Karen Weintraub recently wrote an article for the Boston Globe – At Harvard, landscape architects reinvent roles, link disciplines in which Weintraub interviews Charles Waldheim on how the profession of landscape architecture is changing by winning and managing development projects as the chief consultant.
Waldheim is cited making some great statements about the profession and its future
“There’s an increasing sense that landscape architects are really able to better manage complex urban change over time’’ than people in other professions, he said. Landscape architecture “now ends up being a place where the arts, questions of urbanism, and questions of ecology can connect.’’
Waldhiem also cites work by department member Michael Van Valkenburgh and his role in changing the profession.
Van Valkenburgh’s development of Brooklyn Bridge Park, along the East River waterfront, for instance, reclaims previously industrialized land, knits together development and nature, and provides public space.
The article also cites other staff at Harvard and the role of landscape architecture.
I find the article interesting although stating most of what most in the field know it is great to see and article in the Business section of the major newspaper website discussing the role of landscape architecture in relation to development and climate change.
Read the full article by Karen Weintraub article at the [SOURCE: Boston Globe – At Harvard, landscape architects reinvent roles, link disciplines]
Version 1.0 of the International Green Construction Code(IGCC) was launched by the International Code Council. Of interest to Landscape Architects is Chapter 4 – Site development and land use which
provides requirements for the development and maintenance of building and building sites that encourage natural resource conservation and environmentally responsible land use and development.
This chapter addresses soils, land use and conservation, storm water, irrigation, graywater, vegetation, building site management, transport, bicycle & vehicle parking, hardscape, vegetative roofs, lighting. Version 1.0 was undertaken with American Institute of Architects (AIA), ASTM International, ASHRAE, USGBC and IES with the inclusion of ASHRAE Standard 189.1 as an option for jurisdictional requirements. Version 1.0 of the code is open for public comment and then a Version 2.0 will be released in November 2010.
The IGCC aims to significantly reduce energy usage and greenhouse gasses. Enforcement of the code will improve indoor air quality and support the use of energy-efficient appliances, renewable energy systems, water resource conservation, rainwater collection and distribution systems, and the recovery of used water (greywater).
The IGCC emphasizes building performance, including features such as a requirement for building system performance verification and building owner education to ensure the best energy-efficient practices. A key feature of the new code is a section devoted to “jurisdictional electives” that will allow customization of the code beyond its baseline provisions to address local priorities and conditions.
Read more and download the IGCC (pdf or word format) at the [SOURCE: ICC] via Dexigner
ETH Zurich, a Swiss University and the National Research Foundation of Singapore have signed an agreement for the “Future Cities Laboratory”. This set the seal on the structure of the new platform for urban development in Singapore.
In this project, it is collaborating closely with scientists from the National University of Singapore and Nanyang Technological University. An agreement was signed in Singapore on 19 March 2010 forms an important link between the NRF and ETH Zurich as they build up their joint research activities. The plan is for the interdisciplinary research platform for sustainable urban development in Singapore to be staffed by September 2010.
The research focuses on three key scales: sustainable building technologies, the city as an urban system, and the relationship between urban and rural environments. The new strategy of the “Future Cities Laboratory” consists of combining these key points in an appropriate way and researching their interactions. The architects, planners and scientists see and design the city as a dynamic system in which people interact and in which resources such as energy, water, space, capital, materials or information are constantly in flux.
[SOURCE: ETH Zurich]
American Planning Association (APA) President Bruce Knight, FAICP, at the United Nation’s Fifth World Urban Forum (WUF) in Rio de Janeiro, Brazil announced the Sustaining Places Initiative will focus on the role of planning in addressing the entire set of human settlement issues relating to sustainability.
The initiative will establish a Sustaining Places Task Force that will focus on the use of the comprehensive plan as the leading policy document and tool to help communities of all sizes achieve sustainability. Work of the task force will include a survey of existing best practices, evolving needs and practices and the ways in which practices should change in the future in order for the comprehensive plan to better achieve its role as the leading policy document.
A Sustaining Places Day will be held during APA’s Federal Policy and Program Briefing in September 2010 that will include collaboration with the American Institute of Architects Challenge 2030 and the American Society of Landscape Architects Sustainable Sites.
A team from the Landscape Architecture program at University of Manitoba was one of the four teams awarded $25,000 from the $100,000 Go Green Challenge, a competition funded by the TD Friends of the Environment foundation (TDFEF), a national organization formed by TD Bank and Financial Group.
Aileen Zubriski and Kathryn Voroney, two masters students in Landscape Architecture at the University of Manitoba, made up the winning team for their proposal, prize with their project “Uncovering Water: Exposing the Storm Water System Through Sustainable Design.”. The proposal consisted of using bio-retention filters, green roofs and permeable paving to reduce the amount of runoff water that flows into the city’s sewer systems — stopping raw sewage from entering the Red River every time the system tops out and overflows, which happens an average of 18 times per summer.
[SOURCE: The Manitoban]