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.
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.
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.
Professional Regulation Commission (PRC) Monday announced that 15 out of 25 examinees passed the Landscape Architect Licensure Examination given by the Board of Landscape Architecture in Manila this March 2010.
Congratulations to the following people for passing and becoming registered landscape architects and hope you celebrate after the oath taking ceremony.
ALBAO, KARLA CHRISTINE DE LOS SANTOS; BALLESTEROS, NIÑA CECILIA VILLANUEVA; DOMINGO, DHENE IAN FRANCISCO; DUMALIGAN, FAITH TUGUINAY; ESPIRITU, MICHAEL JOHN VARIAS; FAVILA, DAWNE PEDRERA; FLORES, MA LORENA PATRICIA MENDOZA; LIGSAY, LIA YADINE NAVARRO; PANINGBATAN, PAMELA CASTILLO; RAMOSA, SHERWIN OBOS; SABIDO, BRIAN ALAN LOZANO; SANTOS, ARGIE RITZ CLEMENTE; SERASPI, KENNETH RUIZ; TAÑEDO, APRIL MARIE MOLINYAWE; YAMBAO, FREDERICK INTAL.
Over recent years video and digital animation have become another design tool for landscape architects and education and professional institutions.
For landscape architects digital animation and 3D rendering has become cheaper and cheaper to produce with tools such as Sketchup, 3Dmax, rhino, and maya allowing design firms to give clients another perspective and sense of place. Some of the amazing videos that are now produced are using a mixture of pure animation, still renders and imagery are stunning to watch. With the recent advances with VRL and 3D its a matter of time that the only limit will be the imagination of designers.
Recently education and professional institutions have started promoting their events and courses with the advent of cheap digital video cameras and the ability to publish cheaply with sites such as Youtube, Vimeo, Viddler, Metacafe, Youku. Recently professional institutions such as ASLA, AILA, Landscape Institute have used Youtube and self published video to increase the profile of landscape architects.
Below are some examples of how video is being used in landscape architecture. I would love to hear and see how you and your organisation are using video in landscape architecture. Drop me an email at firstname.lastname@example.org.