Built Environment and Architecture As a Resource
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Implementing Sustainability in the Built Environment
Report August 2017 Implementing sustainability in the built environment An analysis of the role and effectiveness of the building and planning system in delivering sustainable cities Trivess Moore, Susie Moloney, Joe Hurley & Andréanne Doyon Implementing sustainability in the built environment: An analysis of the role and effectiveness of the building and planning system in delivering sustainable cities. Trivess Moore, Susie Moloney, Joe Hurley and Andréanne Doyon School of Global, Urban and Social Studies and School of Property, Construction and Project Management, RMIT University. August 2017 Contact: Joe Hurley RMIT University GPO Box 2476 Melbourne Vic 3001 [email protected] Phone : 61 3 9925 9016 Published by: Centre for Urban Research (CUR) RMIT University | City campus Building 15, Level 4 124 La Trobe Street Melbourne VIC 3000 www.cur.org.au @RMIT_CUR facebook.com/rmitcur Layout and design: Chanel Bearder 2 Contents Executive summary 4 1. Introduction 7 1.1 Introduction 7 1.2 Project description, aim and scope 7 1.3 Methods 9 1.4 Project Context: Transitioning to a sustainable built environment future 10 2. Review of key planning and building policies 12 2.1 Building systems 12 2.2 Planning systems 13 2.3 State ESD policies and regulations 14 2.3.1 Victoria 15 2.3.2 New South Wales 15 2.3.3 Australia Capital Territory (ACT) 16 2.3.4 Queensland 16 2.3.5 South Australia 17 2.3.6 Western Australia 17 3. Planning decision making in Victoria: ESD in VCAT decisions 18 3.1 Stage 1: Identify all VCAT cases that have coverage of sustainability issues within the written reasons for the decision. -
The Benefits of Polymers for Australia's Built Environment
AUSTRALIAN MODERN BUILDING ALLIANCE Safe and sustainable construction with polymers The benefits of polymers for Australia’s built environment The benefits of polymers for Australia’s built environment This information sheet explains how polymer-based construction products create modern buildings that are durable, safe, sustainable and energy efficient. Polymers in the construction industry Polymers form the basis of many construction materials that are integral to modern buildings such as foams, paints, sealants, rubbers and plastics. These materials cover a broad range of products and applications for building interiors and exteriors including insulation, piping, flooring, wiring, window installation, solar modules, ventilation systems, awnings, painting, tiling and landscaping. The challenge According to the Australian particularly at a time when Whether in the construction, use Sustainable Built Environment Australia’s energy costs and or end-of-life phase, buildings Council (ASBEC), buildings in demands are increasing. consume vast volumes of energy Australia constructed after 2019 The performance and durability equating to large volumes of could make up more than half of of construction products – greenhouse gases (GHG). the country’s total building stock particularly insulation – is key by 2050.3 The IEA recommends In Australia, our buildings to creating more energy efficient strengthening construction codes account for 19 per cent of total buildings. energy used and 18 per cent of to address the energy efficiency our total direct GHG emissions.1 of new buildings and those Products should be long lasting, This figure would be closer requiring major retrofits as an require low maintenance or 2 to 40 per cent of total GHG immediate priority. -
Järnvägstorget Central Railway Station Rautatientori
Rautatientori 22.10.2018 Järnvägstorget Central Railway Station Töölönlahdenkatu Kaisaniemen puistokuja Kerros Pohjoinen Plan Kaisaniemi Floor Norr Kajsaniemi North Töölö Tölö Oodi Helsingin keskustakirjasto Kaisanniemenpuisto Rautatientorille Ode Helsingfors centrumbibliotek Kajsaniemiparken Till järnvägstorget Oodi Helsinki Central Library Kaisaniemi Park Kansalaistori To Rautatientori Square Medborgarplatsen Rautatieasemalle Till järnväg stationen To Central Railway Station Tölöviksgatan R Läntinen Teatterikuja Elielinaukiolle Asematunneli Till Elielplatsen Stationstunneln To Elielinaukio Square Station tunnel Tavaratalo Sokos Varuhuset Sokos Sanomatalo Sokos Department Store Citycenter Teatergränden Västra -1 Sanomahuset Kansallisteatteri Sanoma House Finlands