residential areas in the context of settlement development is a significant driver regarding land use and thus critical in achieving the goal of reduced new land use to less than 30 hectares per day by 2030. Although spatial planning and spatial science have been addressing this issue for years, e.g. through consistent land management, the current land use in Germany amounts to around 52 hectares per day (as of 2019). This is i.a. because the control of settlement development often only intervenes in developments that go beyond the own communal development. Approaches to controlling self-development usually remain on a blanket level and thus promote decentralized decisions that, in total, contradict the set goals. The aim of this paper is to present a model for calculating self-development, which not only takes demographic development into account, but also aligns the size of self-development with site-specific requirements to consider the principles of spatial planning and thus promote sustainable spatial development. In its empirical basis, the paper is based on statistical analyses of the respective needs as well as surveys, interviews research results that have been carried out or have arisen within the framework of the BMBF-funded project Interko2. [ABSTRACT FROM AUTHOR]

The development of residential areas in the context of settlement development is a significant driver regarding land use and thus critical in achieving the goal of reduced new land use to less than 30 hectares per day by 2030. Although spatial plan-ning and spatial science have been addressing this issue for years, e.g. through consistent land management, the current land use in Germany amounts to around 52 hectares per day (as of 2019). This is i.a. because the control of settlement development often only intervenes in developments that go beyond the own communal development. Approaches to controlling self-development usually remain on a blanket level and thus promote decentralized decisions that, in total, contradict the set goals. The aim of this paper is to present a model for calculating self-development, which not only takes demographic development into account, but also aligns the size of self-development with site-specific requirements to consider the principles of spatial planning and thus promote sustainable spatial development. In its empirical basis, the paper is based on statistical analyses of the respective needs as well as surveys, interviews research results that have been carried out or have arisen within the framework of the BMBFfunded project Interko2. [ABSTRACT FROM AUTHOR]

Due to global changes and changes in land use, ecosystems and their services are increasingly affected. Against this background, it is questionable how ecosystems and the services they provide can be better and sufficiently taken into account in land-use planning as well as spatial development in Germany. Currently little chance is seen to establish new ecosystem service-based processes that would be comprehensively integrated in the spatial planning practice in Germany. However, modernisation of formal and informal planning instruments is conceived in a long-term perspective. The ecosystem service approach can essentially contribute to this modernisation methodically as well as conceptually. Therefore, this paper discusses possibilities how to integrate the ecosystem service approach in formal spatial planning in a short to medium term and which societal and ecological added value can be generated. Chances and risks of different implementation options will be discussed and specific approaches outlined. [ABSTRACT FROM AUTHOR]

The concept of ecosystem services can help to overcome implementation deficits in spatial planning and to promote the protection and sustainable use of nature and landscape. However, diverse findings on the concept's application in Germany have not yet been brought together and evaluated. The aim of this paper is to present theses on the meaningful and effective use of ecosystem services in spatial planning and the promotion of sustainable spatial development. The theses are intended to summarize the state of knowledge and provide recommendations for use in practice and for further research. They are divided into three thematic areas: Theses on the benefits of the ecosystem services concept, on obstacles and potentials of its use and theses on needs for action. The theses are intended to motivate practitioners and scientists to apply the ecosystem services concept in appropriate planning contexts, to use it for better protection and development of nature and landscape, and to support transformation processes towards sustainable development. [ABSTRACT FROM AUTHOR]