Nachhaltigkeit und Digitalisierung: Wie digitale Innovationen zu den Sustainable Development Goals beitragen

Prof. Dr. Katharina Spraul

doi:10.5771/9783748903192

Summary

Whether smartphone, smart home or smart city—digitalisation determines almost all areas of our lives today. The topic of sustainability is also omnipresent in 2019 and numerous challenges associated with it are currently being discussed. Digitalisation and sustainability can thus be regarded as the two megatrends of the 21st century.The question of whether digitalisation is an instrument for achieving sustainable development is increasingly at the centre of the debate. The Sustainable Development Goals (SDGs) developed by the United Nations as part of the 2030 Agenda are of particular interest for assessing digitalisation as a potential means of achieving sustainable development. With the help of empirical work by students from the University of Kaiserslautern, this edited volume provides answers to the question of how different digital technologies can help to achieve these 17 goals. With contributions byKatharina Spraul, Cynthia Friedrich, Matthias Klos, Florian Wiegner, Marius Wienand, Antonino-Enrico Bucceri, Jana Becher, Pierre Kohlmann, Teresa Körber, Viktoria Kruppenbacher

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Bibliographic data

Edition: 1/2019
Copyright Year: 2019
ISBN-Print: 978-3-8487-6238-5
ISBN-Online: 978-3-7489-0319-2
Publisher: Nomos, Baden-Baden
Series: Nachhaltige Entwicklung
Volume: 10
Language: German
Pages: 231
Product Type: Edited Book

Titelei/Inhaltsverzeichnis No access Pages 1 - 14
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  1. 1.1 Von den forstwirtschaftlichen Ursprüngen zu ‚Our Common Future‘ No access
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  2. 1.2 Das erste Leitbild für eine nachhaltige Entwicklung No access
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  3. 1.3 Von den Millennium Development Goals zu den Sustainable Development Goals No access
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  1. 2.1 Der Begriff der Digitalisierung No access
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  2. 2.2 Digitalisierung und Nachhaltigkeit als Transformationsprozesse No access
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  3. 2.3 Der Einfluss der Digitalisierung auf die Nachhaltigkeit No access
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  1. 3.1 Die Digitalisierung in der Agenda 2030 No access
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  2. 3.2 Dematerialisierung und der Rebound-Effekt No access
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  3. 3.3 Nachhaltigkeit als Wegweiser der Digitalisierung No access
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  4. 3.4 Verbindung zweier Wirkmechanismen auf dem Weg zur Agenda 2030 No access
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1. 1 Einleitung No access
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  1. 2.1 Bildung für nachhaltige Entwicklung No access
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  2. 2.2 Die Initiative AIM2Flourish No access
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  3. 2.3 Appreciative Inquiry No access
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  1. 3.1 Wahl des Forschungsdesigns No access
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  2. 3.2 Auswertung der Daten No access
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  3. 3.3 Darstellung der Ergebnisse No access
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  4. 3.4 Diskussion der Ergebnisse No access
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4. 4 Zusammenfassung und Ausblick No access
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1. 1 Introduction No access
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  1. 2.1 Sustainable Development Goals and blockchain technology No access
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    1. 2.2.1 Blockchain as a novel data processing approach No access
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    2. 2.2.2 Practical implementation No access
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  1. 3.1 Survey method No access
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  2. 3.2 Interview guide employed during the survey No access
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  3. 3.3 Conducting the interviews No access
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  4. 3.4 Transcription and coding structure No access
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  1. 4.1 Current relevance of blockchain technology in regard of sustainability No access
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  2. 4.2 Potentially negative aspects using blockchain technology in climate action No access
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  3. 4.3 Future opportunities/perspectives No access
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5. 5 Summary and outlook No access
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1. 1 Einleitung No access
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2. 2 Energie als zentraler Faktor der Sustainable Development Goals No access
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  1. 3.1 Das konventionelle Stromnetz – ein Auslaufmodell im Zeitalter der erneuerbaren Energien No access
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  2. 3.2 Smart Grids und Smart Meter – Die Zukunft des elektrischen Energiesystems im Zeichen der Digitalisierung No access
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4. 4 Methodik zur qualitativen Erhebung des Zusammenhangs zwischen Digitalisierung und Nachhaltigkeit im deutschen Energiesektor No access
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  1. 5.1 Die ökonomische Dimension – Verbesserte Effizienz und Versorgungssicherheit in den Energiesystemen No access
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  2. 5.2 Die ökologische Dimension – Dekarbonisierung durch intelligente Sektorenkopplung und geringere Abregelungsverluste No access
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  3. 5.3 Die soziale Dimension – Nachhaltiger Transformationsprozess auf Kosten der Privathaushalte No access
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6. 6 Akzeptanz der Smart Meter bei Endkunden als Schlüsselfaktor für die Umsetzung digitaler Konzepte im Energiesektor No access
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7. 7 Fazit und Ausblick No access
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1. 1 Introduction No access
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2. 2 Sustainability and digitization in the energy sector No access
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3. 3 Smart metering as a requirement for sustainable energy No access
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  1. 4.1 Methodological approach No access
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  2. 4.2 Development of the criteria No access
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  3. 4.3 From energy provider to energy ,service’ provider No access
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  4. 4.4 Smart meter as an enabler to foster sustainability No access
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5. 5 Summary and implications for research and practice No access
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1. 1 Introduction No access
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  1. 2.1 Artificial intelligence No access
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  2. 2.2 Sustainable Development Goals No access
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3. 3 Methodical approach No access
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  1. 4.1 Application scenarios that contribute to sustainable development No access
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  2. 4.2 Crucial aspects for the usage of AI as a supporter of sustainable development and their implications No access
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  3. 4.3 Limitations and further research needs No access
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5. 5 Conclusion and outlook No access
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1. 1 Introduction No access
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  1. 2.1 Digitization No access
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  2. 2.2 Corporate digital responsibility No access
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  1. 3.1 Coverage of IoTT applications in enterprises by DIN ISO 26000 No access
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  2. 3.2 Coverage of IoTT applications in enterprises by the CDR areas by Zimmermann No access
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  3. 3.3 Proposition of a comprehensive CDR concept for IoTT No access
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4. 4 Summary and conclusion No access
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  1. 1.1 Research problem No access
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  2. 1.2 Research objective No access
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  1. 2.1 Sustainable cities according to the Sustainable Development Goals No access
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  2. 2.2 Theoretical foundations of smart cities No access
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  3. 2.3 Governance – Integrating stakeholders in the smart cities No access
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  1. 3.1 Research method No access
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  2. 3.2 Smart city rankings and the selection of analysed cities No access
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    1. 3.3.1 Kaiserslautern No access
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    2. 3.3.2 Luxembourg No access
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    3. 3.3.3 Nancy No access
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4. 4 Conclusion and outlook No access
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1. 1 Introduction No access
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2. 2 Digital sustainable innovations No access
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3. 3 Current situation of rural areas No access
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  1. 4.1 Methodology No access
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  2. 4.2 E-Health No access
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  3. 4.3 Smart Farming No access
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  4. 4.4 Project Digitale Dörfer No access
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5. 5 Conclusion No access
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