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OPEN PLENARY |
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Adapting Asian Cities to Climate & Urban Climatic Changes
Edward Ng, Chinese University of Hong Kong, Hong Kong S.A.R. (China)
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Influence of cities on clouds, precipitation and thunderstorms
Robert Bornstein, Department of Meteorology and Climatology, San Jose State University, San Jose, CA, USA
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Urban Meteorological Networks: An urban climatologists panacea?
Dr Lee Chapman
Reader in Climate Resilience
School of Geography, Earth and Environmental Sciences
College of Life & Environmental Sciences
University of Birmingham, UK
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Green Infrastructure for Cities
Dr. Andy Coutts
CRC for Water Sensitive Cities
School of Earth, Atmosphere & Environment
Monash University, Melbourne, Australia
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CCMA : Climate change mitigation & adaptation in urban environments |
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CCMA 1 : Cities inside climate models & downscaling methods |
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Towards understanding the hydro-climatic implications of urbanization in the GFDL global climate and earth system modeling framework.
Dan Li, Program of Atmospheric and Oceanic Sciences, Princeton University, Princeton, USA
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Changes of temperature and humidity in areas of city sprawl under climate change conditions.
Daniel Argueso, ARC Centre of Excellence for Climate System Science, University of New South Wales, Australia
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Modelling the relative impact of land-use change and global climate change on the climate in cities.
Hendrik Wouters, KU Leuven, Belgium
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Assessment of three dynamical urban climate downscaling methods
Rafiq Hamdi, Royal Meteorological Institute of Belgium, Belgium
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CCMA 2 : Climate modeling - methodologies for impacts studies |
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Assessing climate change in cities using UrbClim.
Hans Hooyberghs, VITO, Belgium
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Investigating the urban climate characteristics of two Hungarian cities with SURFEX/TEB land surface model.
Gabriella Zsebeházi, Hungarian Meteorological Service, Hungary
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Near Future Weather Data for Building Energy Simulation in Summer/Winter Seasons in Tokyo Developed by Dynamical Downscaling Method.
Yusuke ARIMA, Graduate School of Engineering, The University of Tokyo, Japan
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Modelling the impact of climate change on heat load increase in Central European cities.
Anita Bokwa,Jagiellonian University, Krakow, Poland
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URBAN TOURISM IN SOUTHERN EUROPE: assessing present and future climate conditions.
Raquel Pinto Machete, Institute of Geography and Spatial Planning, University of Lisbon, Portugal
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CCMA 3 : Climate impact studies & adaptation strategies |
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Characteristics of heat wave impacts for major cities in the US under current and future climate conditions![](images/espaceur.gif)
Jason Ching, University of North Carolina at Chapel Hill, United States of America
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Impact of urban form on sunlight availability for urban farming in Asian cities at different latitudes ![](images/espaceur.gif)
Abel Tablada, NUS, Singapore
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Impacts of a future city master plan on thermal and wind environments in Vinh city, Vietnam ![](images/espaceur.gif)
Satoru Iizuka, Nagoya University, Japan
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Vulnerability to heat waves : impact of urban expansion scenarios on urban heat island and heat stress in Paris (France)![](images/espaceur.gif)
Aude Lemonsu, CNRS/Météo-France, France
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CCMA 4 : UHI mitigation strategies I : urban expansion & climate change links |
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Bamboo Structures: A perspective for Climate Change Mitigation![](images/espaceur.gif)
Chaaruchandra Korde, GreenBam Solutions, New Delhi; Airef Engineers Pvt. Ltd, New Delhi, India
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The Impact of future urbanization on summer climate of Israel ![](images/espaceur.gif)
SHAI KAPLAN, Ben Gurion University of the Negev, Israel
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Urban Climate Adaptation Impacts: A multi-scale assessment to examine modeling robustness ![](images/espaceur.gif)
Matei Georgescu, Arizona State University, United States of America
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CCMA 5 : UHI mitigation strategies II : urban planning |
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An urban model for analysing thermal effects dependent on spatial parameters![](images/espaceur.gif)
Hungchu Chen, Urban Science and Systems, Department of the Built Environment, Eindhoven University of Technology, The Netherlands
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Isfahan's Urban Design Sustainability with Climate During Safavid Period. ![](images/espaceur.gif)
Mehdi Haghighat Bin, Tarbiat Modares University, Iran, Islamic Republic of
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Urban heat islands in the future Hanoi City: Impacts on indoor thermal comfort and cooling load in residential buildings ![](images/espaceur.gif)
Andhang Rakhmat Trihamdani, Graduate School for International Development and Cooperation, Hiroshima University, Japan
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Thermal impact of blue infrastructure: Casestudy Cheonggyecheon, Seoul (Korea) ![](images/espaceur.gif)
Conrad Heinz Philipp, University of South Australia, Australia
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Simulating the extent of the moderating influence of green space distribution on future urban climates ![](images/espaceur.gif)
Michael Roth, Klimaat Consulting & Innovation Inc.
