Energy Landscapes
Renewable Systems
Design Principals
Green Infrastructure
Case Studies
100

The three main renewable sources explored in energy landscapes.

What are solar, wind, and hydroelectric energy?

100

What term describes the use of natural, renewable sources instead of fossil fuels?

What is the global energy transition?

100

“Integrate, don’t segregate” and it's relationship to multifunctional design

What is the overlap energy, ecology, and social functions rather than separating them

100

Green infrastructure.

What is a network of natural and semi-natural systems that provide ecosystem services?

100

The project that transformed an abandoned elevated rail line into a green public park in New York City.

What is the High Line?

200

Sheep grazing used to maintain vegetation under solar panels.

What is solar grazing?

200

What are two key challenges of solar energy landscapes?

What are visual monotony and loss of agricultural land/habitat?

200

 A social value designers should consider when planning energy landscapes

What is community needs such as recreation, education, or local identity?

200

An example of stormwater green infrastructure.

What are bioswales, rain gardens, green roofs, permeable paving, or constructed wetlands?

200

The large U.S. wind farm that produces 1,550 MW and coexists with cattle ranching.

What is Alta Wind Energy Center?

300

A key challenge when wind farms are located in sensitive habitats.

What is bird and bat mortality (or habitat fragmentation)?

300

What landscape feature can be used beneath solar panels to promote biodiversity?

What are shade-tolerant native plantings or pollinator meadows?

300

Turning an infrastructure project into a local landmark rather than an eyesore. 

Embracing visibility and celebrating technology through artistic design

300

The four categories of ecosystem services provided by green infrastructure.

What are Regulating, Provisioning, Cultural, Supporting?

300

The solar installation designed by Walter Hood that integrates energy and ecology on a university campus.

What is Solar Strand?

400

What are the five dimensions of multifunctional energy landscapes?

Productive, Ecological, Hydrological, Social, Aesthetic

400

Why might community solar gardens include educational programming?

To build public understanding and support for renewable energy. 

400

Why is a purely “form follows function” mindset inadequate for sustainable infrastructure?

It focuses on a single purpose and ignores ecological, social, and aesthetic performance. 

400

Three strategies for mitigating urban heat through green infrastructure.

What is increasing tree canopy, green roofs, cool pavements, or water features?

400

The project in Harbin, China that treats stormwater while preserving wetland habitat

What is Qunli Stormwater Park?

500

What are two strategies for making large-scale renewable energy projects more publicly accepted?

Incorporate public access/education and make the infrastructure visually appealing.

500

Why is multifunctionality a critical goal for renewable energy landscapes?

Because it maximizes energy, ecological, and social benefits on limited land.

500

What are the “five dimensions” of multifunctionality that should guide a designer’s decision-making process?

Balancing productive (energy), ecological, hydrological, social, and aesthetic functions in every design move.

500

Green gentrification and why is it a challenge.

What is environmental improvements that raise property values and displace vulnerable communities.

500

The unbuilt project in Washington, DC that integrates social equity and stormwater treatment

What is 11th Street Bridge Park?