Nationalteatttern Finnish National Theatre Elielinaukio Kompassitaso Postgränd 29 Kompassplanet Postikuja Compass level 28 Vilhonkatu Elielplatsen Kiasma 27 Nykytaiteen museo 26 -2 Museet för nutidskonst Museum of Contemporary Art 25 24 6 9 12 Mannerheiminaukio 31 23 Forum 30 22 21 Postitalo 3 5 8 11 Posthuset General Post Office Mikonkatu Mannerheimplatsen Rautatientori Järnvägstorget Laituritaso Plattformsplan Tapiola/Matinkylä Hagalund/Mattby Platform level Kynnyksetön reitti katutasolle Olet tässä 4 7 10 Fri passage till gatuplan Du är här Mikaelsgatan You are here -3 Disabled access to street level 2 56 Vuosaari/Mellunmäki Nordsjö/Mellungsbacka Mannerheimintie Postgatan 55 Postikatu Asema-aukio 15 Stationsplatsen Tavaratalo Sokos 17 Raitiovaunut Rautatieasemalta ja Lasipalatsilta -
Survival Guide
ESN HELSINKI Survival Guide by Annika Punkari Dear international reader, Exchange period makes it possible to become more independent, network with people around the world and get once-in-a-lifetime experiences in a foreign country. Remember that the journey itself is important and educative, not the studying part only. This guide was written for the incoming exchange students of Aalto University, Metropolia University of Applied Sciences, Haaga-Helia University of Applied Sciences Ltd. and University of Helsinki. Have an amazing time in Finland! Annika Annika Punkari, 2015 Cover photo by Visit Finland CONTENTS ESN & EXCHANGE PERIOD Metropolia (UAS) ESNcard Finnish grading scale Culture Shock HELSINKI FINLAND Attractions Language Banking Weather and climate Events in Helsinki What to bring with you Health care DOCUMenTATION & InsURANCE Housing Residence permit Most popular sights Health insurance Night life Travel insurance Pharmacy Travelling from Finland Public transport b Personal ID-code a Shopping, food, alcohol c k Working Sports t STUDYING CITY TRIPS o Student card Porvoo s t Haaga-Helia (UAS) a Turku r t University of Helsinki Tampere Aalto University Tallinn & Stockholm ESN & ExchaNgE pEriod ESNCARD Erasmus Student Network (ESN) is a non-profit international organization and the With the ESNcard you become a member of ESN and get thousands of discounts biggest student association in the whole Europe. ESN represents international all over Europe. You can find the discounts from here. students and help them to understand different cultures and develop themselves. If you purchase the card you get to participate to the events and trips of the local The whole network is based on the idea of ”students helping students”. -
Climate Change, Scale, and Devaluation: the Challenge of Our Built Environment
Climate Change, Scale, and Devaluation: The Challenge of Our Built Environment Nathan F. Sayre * Abstract Climate debate and policy proposals in the United States have yet to grasp the gravity and magnitude of the challenges posed by global warming. This paper develops three arguments to redress this situation. First, the spatial and temporal scale of the processes linking greenhouse gas (GHG) emissions to climate change is unprecedented in human experience, challenging our abilities to comprehend, let alone act. An adequate understanding of the scale of global warming leads to an unequivocal starting point for all discussions: we must leave as much fossil fuel in the ground as possible, for as long as possible. Second, a policy informed by this insight must focus on the built environment, which mediates economic production, exchange, and consumption in ways that both presuppose and reinforce high rates of GHG emissions, especially in the U.S. A rapid and comprehensive reconfiguration of the built environment is imperative if we are to mitigate and adapt to global warming. Third, the obstacles and opposition to such a reconfiguration are best understood in terms of the devaluation of fixed capital, public and private investments alike, that has been sunk in the built environment of the present. In a fortuitous paradox, these investments are threatened with devaluation whether or not we act to stabilize the atmospheric GHG concentrations; in highly uneven, unpredictable, and potentially abrupt ways, global warming will make our current built environment increasingly untenable and uneconomical. There is, therefore, no reason not to be proactive and to craft policies with the goal of completely redesigning and rebuilding our built environment over the next 20 to 50 years. -