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CCMA 6 : Urban air pollution mitigation strategies |
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A simple technique for improved particle filtration efficiency of vegetation barriers ![](images/espaceur.gif)
Tobi Eniolu Morakinyo, School of Energy and Environment, City University of Hong Kong, Hong Kong S.A.R. (China)
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Capability of urban woody plants to reduce particulate matter contentin Tehran megapolis ![](images/espaceur.gif)
Ramin Erfanian Salim, Green Space organization, Tehran Municipality, Iran, Islamic Republic of; Faculty of Agriculture, Ferdowsi University of Mashhad, Iran, Islamic Republic of
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Impacts of urban spatial structure on air quality: an integrated modeling approach![](images/espaceur.gif)
Vincent Viguié, Ecole des Ponts ParisTech, France ; CIRED, Campus du Jardin Tropical, 45 bis, avenue de la Belle Gabrielle, 94736 Nogent-sur-Marne Cedex
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CCMA 7 : UHI mitigation strategies III : watering processes studies |
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The implementation of biofiltration systems, rainwater tanks and urban irrigation in a single-layer urban canopy mode![](images/espaceur.gif)
Matthias Demuzere, KU Leuven, Department of Earth and Environment al Sciences, Celestijnenlaan 200E, 3001 Leuven, Belgium; CRC for Water Sensitive Cities, Australia
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Impacts of urban heat island mitigation strategies on surface temperatures in downtown Tokyo![](images/espaceur.gif)
Nobumitsu Tsunematsu, Tokyo Metropolitan Research Institute for Environmental Protection, Japan
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Watering practices and urban thermal comfort improvement under heat wave conditions ![](images/espaceur.gif)
Maxime Danie,CNRM-GAME / Météo-France, France
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The effect of irrigation on air temperature during heatwave conditions![](images/espaceur.gif)
Ashley Mark Broadbent, Monash University
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Rain Water Catchment Design Applied to Educational Centers in Mexico ![](images/espaceur.gif)
Jesús Gómez Velázquez, Universidad Autónoma Benito Juárez de Oaxaca, Mexico
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Passive irrigation of street trees to improve tree health and support urban cooling![](images/espaceur.gif)
Andrew Coutts, Monash University, Australia; CRC for Water Sensitive Cities
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CCMA 8 : UHI mitigation strategies IV : vegetation management processes |
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The urban tree as a tool to mitigate the urban heat island in Mexico City: a simple phenomenological model![](images/espaceur.gif)
Monica Ballinas, Instituto de Ecología, UNAM, Mexico; Centro de Ciencias de la Atmósfera, UNAM
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Evaluating climate-related ecosystem services of urban tree stands in Szeged (Hungary) ![](images/espaceur.gif)
Ágnes Gulyás, University of Szeged, Hungary
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CCMA 9 : UHI mitigation strategies V : vegetation based strategies |
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How Do Green Roofs Mitigate the Urban Heat Island Effects under Heat Waves? ![](images/espaceur.gif)
Ting Sun, Tsinghua University, China, People's Republic of
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Evaluation of greening scenarios to reduce Paris city vulnerability to future heat waves ![](images/espaceur.gif)
Cécile, Sylvie DE MUNCK, CNRM-GAME,CNRS UMR3589, Centre National de Recherches Météorologiques, Toulouse, France
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Green infrastructure and ecosystem services to tackle climate change in Chilean cities. ![](images/espaceur.gif)
Cristian Henriquez, Pontificia Universidad Católica de Chile, Chile
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Evaluation of CO2 Reduction Effects of Buildings with Green Roofs by Using a Coupled Urban-Canopy and Building-Energy Model ![](images/espaceur.gif)
Yujiro Hirano, National Institute for Environmental Studies, Japan;
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Evaluation of greening scenarios to reduce Paris city vulnerability to future heat waves![](images/espaceur.gif)
Cécile De Munck, CNRS/Météo-France, France
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TUKUP : Transfer of urban climate knowledge to urban planners |
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TUKUP 1 : Public policies and practices |
