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Simulation of Deerfield Wind Project, Vermont (4 miles)

Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

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Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind. Simulation of 48-Turbine Wind Project in Maine (Since Revised) (7.7 miles) Simulation by National Park Service. Visually Sensitive Landscape Contexts: Ridgelines Water/Oceans. - PowerPoint PPT Presentation

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Page 1: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Simulation of Deerfield Wind Project, Vermont (4 miles)Simulation by Northeast Wind

Page 2: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Simulation of 48-Turbine Wind Project in Maine (Since Revised) (7.7 miles)Simulation by National Park Service

Page 3: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Simulation of Kibby Expansion Wind Project, Maine (3 miles)

Simulation by TRC

Visually Sensitive Landscape Contexts:• Ridgelines

• Water/Oceans

Page 4: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Early Simulation of Hoosac Wind Project, Massachusetts (telephoto view)Simulation by Northeast Wind

Page 5: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind
Page 6: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

18-Turbine Black Nubble Wind Project, Maine (Denied)Simulation by National Park Service

Page 7: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

FAA Hazard Lighting

Page 8: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Simulation of 21-Turbine Lowell Wind Project, Vermont (6.8 miles)

Prepared for Green Mountain Power by Landworks

Page 9: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Ensuring a Fair and Comprehensive Aesthetic Review Process (1)

• Recognize aesthetic concerns as legitimate.

• Honest and accurate simulations illustrating how the project will appear in the landscape.

►Worst case scenario: clear weather, unobstructed views, most scenic views, include the most proximate views

► Single frame images with all panorama views

► Local residents and officials define areas for simulations

Page 10: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Simulation of 5-turbine Georgia Mountain Wind Project, Vermont (portion) (.7 miles)

Simulation by Saratoga Associates

Page 11: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Simulation of 5 turbine Georgia Mountain Wind Project, Vermont (portion) (.7 miles)Simulation by Saratoga Associates

Page 12: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Panorama Simulation of Georgia Mountain Wind Project, Vermont (.7 miles)Simulation by Saratoga Associates

Page 13: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Simulation of Wind Project in Maine (7.7 miles)Simulation by National Park Service

Page 14: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Panorama Simulation of Wind Project in Maine (7.7 miles)Simulation by T.J. DeWann Associates

Page 15: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Simulation of Lowell Wind Project, Vermont (1.2 miles)Simulation by Landworks

Page 16: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Ensuring a Fair and Comprehensive Aesthetic Review Process (continued)

• Clear, comprehensive, and well articulated assessment process which relates to how people perceive and value landscapes►Avoid laundry list

► Focus on most sensitive viewing areas; ► Recognize locally important areas, not just state and national

• Examine a meaningful radius: ► 10 miles inland ► 20 miles ocean, larger projects, open landscapes (e.g. Midwest)

• Respond to legitimate concerns; modify the project

Page 17: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Turbine Relocation/Reduction ASimulation by Northeast Wind

Page 18: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Turbine Relocation/Reduction B

• Turbines set back from foreground peak

• Appear at lower elevation

Simulation by Northeast Wind

Page 19: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Ensuring a Fair and Comprehensive Aesthetic Review Process (continued)

• Encourage Local and State planning: identify scenic values

• Energy Planning: Connect wind projects to actual reductions in GHG emissions. • Fair monetary compensation (is beauty in the pocketbook?)

Page 20: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind
Page 21: Simulation of Deerfield Wind Project, Vermont (4 miles) Simulation by Northeast Wind

Roads and Clearing: Kibby Wind Project, Maine (year 1)• Impacts will decrease after 5 years

• Impacts may be minimal when viewed from below

• May be a concern with highly sensitive viewing area above and in close proximity.