Geoengineering in the Anthropocene Through Regenerative Urbanism
geosciences Review Geoengineering in the Anthropocene through Regenerative Urbanism Giles Thomson * and Peter Newman Curtin University Sustainability Policy Institute, Curtin University, Perth 6102, WA, Australia; [email protected] * Correspondence: [email protected]; Tel.: +61-8-9266-9030 Academic Editors: Carlos Alves and Jesus Martinez-Frias Received: 26 June 2016; Accepted: 13 October 2016; Published: 25 October 2016 Abstract: Human consumption patterns exceed planetary boundaries and stress on the biosphere can be expected to worsen. The recent “Paris Agreement” (COP21) represents a major international attempt to address risk associated with climate change through rapid decarbonisation. The mechanisms for implementation are yet to be determined and, while various large-scale geoengineering projects have been proposed, we argue a better solution may lie in cities. Large-scale green urbanism in cities and their bioregions would offer benefits commensurate to alternative geoengineering proposals, but this integrated approach carries less risk and has additional, multiple, social and economic benefits in addition to a reduction of urban ecological footprint. However, the key to success will require policy writers and city makers to deliver at scale and to high urban sustainability performance benchmarks. To better define urban sustainability performance, we describe three horizons of green urbanism: green design, that seeks to improve upon conventional development; sustainable development, that is the first step toward a net zero impact; and the emerging concept of regenerative urbanism, that enables biosphere repair. Examples of green urbanism exist that utilize technology and design to optimize urban metabolism and deliver net positive sustainability performance. If mainstreamed, regenerative approaches can make urban development a major urban geoengineering force, while simultaneously introducing life-affirming co-benefits to burgeoning cities. -
Helsinki in Early Twentieth-Century Literature Urban Experiences in Finnish Prose Fiction 1890–1940
lieven ameel Helsinki in Early Twentieth-Century Literature Urban Experiences in Finnish Prose Fiction 1890–1940 Studia Fennica Litteraria The Finnish Literature Society (SKS) was founded in 1831 and has, from the very beginning, engaged in publishing operations. It nowadays publishes literature in the fields of ethnology and folkloristics, linguistics, literary research and cultural history. The first volume of the Studia Fennica series appeared in 1933. Since 1992, the series has been divided into three thematic subseries: Ethnologica, Folkloristica and Linguistica. Two additional subseries were formed in 2002, Historica and Litteraria. The subseries Anthropologica was formed in 2007. In addition to its publishing activities, the Finnish Literature Society maintains research activities and infrastructures, an archive containing folklore and literary collections, a research library and promotes Finnish literature abroad. Studia fennica editorial board Pasi Ihalainen, Professor, University of Jyväskylä, Finland Timo Kaartinen, Title of Docent, Lecturer, University of Helsinki, Finland Taru Nordlund, Title of Docent, Lecturer, University of Helsinki, Finland Riikka Rossi, Title of Docent, Researcher, University of Helsinki, Finland Katriina Siivonen, Substitute Professor, University of Helsinki, Finland Lotte Tarkka, Professor, University of Helsinki, Finland Tuomas M. S. Lehtonen, Secretary General, Dr. Phil., Finnish Literature Society, Finland Tero Norkola, Publishing Director, Finnish Literature Society Maija Hakala, Secretary of the Board, Finnish Literature Society, Finland Editorial Office SKS P.O. Box 259 FI-00171 Helsinki www.finlit.fi Lieven Ameel Helsinki in Early Twentieth- Century Literature Urban Experiences in Finnish Prose Fiction 1890–1940 Finnish Literature Society · SKS · Helsinki Studia Fennica Litteraria 8 The publication has undergone a peer review. The open access publication of this volume has received part funding via a Jane and Aatos Erkko Foundation grant. -
Sustainable Engineering: the Future of Structural Design