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It’s Not All or Nothing: Partial retreat as a climate adaptive strategy for resilient coasts![](images/espaceur.gif)
Judd Schechtman, New York University, United States of America
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Integration of urban climate issues in urban planning : reflections on which are the keys of success ![](images/espaceur.gif)
Julia Hidalgo, LISST/CNRS, France
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What motivates urban poor in Bangladesh to adapt with urban ecosystem services and disservices? ![](images/espaceur.gif)
Md Mustafa Saroar, Khulna University, Bangladesh, People's Republic of
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The urban heat island in Beirut and transfer of the urban climate knowledge to urban planners ![](images/espaceur.gif)
Noushig Chahe Kaloustian, Université Paris Est Marne La Vallee, Paris, France
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Adapting cities to climate Change: a systemic modelling approach ![](images/espaceur.gif)
Vincent Viguié, International Centre for Research on environment and Development
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TUKUP 2 : Governance challenges in urban planning and adaptation |
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The heat adapted city? A Constellation Analysis of urban governance and planning to tackle heat stress risks in mid-latitude cities![](images/espaceur.gif)
Nicole Mahlkow, Freie Universität Berlin, Germany
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Urban Planning and the Climate issues of Beirut and Hamburg: Comparison or approaches, tools and decision making processes. ![](images/espaceur.gif)
Noushig Chahe Kaloustian, Université Paris Est Marne La Vallee, Paris, France, Lebanon (Lebanese Republic)
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A review of studies on the relationship between urban morphology and urban climate towards better urban planning and design in (sub)tropical regions ![](images/espaceur.gif)
Justin CK Ho, The Chinese University of Hong Kong, Hong Kong S.A.R. (China)
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Reasons to adapt to urban heat (in the Netherlands)![](images/espaceur.gif)
Lisette Klok, Amsterdam University of Applied Sciences, Netherlands, The
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Capacity for Urban Adaptation to Climate Change: Case Study of Erzurum and Kayseri![](images/espaceur.gif)
Defne Dursun, Middle East Technical University, Turkey
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TUKUP 3 : Amendment and development of urban planning regulation |
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Urban climate, human behavior and energy consumption : from LCZ mapping to simulation and urban planning (the MapUCE project)![](images/espaceur.gif)
Valéry Masson, Météo-France, France
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Enhancing adaptation to climate change in urban environments through brownfield or vacant land ![](images/espaceur.gif)
Gina Cavan, Manchester Metropolitan University, United Kingdom
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How is urban climate taken into account in urban design? Focus on French eco labels of urban design ![](images/espaceur.gif)
Delphine Chouillou, LISST, Université Toulouse 2 le Mirail / CNRS, Toulouse, France
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The Assessment Report for Climate Change in Cities (ARC3 -2) Urban Planninng and Design ![](images/espaceur.gif)
Jeffrey Raven, New York Institute of Technology, United States of America
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TUKUP 4 : Weather forecasting for city actors |
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From Urban Meteorology, Climate and Environment Research to Urban Integrated Services![](images/espaceur.gif)
Alexander Baklanov, World Meteorological Organization (WMO), Switzerland
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Numerical Weather Prediction System dedicated to Urban Comfort and Safety during the 2015 Pan-American Games in Toronto ![](images/espaceur.gif)
Stéphane Bélair, Recherche en Prevision Numérique, Meteorological Research Division, Environment Canada, Canada
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Urban Climate Services in China: Current capabilities and future needs ![](images/espaceur.gif)
C. S. B. Grimmond, Univerisit of Reading, United Kingdom; Shanghai Institute of Meteorolgical
Science
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Climate information application for improved planning and management of cities![](images/espaceur.gif)
Chaeyeon Yi, Weather Information Service Engine project of KMA, Korea, Republic of (South Korea);
