1. LEED New Construction & Major Renovations Rating System
Sustainable Sites
Site selection, community connectivity, transportation (public, bicycle, etc.), habitat, Brownfields, storm water, heat island, light pollution, and construction pollution prevention
Water Efficiency
Water use, wastewater treatment, and landscaping
Energy and Atmosphere
Building energy systems, refrigerants, on-site renewable energy, green power
Materials and Resources
Recycling, building reused, construction waste, materials reuse, recycled content, regional materials, rapidly renewable materials, and certified wood
Indoor Environmental Quality
Ventilation, low-emitting materials (Adhesives, sealants, paints, coatings, carpet, composite wood, agrifiber products), indoor chemicals, lighting controls, thermal comfort, day lighting, and views
Innovation and Design
Design that exceeds LEED requirements, and design by LEEDs accredited professionals

2. Green Home

3. Green Home eco-design-and-build.co.uk Photovoltaic electricity panels
Air sealing membrane
Wall superinsulation
Ground source heat pump coils
Rainwater recycling tank
Mechanical ventilation pre-warming tube
Underfloor superinsulation
Underfloor heating
Low volume flush WC [using rainwater?]
Smart electricity meter
Recycling bins
Compost bin
Superinsulated triple-glazed windows
Ceiling superinsulation
Mechanical heat recovery ventilation system
Solar water heating
Ventilation duct
Mechanical ventilation exhaust

4. Earth Shelter
jasinskiai.com

5. Earth Shelter
Website Information Unavailable

6. Orientation for Heat Gain
Farr 2008 makes opposite argument (to save on cooling costs)

7. Thermal Wall

8. Seasonal Shading

9. Natural Ventilation

10. Ground Source Heat Pump
Ground Source Heat Pump

11. Photovoltaic
Jansson

12.
Photovoltaics
Grid-conneted

13. i01.i.aliimg.com
Flat Roof PV

14. i00.i.aliimg.com
Inclined Roof PV

15. Ground Mount PV

16. Ground Mount Tracking PV

17.
Solar Hot Water

18. ccsolar.net
Solar Thermal

19. Solar Thermal Panel solarpowerpanels.ws
Water passes thru tubes in collector

20. Solar Thermal – Flat Plate

21. Evacuated Tube Collectors
climatelab.org
“Heat pipe evacuated tube collectors contain a copper heat pipe, which is attached to an absorber plate, inside a vacuum sealed solar tube. The heat pipe is hollow and the space inside is also evacuated. Inside the heat pipe is a small quantity of liquid, such as alcohol or purified water plus special additives. The vacuum enables the liquid to boil at lower temperatures than it would at normal atmospheric pressure. When sunlight falls the surface of the absorber, the liquid in the heat tube quickly turns to hot vapor and rises to the top of the pipe. Water or glycol, flows through a manifold and picks up the heat. The fluid in the heat pipe condenses and flows back down the tube. This process continues, as long as the sun shines. “(greenterrafirma.com)

22. Solar Thermal - Evacuated Tube

23.
Grey Water Reuse

24. Green Roof
www2.jmolson.com

25. Complete Streets www.wsdot.wa.gov
Complete Streets & Main Street Highways
In 2011, the Washington State Legislature tasked Washington State Department of Transportation (WSDOT)  with outlining a proposed grant program to include a proposed project selection and ranking method, criteria to be considered, and a plan for soliciting proposals consistent with the Transportation Budget, Chapter 367, Section 310 (10), and Chapter 257, Laws of 2011 (ESHB 1071).
WSDOT has worked with interested agencies and organizations through the summer and fall of 2011 to draft a grant program proposal. The program would improve conditions for all users on main street highways, city streets that also serve as state highways, as well as comparable locations on local streets.  This website provides information and supporting resources related to WSDOT's ongoing program development efforts.

26. Streets – Overlapping Jurisdictions (LA)
A regular Joe might think it's easy to change something on the very streets they walk on, but they would be mistaken. Before anything happens, a proposal and a plan has to go through multiple layers of bureaucracy, as graduate planning student Huma Husain's visual clearly shows above. During the recently held Urban Planning Capstone Presentations at the UCLA Luskin School of Public Affairs, Husain presented this revelatory infographic in answer to the question, "What is the institutional capacity for implementing Complete Streets in Los Angeles?" As you can see, the answer is: it can be done, but not without an uphill battle. The shared role of agencies in street design makes it difficult to institute change precisely because anyone who wants to change anything has to deal with so many people even on one small part of the road. Seeing this, one begins to have a renewed appreciation for the triumph of Sunset Triangle Plaza, LA's first street-to-plaza conversion, which "demanded a series of meetings between the departments of transportation, public works and highways and building and safety," not to mention the full support of City Planning Commission President Bill Roschen. It also gives one a sense of just how much it takes for advocates like Deborah Murphy, to introduce change in the city. (The Tangle of LA's Public Infrastructure Agencies 2012)
la.curbed.com

27. Porous Pavers www.horsleywitten.com
Porous Pavement (Mass Low Impact Development Toolkit)
Porous asphalt and pervious concrete appear to be the same as traditional asphalt or concrete pavement. However, they are mixed with a very low content of fine sand, so that they have 10%-25% void space and a runoff coefficient that is almost zero.
Paving stones (aka unit pavers) are impermeable blocks made of brick, stone, or concrete, set on a prepared sand base. The joints between the blocks are filled with sand or stone dust to allow water to percolate downward. Runoff coefficients range from 0.1 – 0.7, depending on rainfall intensity, joint width, and materials. Some concrete paving stones have an open cell design to increase permeability.
Grass pavers (aka turf blocks) are a type of open-cell unit paver in which the cells are filled with soil and planted with turf. The pavers, made of concrete or synthetic, distribute the weight of traffic and prevent compression of the underlying soil. Runoff coefficients are similar to grass, 0.15 to 0.6.

28. Wastewater Treatment Options
Wastewater Treatment Options

29. pgoforth.myweb.uga.edu
Wastewater Wetlands

30. Smedon Sewage Treatment

31. Smedon

32. Smedon
Composter 
Double-chamber toilet

33. Smedon