Sustainable Engineering: The Future of Structural Design J.A. Ochsendorf1 1PhD, Assistant Professor, Building Technology Program, Massachusetts Institute of Technology, 77 Massachusetts Avenue, Cambridge MA 02139; PH (617) 253 4087; FAX (617) 253 6152; Email: [email protected]. Abstract Structural engineers face significant challenges in the 21st century and among them, global environmental challenges must be a priority for our profession. On a planet with finite natural resources and an ever-growing built environment, engineers of the future must consider the environmental, economic, and social sustainability of structural design. To achieve a more sustainable built environment, engineers must be involved at every stage of the process. To address the broad issue of sustainability for structural engineers, this paper is divided into three sections: 1) Global environmental impact: The trends in steel and concrete consumption worldwide illustrate the growing environmental impact of structural design. In particular, the emissions of greenhouse gases due to structural materials are a primary global concern that all structural engineers should consider. 2) Solutions for today: There are many steps that each structural engineer can take to mitigate the environmental impact of structural design. Furthermore, there is growing demand for engineers who are knowledgeable of environmental issues in construction. This section presents several options that are available today for engineers interested in reducing environmental impacts. Case studies will illustrate examples of more sustainable structural design. 3) Challenges for the future: Although short-term solutions exist to reduce the environmental impact of construction, there are significant long-term challenges that we must address as a profession. By facing these challenges, we can take a leadership role in matters of vital global importance. -
Temporary Use & Collective Action: How Urban Planning Practices
AESOP / YOUNG ACADEMICS NETWORK NEXT GENERATION PLANNING Open Access Journal Temporary Use & Collective Action: How Urban Planning Practices Contribute to Adaptive Capacity Building for Economic Resilience Robin A. Chang Technical University of Dortmund, Germany Corresponding author: [email protected] Amongst the proliferation of practice- and theory-based concepts that are changing urban planning, the renaissance of resilience is proving its potential for impressive implications instead of remaining a brief trend. This paper considers the affordances of an evolutionary and adaptive resilience framing for planning policy and practice in relation to economic development. Specifically, the research presented here explores the explanatory and analytical values of resilience through transformative collective action that incites experimentation, social learning and adaptive capacity building through entrepreneurial temporary uses. In the spotlight is Bremen’s temporary use policy of ZwischenZeitZentrale, through which temporary use is managed in the wake of economic and structural change. This softer form of policy demonstrates how planning mechanisms can complement strategies to address hurdles following gradual forms of crises. Through the case study of Plantage 9, an illustration of collective action is anchored by entrepreneurial temporary use that enable temporary users, temporary use managers and public administrations to build adaptive capacity for economic resilience. Keywords: Evolutionary resilience, experimentation, social learning, adaptive capacity, temporary use, Bremen Copyright: author(s). Protected under CC BY-NC 4.0. ISSN: 2468-0648. Please cite as: Chang, R., A. (2018). Temporary Use & Collective Action: How Urban Planning Practices Contribute to Adaptive Capacity Building for Economic Resilience. plaNext – next generation planning. 7: 82- 99. DOI: 10.24306/plnxt/51. -
Panu Lehtovuori* & Sampo Ruoppila
Panu Lehtovuori* & Sampo Ruoppila** *Tampere University of Technology, School of Architecture; [email protected] **University of Turku, Department of Social Research; [email protected] DRAFT, please do not quote word to word Temporary Uses Producing Difference in Contemporary Urbanism Paper presented at the “Transience and permanence in urban development” workshop, Sheffield 14.