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Summer in the city - High Resolution Modelling and Validation of Urban Weather for Amsterdam ![](images/espaceur.gif)
Reinder Ronda, Wageningen University, Netherlands, The
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TUKUP 5 : Indicators and climate maps I : risks & vulnerability |
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Method for evaluating the health hazard risk in urban pedestrian space in extremely hot summer conditions based on the total analysis of mesoscale and microscale climates ![](images/espaceur.gif)
Saori Yumino, Tohoku University, Japan
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Urban Heat Island measurements and sustainability maps to help access vulnerability and potential mitigation techniques in Birmingham and Auburn-Opelika, Alabama ![](images/espaceur.gif)
Chandana Mitra, Auburn University, United States of America
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Spatial analysis for climate vulnerability assessments: How much granularity do we need? ![](images/espaceur.gif)
oyce Ellen Klein-Rosenthal, Harvard University Graduate School of Design, United States of America; Harvard University Center for Population and Development Studies
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Study of urban climate as a basis for climate adaptation and urban planning in Chilean cities![](images/espaceur.gif)
Cristian Henríquez, Pontificia Universidad Catolica de Chile
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TUKUP 6 : Indicators and climate maps II : urban planning |
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Preparing urban climate maps using Local Climate Zones (LCZ) methodology to improve communication with urban planners: the case of Tandil city, Argentina ![](images/espaceur.gif)
Natasha Picone, IGEHCS - CONICET/UNCPBA, Argentine Republic
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Urban Climate Zoning for Making "Hint Map for Urban Planning"![](images/espaceur.gif)
Kaoru Matsuo, Hiroshima University, Japan
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A GIS-based Modelling-Mapping Approach for Fine-Scale Natural Ventilation Evaluation in High Density Cities ![](images/espaceur.gif)
Chao Yuan, Massachusetts Institute of Technology, United States of America; Singapore University of Technology and Design, Singapore
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TUKUP 7 : Warning plans & Decision support tools |
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CLIMATIC CHANGE ADAPTION AMIDST OTHER ENVIRONMENTAL HAZZARDS![](images/espaceur.gif)
Shukuli Mukangango, Regional Climate Change Support Initiative (RCCSI), Uganda
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Water Induced Livelihood Impact and Adaptation Strategy of Farming Households in Manohara River, (Aperi-urban area of Kathmandu, Nepal) ![](images/espaceur.gif)
Hari Bahadur Thapa, Ministry of Energy, Nepal
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Assessing the health impact of the Urban Heat Island of Birmingham, UK![](images/espaceur.gif)
Paul Anthony Fisher, University of Birmingham, United Kingdom
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The Urban Heat Island effect during heatwaves in Melbourne![](images/espaceur.gif)
Cassandra Denise Wilks Rogers, Monash University, Australia; CRC for Water Sensitive Cities
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Communicating Climate Change to Urban Planners in the Great Lakes: Cities Impacts and Adaptation Tool ![](images/espaceur.gif)
Evan Sheppard Mallen, University of Michigan Graham Sustainability Institute
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Science communication with analysis by stakeholder themselves![](images/espaceur.gif)
Tooru Sugiyama, Japan Agency for Marine-Earth Science and Technology, Japan
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The CapaCities project: from Concepts to Actions for a Proactive Adaptation of Cities![](images/espaceur.gif)
Marion Bonhomme, ENSA Toulouse - LRA (Laboratoire de Recherche en Architecture), France;
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UMEP - An integrated tool for urban climatology and climate-sensitive planning applications![](images/espaceur.gif)
Fredrik Lindberg, University of Gothenburg, Sweden
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Integration of adaptation to climate change within the design process of urban planning projects : new tool(s) and new methodology(ies) ![](images/espaceur.gif)
Morgane Colombert, Université Paris Est, EIVP, Lab'Urba, EA 3482, France
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UCP : Study of urban climate processes |
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UCP 1 : UHI characteristics I: link with boundary layer |
