1. Sustainability at NMSU A part of the integrated planning process

2. Definitions Sustainability is a state of operations in which economic, social, and environmental needs of current generations are being met without negatively impacting the ability of future generations to meet their equivalent needs

3. Definitions Integrated planning is the process of linking vision, priorities, people, and the physical institution, in a flexible system of evaluation, decision-making and action to shape and guide the entire organization as it evolves over time, within and without its community

4. Definitions Green –“materiality” Sustainability – “balance of flows” Regenerative – “giving more than it takes”

5. Definitions Carbon footprint – the amount of carbon emissions generated over a specific time period. It accounts for one type of impact on the world – global warming Ecological footprint – measures the impact on the worlds biocapacity, or how much of the world it takes to sustain your lifestyle

6. Definitions Carbon offset – a reduction credit often offered by an organization whose project can claim that less carbon emissions were released due to the project

7. Definitions Climate Neutral – Having no net release of green house gas through elimination of sources or acquisition of carbon offsets Green house gas - Those gasses such as CH4, CO2, N2O, HFCs, PFCs and SF6 that cause global warming

8. The Carbon Challenge It is estimated that humans generate about 9 Gtons of carbon per year. The earth is absorbing about 5 Gtons per year. That leaves 4 Gtons per year in the atmosphere as green house gas that contributes to rising temperatures. Scientists estimate the total tonnage in atmosphere to be 300 Gtons. 570 Gtons will lead to a sustained rise of 2 degrees C.

9. The Ecological Challenge The average ecological footprint in the United States is 24 acres per person. Worldwide there now exists 5.4 biologically productive acres per person. If everyone lived as we do we would need four planets.

10. Typical Sources of Carbon A monthly electrical bill of $80 equates to 19,700 pounds of CO2 emitted per year Driving 200 miles per week equates to 11,800 pounds of CO2 emitted per year A household that does not recycle equates to 6,300 pounds of CO2 emitted per year

11. NMSU’s Commitment April 17 th, 2007 President Michael V. Martin American College and University Presidents Climate Commitment

12. Presidents Climate Commitment Eliminate net green house gas emissions as soon as possible

13. Presidents Climate Commitment Eliminate net green house gas emissions as soon as possible Create an institutional structure by June 17 th, 2007

14. Presidents Climate Commitment Eliminate net green house gas emissions as soon as possible Create an institutional structure by June 17 th, 2007 Complete a green house gas emission inventory by April 17 th, 2008

15. Presidents Climate Commitment Make climate neutrality and sustainability a part of the curriculum and other educational experiences of all students

16. Presidents Climate Commitment Make climate neutrality and sustainability a part of the curriculum and other educational experiences of all students Set target date, institutional action plan and interim milestones for climate neutrality by April 17 th, 2009

17. Presidents Climate Commitment Make climate neutrality and sustainability a part of the curriculum and other educational experiences of all students Set target date, institutional action plan and interim milestones for climate neutrality by April 17 th, 2009 Publish and post plans, goals and progress to date

18. Presidents Climate Commitment Tangible Actions All new construction and major renovations to be US Green Building Councils LEED Silver Certified or higher (Done)

19. Presidents Climate Commitment Tangible Actions All new construction and major renovations to be US Green Building Councils LEED Silver Certified or higher (Done) Adopt an energy-efficient appliance purchasing policy requiring ENERGY STAR certified products (Pending)

20. Presidents Climate Commitment Tangible Actions Establish a policy of offsetting all greenhouse gas emissions generated by air travel paid for by the institution

21. Presidents Climate Commitment Tangible Actions Establish a policy of offsetting all greenhouse gas emissions generated by air travel paid for by the institution Encourage use and provide access to public transportation at the institution (Done)

22. Presidents Climate Commitment Tangible Actions By April 2008, purchase at least 15% of electrical power from renewable sources (Seeking legislative support for both solar and wind energy projects)

23. Presidents Climate Commitment Tangible Actions By April 2008, purchase at least 15% of electrical power from renewable sources (Seeking legislative support for both solar and wind energy projects) Endowment portfolio investment strategy

24. Presidents Climate Commitment Tangible Actions By April 2008, purchase at least 15% of electrical power from renewable sources (Seeking legislative support for both solar and wind energy projects) Endowment portfolio investment strategy Waste minimization component of the Recycle Mania competition

25. Other Past / Ongoing Initiatives Cogeneration plant with thermal storage Recycling and composting operations Fleet composition and fueling sources Demonstration photovoltaic parking shade structure

26. Short Term Challenges Western water law of “use or lose” versus need to conserve Disconnect between capital funds and operational funds “life cycle cost models”

27. Opportunities Enable higher standards of living world wide through the ability to adapt new technologies

28. Opportunities Enable higher standards of living world wide through the ability to adapt new technologies Support for new ways of thinking about our world and how we impact it

29. Opportunities Enable higher standards of living world wide through the ability to adapt new technologies Support for new ways of thinking about our world and how we impact it Higher education will be the primary source of the solutions in addressing a defining challenge of the 21 st century

30. An Approach Physical resource efficiency bordering on the fanatical Joint use of assets by competing entities Technology, technology, technology Integrated planning