1. Sustainability and Innovation: A Platform for Prosperity Mike F. Keen, Ph.D., LEED AP IU South Bend Center for a Sustainable Future

2. Arctic sea ice drops to its lowest level since modern recording began Scientists call event “tipping point" in global warming. - National Sea Ice and Data Center (09/16/12) The Greatest Challenge Is Also Our Greatest Opportunity!!! PressTV 2010

3. What is Sustainability? Meeting the needs of the present without compromising the ability of future generations to meet their own needs -United Nations World Commission of Development and Environment

4. What is Sustainability? Sustainability brings three elements into harmony: Environment Economy Society

5. ++ People ProsperityPlanet Triple Bottom Line

6. Framework for Strategic Sustainable Development Developed over the last 20 years by an international group of natural and social scientists as a result of the desire to help identify a set of principles that could guide human action toward a more sustainable path regardless of the starting point. Provides a comprehensive definition of an environmentally sustainable society that is easily understood and grounded in natural science, social science, and systems theory. Offers a flexible framework for individuals, families, businesses, and communities to create and implement their own plans which will enable them to become more sustainable one step at a time.

7. Karl-Henrik Robert, PhD Cancer Cell Scientist

8. Building Block of Life What makes it possible for this cell to emerge and to sustain itself?

9. Scientific Foundations Basic Laws of Physics 1 st and 2 nd Laws of Thermodynamics Law of Conservation of Matter

10. Scientific Foundations Evolution Evolutionary Biology 4.5 billion years – Swirling stew 3.5 billion years – First plant cell 1.5 billion years – First green plants 0.7- 1 billion – First animal cells 2 million years – Human ancestors

11. Scientific Foundations Planetary Cycles Water Carbon (CO 2 ) Nitrogen National Center for Atmospheric Research

12. What all scientists agree upon Slow geological cycles (volcano eruptions and weathering) Slow geological cycles (sedimentation and mineralization) Closed system with respect to matter 1) Nothing disappears 2) Everything disperses Open system with respect to energy « Photosynthesis pays the bill » Sustainability is about the ability of our own human society to continue indefinitely within these natural cycles

13. How we influence the system Relatively large flows of materials from the Earth’s crust Introduce persistent compounds foreign to nature Physically inhibit nature’s ability to run cycles Barriers to people meeting their basic needs worldwide

14. Earth is like a terrarium Closed system Sun pays the bills There is no away Sustainability means maintaining the balance

15. The System Like the terrarium, Earth is a closed system with respect to matter The system has a natural tendency towards running down (Entropy) The sun provides the energy to keep the system from running down and is the source of all life through Photosynthesis There is no away The sun pays the bills

16. 4 System Conditions of a Sustainable Society...concentrations of substances extracted from the Earth’s crust,...concentrations of substances produced by society,...degradation by physical means,...people are not subject to conditions that systematically undermine their capacity to meet their needs. In a sustainable society, nature is not subject to systematically increasing... and, in that society...

17. Current unsustainable situation Declining resources and ecosystem services Increasing demand for resources and ecosystem services Through innovation, creativity & the unlimited potential for change we can reopen the walls of the funnel to a Third Industrial Revolution!!!

18. OPERATING MANUAL FOR THE PLANET (GUIDING OBJECTIVES) ALONG THE PATH TO SUSTAINABILITY 1. Reduce/eliminate our contributions to the systematic accumulation of materials taken from the earth’s crust. 2. Reduce/eliminate our contribution to the systematic accumulation of substances produced by society. 3. Reduce/eliminate our contributions to the ongoing physical degradation of nature. 4. Reduce/eliminate our contributions to conditions that systematically undermine people’s abilities to meet their own needs.

19. Strategies for Planning and Implementation Systems Thinking Learning Organization

20. Create a Sustainability Action Plan Identify a set of priorities for actions and innovations that put the sustainability objectives into practice, evaluated on the basis of the following questions: 1. Does the action/innovation step towards all four guiding objectives of sustainability simultaneously? 2. Does the action/innovation create a flexible platform for future steps, or does it lead to a blind alley? 3. Will the action/innovation give a good return on investment, i.e., time and money.

21. Backcasting 1. Begin with the end in mind 2. Move backwards from the vision to the present 3. Move step by step towards the vision Present Future Visioning

23. Why should you care?

24. Sustainability and Innovation at Interface Carpet Misson Zero Milestones Since 1994: Cut greenhouse gas 44% Energy usage down 43% Renewable 30% Cut water use 80% Planted 87,000 trees Invented and patented new machines (ReEntry) Increased sales Doubled earnings & Raised profit margins Cut waste 77%; Saved $483 mil

25. Hot Lips Pizza

26. What’s in it for me and my business or organization? What does sustainability offer me and my business or organization? New Market Potential Competitive Differentiation Platform for Innovation Reduced Energy Bills and Operating Costs Risk Avoidance (law suits, new environmental regulation and taxes, and market shifts) Improved Employee Morale Increased Productivity and Reduced Employee Absenteeism Improved Public and Community Relations Do well by doing good Be a hero to your children and grandchildren