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A Breath of Fresh Air in Urban Heat Island Studies ![](images/espaceur.gif)
Natalie Theeuwes, Wageningen University, Netherlands, The
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Observed Spatial Characteristics of Beijing Urban-Climate Impacts on Summer ![](images/espaceur.gif)
Robert Bornstein, Department of Meteorology and Climatology, San Jose State University, San Jose, CA, USA
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An investigation of the dynamic and thermodynamic impacts of urbanization via WRF-LES![](images/espaceur.gif)
XiaoLiang Zhu, State Key Laboratory of Hydro-Science and Engineering, Department of Hydraulic Engineering, Tsinghua University, Beijing 100084, China
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Observation and Simulation on the Characteristics of Summer Urban Heat Island in Nanjing, China![](images/espaceur.gif)
Chenggang Wang, Nanjing University of Infromation Science and Technology, China, People's Republic of
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Urban heat island in the metropolitan area of São Paulo and the influence of warm and dry air masses during summer ![](images/espaceur.gif)
Flávia Noronha Dutra Ribeiro, University of São Paulo, Brazil
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UCP 2 : UHI characteristics II: vertical and horizontal structure |
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About the relation between urban topsoil moisture and local air temperature ![](images/espaceur.gif)
Sarah Wiesner, Meteorological Institute, CEN, Universität Hamburg, Germany; Institute of Soil Science, CEN, Universität Hamburg, Germany
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Investigating the impact of anthropogenic heat on urban climate using a top-down methodology![](images/espaceur.gif)
Ronny Petrik, University of Hamburg, Germany
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Effects of Urban Form and Atmospheric Stability on Local Microclimate ![](images/espaceur.gif)
Patricia Drach, UFRJ, Brazil
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Urban Heat Island of Arctic cities![](images/espaceur.gif)
Pavel Konstantinov, Lomonosov Moscow State University, Faculty of Geography, Russian Federation
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Vertical range of urban ‘heat island’ in Moscow![](images/espaceur.gif)
Mikhail A. Lokoshchenko,Lomonosov Moscow State University, Faculty of Geography, Russian Federation
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Urban Heat Island in the Lyon metropolitan areas.![](images/espaceur.gif)
Julita Diallo-Dudek, University of Lyon, France
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UCP 3 : UHI characteristics III : UHI micro-scale variability |
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Urban heat island study between different size of towns and cities![](images/espaceur.gif)
Chen-Yi Sun, National Chengchi University, Taiwan, Republic of China
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A Simple Statistical Model for Predicting Fine Scale Spatial Temperature Variability in Urban Settings![](images/espaceur.gif)
Brian Lee Vant-Hull, City University of New York, United States of America
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Mapping of micro-meteorological conditions using statistical approaches - The example of Stuttgart ![](images/espaceur.gif)
Christine Ketterer, Chair of Meteorology and Climatology, Albert-Ludwigs-University Freiburg, Germany
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Cross-analysis between variability of the urban climate and the landscape heterogeneity at the scale of a neighbourhood for a subgrid parametrization in TEB model ![](images/espaceur.gif)
Julien Le Bras, Météo-France, France
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Multilevel Analysis of Spatiotemporal Regime of Air Temperature in Urban and Suburban Landscape (Casestudy: The Town of Olomouc, Czech Republic ![](images/espaceur.gif)
Miroslav VYSOUDIL, Palacky University, Fac. of Sciences, Czech Republic
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The heterogeneity of urban thermal environment during summertime as observed by in situ and remotely sensed measurements ![](images/espaceur.gif)
Feng Chen, Sun Yat-sen University, China, People's Republic of
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UCP 4 : Observations of surface energy and water balances |
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The daytime energy budget of small parks in Mexico City and Lisbon, Portugal, as derived by tree sap-flow measurements and transpiration modeling![](images/espaceur.gif)
Victor L Barradas, Instituto de Ecología, UNAM
