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New building guidelines in an Austrian valley region are playing a vital role in transforming existing and new construction methods - creating climate-resilient buildings and enhancing their residents’ quality of life.

Key Learnings

About the Region

Climate Threats

Stiefingtal, a rural valley nestled in the hilly region of Steiermark, Austria, is experiencing the impacts of climate change. The average temperature in this area is steadily rising, leading to increasingly hot summers. Consequently, the region is witnessing a surge in extreme weather events, while also facing the heightened risk of prolonged water shortages.

The main sectors at risk are agriculture, ecosystems and biodiversity, buildings, forestry, and water supply and sanitation.

Building for the Future

The region’s exposure to climatic threats has pushed the need to adapt to climate change and to take these risks more seriously up the political agenda:

We are the first generation that can feel climate change first hand, and possibly also the last generation that can really do something about it.

Wolfgang Neubauer, Mayor St. Georgen an der Stiefingtal

In 2018, the region of the Stiefingtal became a member of the national Climate Change Adaptation Model - KLAR! programme. This programme, funded by the Austrian Climate and Energy Fund, helps municipalities to raise awareness of the need for climate change adaptation and implement tangible actions at the regional level. As part of this programme, the region has already implemented specific measures in recent years. Those measures include developing climate-smart forests, tree and shrub planting, and the creation of bee meadows.

The region places significant strategic emphasis on climate-friendly construction, with a particular focus on futerproofing both new and existing buildings against the adverse effects of climate change. The main objective of the region's adaptation measures is to make all public buildings climate resilient to extreme heat, especially in summer, and to reduce the risksi and effects of floods. Attention in paid to shading, passive cooling, natural hazard-safe construction, high-quality windows, sufficient storage capacity, and energy-saving lighting.

Local guidelines for buildings

The Region has developed its own "Guidelines for climate-friendly construction in the Stiefingtalto help ensure its building sector is future-proofed. The guidelines address issues like integrated planning, provide recommendations on how to address mitigation and adaptation together and technical recommendations for the construction. This activity was spearheaded by the mayors and heads of departments of the region, who formed a steering group to discuss and develop policies for climate adaptation in the region. The group invited committed citizens and stakeholders from the Stiefingtal to a project workshop, resulting in a "climate-friendly construction project group” under the direction of architect Hans Oster. After several meetings, the company IGEM GmbH was formed and, in cooperation with the Technical University of Graz and with the support of the Steiermark and regional management authority Südweststeiermark, the guidelines were developed. The guidelines support the construction of buildings that are climate resilient, in alignment with European Union directives and address specific regional circumstances and requirements. These guidelines were proactively discussed with potential developers and investors, catering primarily to builders and civil engineers who may not have access to a dedicated team of specialist planners.

Smart building renovation: The climate-resilient elementary school

During the renovation of the elementary school (Volksschule) in Pirching am Traubenberg, the building was refurbished in a climate-resilient manner. The classrooms face south, but thanks to the construction of a balcony and wooden sun protection, they stay pleasantly cool, even on hot days. Each classroom has a direct exit to a covered outdoor area, and there is also an outdoor classroom. The completely green inner courtyard was kept, and new trees were planted. A tree shades the new mini outdoor Amphitheatre. A small sports area and a drinking fountain complete the "cooling school in the countryside". For the building materials, local materials were used almost exclusively to ensure short transportation routes. The total renovation costs were about € 2.5 million and the overall costs did not increase as a result of the climate adaptation measures adopted.

We are very satisfied with the converted elementary school and happy to be able to work in this building. The external shading is a protection against solar radiation, and it stays cooler inside the building. The outdoor class is used very often, especially on hot days.

Sabine Weingraber, Director of the elementary school Pirching am Rauberberg

The mayors played a crucial role in implementing the guidelines to facilitate the expansion, conversion, and renovation of public buildings within the region, including an elementary school, a kindergarten, and an educational campus. The feedback from the building users has been consistently very positive, highlighting the success of these initiatives. The next project is to build a multi-residential building.

Summary

Building from scratch: Stiefingtaler Haus (climate-friendly multi-storey residential building)

A prototype multi-store residential complex, with two self-sufficient residential buildings in the centre of St. Georgen an der Stiefing, is planned based on the guidelines for ‘climate-friendly construction in the Stiefingtal’. The motto of the residential complex is ‘living in the annual cycle of nature’. The complex is deliberately designed with vegetation in the form of trees and hedges. The complex is located in a transition area between farmland and a human settlement and is characterised by existing meadow orchard areas, which will be retained or redesigned. A community garden with raised beds and berry bushes will be located in the transition area to the farmland. On the roof of each house, there is a common open space covered with a solar PV system.

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Disclaimer
The contents and links to third-party items on this Mission webpage are developed by the MIP4Adapt team led by Ricardo, under contract CINEA/2022/OP/0013/SI2.884597 funded by the European Union and do not necessarily reflect those of the European Union, CINEA, or those of the European Environment Agency (EEA) as host of the Climate-ADAPT Platform. Neither the European Union nor CINEA nor the EEA accepts responsibility or liability arising out of or in connection with the information on these pages.

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