Sustainability and climate change are global issues, with many cultural, organizational, technical, social, regulatory, economic, and individual dimensions. Just as computer-based information systems have been a driving force for societal progress, Green IS can be a driving force for strategic sustainable solutions in organizations and communities.
Green IS enables the transformative power of information systems to support the multiple dimensions of sustainability. It addresses the world’s greatest challenges including shrinking access to non-renewable resources, decreased energy and food security, and environmental degradation due to climate change. IS can play a pivotal role in enabling sustainable solutions, which greatly increase the effectiveness and efficiency of modern communities and enterprises. Consequently, IS research can contribute in such transformation towards a multidimensional perspective to sustainability.
Schedule
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Accelerating Acquisition in an Open Innovation Ecosystem
Håkan Burden, Viktoria
Sandra Haraldson, Viktoria
Mathias Karlsson, Viktoria
Niklas Mellegård, Viktoria
Eddie Olsson, Viktoria
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Dare to Be Green: The Role of Environmental Passion and Green IT Identity on Green IT Practices
Kyle Nash, Baylor University
Robin Wakefield, Baylor University
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Decision Support for Optimal Investments in Building Energy Systems
Tim Brauner, Leibniz University of Hanover
Tobias Kraschewski, Leibniz University of Hanover
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Deployment of Information Systems for Sustainability Reporting and Performance
Ravi Chandra Seethamraju, University of Sydney
Geoffrey Frost, University of Sydney
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DESIGN PRINCIPLES FOR VALIDATING USE CASES OF BLOCKCHAIN FOR FOOD SUPPLY CHAINS.
Ravi S. Sharma, University of Canterbury
Stephen Wingreen, University of Canterbury
Nir Kshetri, University of North Carolina
Tharaka Mawanane Hewa, Nanyang Technological University
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Risk and Self-Disclosure in Sustainable Persuasive Smart Home Technologies
Nataliya Shevchuk, University of Oulu
Vladlena Benson, Aston University
Harri Oinas-Kukkonen, University of Oulu
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Smart Grid in Container Terminals – Systematization of Cost Drivers for Using Battery Capacities of Electric Transport Vehicles for Grid Stability
Maike Greve, University of Goettingen
Christine Harnischmacher, University of Goettingen
Sascha Lichtenberg, University of Goettingen
Lutz Kolbe, University of Göttingen
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Theory-Guided AI for Intraday Solar Radiation Prediction
Hashai Papneja, University of Georgia
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Where Do You Want to Go Today: Understanding the Adoption of IS-Enabled Business Trip Ridesharing Services
Bernd Herrenkind, Chair of Information Management
Tim-Benjamin Lembcke, Chair of Information Management
Simon Trang, University of Göttingen
Alfred Benedikt Brendel, University of Goettingen
Lutz M. Kolbe, University of Goettingen
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