26 September 2013

Green Transportation Hierarchy


Fortunately urban areas have also adopted a green transportation hierarchy. This hierarchy influences prioritizing and funding more efficient modes of transportation.

Green Transportation Hierarchy

1. Pedestrians
2. Bicycles
3. Public Transportation
4. Service and freight vehicles
5. Taxis
6. Multiple occupant vehicles (carpools)
7. Single occupant vehicles

The Parking Revolution

There are 3-4 parking spaces per car in the United States which means 66-75% of spaces will be empty at any given time

Parking lots can be deadly to downtown areas
- people don't have to walk drive or walk thru the city to find parking, businesses are not patronized
Money should not be wasted on infrastructure that is unnecessary

Case Studies

PARK Smart
The neighborhoods are similar, but Park Slope is wealthier and has more cars available, yet Jackson Heights residents are more likely to drive to work in Manhattan



SFpark - parking technology + flexible pricing = better parking
Essentially parking prices can be different on each block and around every corner
Technology to capture data and measure performance

Best Practices

Stop asking how much is enough parking?
Where do minimum parking requirements come from?
Tailor parking requirements
Parking demand varies based on density
Supply and demand
Incorporate maximums ineradicable of minimum
Stop using the requirements that don't make sense for your city
Manage on-street parking
Meters
Do away with time maximums

Remember:

  1. Acknowledge value of curbs
  2. Balance rates and demand
  3. Remove time limits
  4. Keep revenue local
  5. Signage
  6. Street furniture
  7. Street sweeping

*Notes from an APA Conference session

25 September 2013

3rd Annual Urban Farm & Food Fair





I had the opportunity of attending the 3rd Annual Urban Farm & Food Fair on September 21st. The rain held off long enough for me and a friend to enjoy the variety that Baltimore has to offer in its urban food system. I learned so much and was able to get some excellent resources for my masters thesis/professional project. Some of the event exhibitors included: 

Big City Farms
Compost Cab
Farm Alliance Baltimore
Friends & Farms
Future Harvest
Johns Hopkins Center for a Livable Future Aquaponics Project
Real Food Farm
Slow Food Baltimore
University of Maryland Extension's: Growing Healthy Habits
University of Maryland Extension's: Master Gardeners
University of Maryland Institute of Applied Agriculture
Whitelock Community Farm

AND I may or may not be featured in this Baltimore Sun article.




The Brick Industry Association Presents . . .

On September 12th I had the opportunity to attend an event held by The Brick Industry Association for architects and planners. It was held at M&T Bank Stadium and we were able to tour the locker room and go on the field. It was a fun learning experience and it was free (for students)! Below I share notes from the seminar, which included three speakers.


Designing Buildings and Communities for Resiliency


Masonry Resiliency: More Than Building Codes - David Biggs

Resiliency is he ability of a system yo quickly return to equilibrium after disturbance or disaster.

Resilience includes the capacity to anticipate and minimize potential destructive forces through adaptation and resistance.

Sustainable is not equal to resilient.

Characteristics of resilience:
Safety
Durability

Purpose of building codes:
To protect life, health, and safety
Minimum code standards have become defacto to design standard
Not to necessarily provide resiliency

USA Resiliency References:
Government and FEMA Documents
Insurance Industry
Construction Industry

Resilience and Post Disaster Recovery - James Schwab, Manager, APA Hazards Planning Research Center


Suggested reading: "The Resilient City"

1: The Vision of a Resilient Community
Resilience as a concept for governance
Resilience in functional and economic terms
Ability to adapt to social, economic, political, and physical change
Resiliency in the context of natural hazards

Plans for recovery after disasters
Building a local culture of disaster awareness
Providing a focus for per-disaster exercises among designated public officials
Opportunity to establish clear lines of responsibility should the need arise for long term community recovery

2: Disaster Preparedness and Recovery: Expectation and Reality
Components of disaster management
Primer on disaster preparedness
Major federal legislation discussing disaster preparedness

3: Long-term Recovery Planning: Goals and Policies
Whole community recovery (Quality of life in addition to physical rebuilding)
Opportunities for post disaster recovery
   Land use
   Infrastructure
   Housing
   Economic redevelopment

4: Long-term Recovery Planning: Process
Where and when to start
   Before & After
Leadership and collaboration
Broadening public involvement
Psychological and emotional consideration (Grieve)

5: Long :Implementation
Organization and roles
Financing implementation
Estimate milestones and timetables
Implementation as a community enterprise
Legal issues
Measuring success

6: Next Steps in Creating Resilient Communities
Resilience and the future of planning
Fostering public understanding of environmental change
Green communities and economic development
Seizing opportunities and anticipating the unexpected

Case study: Greensburg, KS

The Inherent Sustainability of Brick - Tom Liebel, Mark Thomas Architects


Economy
Brick may be more expensive at the outset but has a life span of 100+ years.

Ecology
It takes a lot of energy and fossil fuels to fire brick, but the industry is becoming more efficiency in that process. Contrarily making brick has much lower impact on water consumption, as opposed to the less expensive vinyl siding which also has great health risks.
Brick tends to be locally sourced lowering the environmental impact of shipping.

Equity
Quality of environment:
Bringing people together to create the sense of community
Bring a sense of history and permanence

Case Study: Millers Court at Howard and 26th Streets, Baltimore