- 15.1.2015 Abstract The notion of ‘difference’ – phrased by different authors as multiplicity, variety, alterity, otherness, or heterotopia – is central in our effort to theorise temporary uses. In this paper, we outline a theoretical plane to discuss temporary uses, conceptualising urban space as a tensioned and dynamic field of in- terlinked, simultaneous differences. Temporary uses can be viewed either as instrumental ‘tools’ of urban planning and management or as intrinsically valuable spaces and processes, often with political and emancipatory connotations. We discuss how these two ways to think about temporary uses are linked, respectively, to two socio-cultural positions and practical interests, those of the plan- ner/developer and the activist/user. We provide also analysis how ‘difference’ is conceptualised in a selection of contemporary, in some way alternative or forward-looking planning ideas. We also ad- dress the complex relationship between temporary uses and gentrification, acknowledging the connec- tion, but arguing for policies to save the “successful” temporary uses for difference they may provide. I. INTRODUCTION Spatial complexity, temporal Dialectic of permanence anD change anD the socio-political power of space are integral elements of several establisheD architectural and urban theories. In the early 20th century, Patrick Geddes published City Development (1904) and Cities in Evolution (1915). -
Temporary Use Permit Supplemental Application
COMMUNITY DEVELOPMENT DEPARTMENT 630 GARDEN ST. SANTA BARBARA, CA 93101 (805) 564-5578 | SantaBarbaraCA.gov TEMPORARY USE PERMIT SUPPLEMENTAL APPLICATION GENERAL INFORMATION WHAT IS A TEMPORARY USE PERMIT? A Temporary Use Permit allows a specific land use for a limited period of time on a certain site. It authorizes such short-term uses as mobile food vendors, seasonal holiday sales, construction trailers, and festivals or exhibitions. It does not authorize construction-related activities that require a building permit from the Building & Safety Division. A Temporary Use Permit may approve a period of time ranging from one day to multiple years. Further time may only be authorized with a new application. WHEN IS IT REQUIRED? If a use is not intended to be permanent, and it is a variation from the customary operations of the existing use on a property, a Temporary Use Permit may be appropriate. Certain temporary uses are exempt from a permit if they comply with the criteria in the Zoning Ordinance. Applicants must research the project site prior to submitting an application to verify there are no previous Planning approvals (Conditional Use Permits) that restrict or limit the number of special events allowed on a site. IS ANOTHER CITY PERMIT OR APPROVAL REQUIRED? A Temporary Use Permit from the Planning Division is frequently one of a number of City permits required to operate a temporary use. The Fire, Police, County Health Department, Public Works, and Parks and Recreation Departments, among others, may also require separate permits before such operations can commence. See the City’s Planning a Special Event website for more information. -
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世界中から… いままでに42か国から400人近い学生たちがこの凝縮された建築と文化と建設の経験を積むために参加している。 Dipoli Student Building (Reima and Raili Pietilä, 1966) The Main Building (Alvar Aalto, 1965) Servin Mökki (Heikki and Kaj Siren, 1954) New Arts Building 'Väre' (Verstas Architects, 2017) Otaniemi Chapel (Heikki and Kaj Siren, 1957) School of Architecture (Alvar Aalto, 1965) 30 Wood Program projects built from 1994 to 2015 アアルト大学のウッド・プログラムは建築学科のデザイン&ビルドのスタ The Wood Program began at Aalto University in 1994 as a design+build 第二次世界大戦をきっかけにヘルシンキ工科大学(現アアルト大学)はヘ Following World War II, the Helsinki University of Technology (now Aalto ジオ・ゼミとして1994年に始まった。そして2001年には講義と演習旅行、 studio in the Department of Architecture. In 2001 it was expanded into a ルシンキの中心部からオタニエミに移転した。フィンランドの建築家の中 University) moved its facilities from central Helsinki to Otaniemi. Renowned ワークショップ形式の演習を組み合わせた1年間のプログラムとなり、フィ year-long curriculum of lectures, excursions and workshop exercises that でも名高い、アルヴァ・アアルトがオタニエミ・キャンパスのマスタープラ Finnish architect Alvar Aalto designed the campus plan as well as the main ンランドの建築環境に囲まれて木造を学びたいという世界各国からの学生 attracts students from around the world who come to study wood in a Finnish ンに加えて管理棟の建物もデザインして、1965 年に竣工している。 administrative building which opened in 1965. たちを惹きつけるようになったのである。 architectural environment. その数年後にはアアルトの手による建築学科や図書館本館などを含むそ Other buildings including the School of Architecture and the main library were アアルト大学建築学科に設けられたこのプログラムで、学生たちは木造建 Centered in the Department of Architecture at Aalto University, the program の他の建物も完成した。その後もフィンランドの第一線の建築家たちによ completed in subsequent years by