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Global climate change is a frequently and controversially discussed topic. Yet apart from natural disasters that tend to be interpreted in any number of ways to serve vastly differing interests, it has so far hardly been a tangible phenomenon in our day-to-day life. The Climate Garden experiment enables the experience of climate change's consequences firsthand: It shows how the vegetation of a place might change in the future, what we may be eating, and what our gardens might look like. The experiment is conducted based on detailed climate scenarios that can be translated to different…mehr

Produktbeschreibung
Global climate change is a frequently and controversially discussed topic. Yet apart from natural disasters that tend to be interpreted in any number of ways to serve vastly differing interests, it has so far hardly been a tangible phenomenon in our day-to-day life. The Climate Garden experiment enables the experience of climate change's consequences firsthand: It shows how the vegetation of a place might change in the future, what we may be eating, and what our gardens might look like. The experiment is conducted based on detailed climate scenarios that can be translated to different locations around the globe.

This German language edition serves as a manual for the implementation of such a public experiment on a local or regional level anywhere in the world. Contributions by human geographers, art historians, and ecologists are complemented by a practical step-by-step guide to creating a climate garden. It provides a tool for private and public institutions to tell their own story and in particular to add a personal and emotional dimension to the largely abstract climate scenarios we usually learn about in the media.

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Autorenporträt
Manuela Dahinden, geboren 1972, studierte Biochemie und arbeitet seit 2007 als Wissenschaftskommunikatorin und Geschäftsleiterin am Zurich-Basel Plant Science Center, einem Forschungsnetzwerk der Universitäten Zürich und Basel sowie der ETH Zürich. Juanita Schläpfer-Miller, geboren 1966, studierte transdisziplinäre Wissensproduktion in Kunst und Wissenschaft und arbeitet seit 2012 als Wissenschaftskommunikatorin am Zurich-Basel Plant Science Center. Sie entwickelt Methoden für die Wissensproduktion, u.a. das Konzept Klimagarten 2085.