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Multi-year energy balance and carbon dioxide fluxes over a residential neighborhood in a tropical city ![](images/espaceur.gif)
Matthias Roth, National University of Singapore, Singapore
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Micrometeorological impacts of an ephemeral desert city: The Burning Man experiment ![](images/espaceur.gif)
Andrew J. Oliphant, San Francisco State University, United States of America
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UCP 5 : Observations of Greenhouse gases fluxes |
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Eddy covariance flux towers as urban monitoring systems of greenhouse gases: the Mexico City experience![](images/espaceur.gif)
Erik Velasco, Singapore-MIT Alliance for Research and Technology, Singapore
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Carbon dioxide flux measurement in the central area of Tokyo ![](images/espaceur.gif)
Tatsuki Hirano, Department of Earth and Ocean Sciences, National Defense Academy of Japan
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Carbon dioxide fluxes of turfgrass species in urban turfs in Hong Kong ![](images/espaceur.gif)
Ling KONG, The Chinese University of Hong Kong, Hong Kong S.A.R. (China)
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Net turbulent fluxes of methane and carbon dioxide in the city of Lódz, Poland – comparison of diurnal and seasonal variability ![](images/espaceur.gif)
Wlodzimierz Pawlak, Department of Meteorology and Climatology, University of Lodz, Poland
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Seasonal and inter-annual variation of CO2 flux and concentration in Basel ![](images/espaceur.gif)
Michael Schmutz, University of Basel, Switzerland
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Quantification of the surface-atmosphere exchange of energy and carbon dioxide of an extensive urban green roof by eddy covariance measurements ![](images/espaceur.gif)
Jannik Heusinger, TU Braunschweig, Germany
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UCP 6 : Radiation processes |
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Urban-rural differences in longwave radiation –Lódz case study ![](images/espaceur.gif)
Krzysztof Fortuniak, University o Lodz, Poland
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Spatial variability, horizontal anisotropy and diurnal evolution of measured infra-red fluxes in a city neighborhood of Toulouse ![](images/espaceur.gif)
Bertrand Carissimo, CEREA, France
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Investigation of the effect of different sealed surfaces on local climate and thermal stress ![](images/espaceur.gif)
Erich Mursch-Radlgruber, University of Natural Resources and Life Sciences, Austria
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UCP 7 : Air quality in urban boundary layer : processes |
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A numerical study of pollutant entrainment in a street network ![](images/espaceur.gif)
Omduth Coceal, University of Reading, United Kingdom; National Centre for Atmospheric Science, Department of Meteorology, University of Reading, UK
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Impact of heat waves (HWs) on air pollution (case study for HWs episode in June-August 2010 in the Kiev city (Ukraine) ![](images/espaceur.gif)
Sergiy Snizhko, Kiev Shevchenko University, Ukraine
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A WRF-Chem modelling study to analyse the effect of urban greening and white roofs on urban air quality. ![](images/espaceur.gif)
Joachim Fallmann, Karlsruhe Institute of Technology, Germany
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CFD MODELING OF REACTIVE POLLUTANTS IN AN URBAN STREET CANYON USING DIFFERENT CHEMICAL MECHANISMS ![](images/espaceur.gif)
Beatriz Sanchez, Air Pollution Division, Environmental Department, CIEMAT, Madrid, Spain
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Turbulence and pollutant transport in urban roughness sublayer under stable stratification: a large-eddy simulation ![](images/espaceur.gif)
Xian-Xiang Li, Singapore-MIT Alliance for Research and Technology, Singapore
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The ClearfLo project – Are sea breezes a mechanism to change the air in London?![](images/espaceur.gif)
Sylvia I Bohnenstengel, Met Office@Reading, Reading, UK; Department of Meteorology, University of Reading
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Simulations of Pollutant Dispersal over Nairobi City, Kenya ![](images/espaceur.gif)
George OTIENO, IGAD Climate Prediction and Applications Centre
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On the Transport of Chemically Reactive Pollutants over Urban Roughness in the Atmospheric Boundary Layer ![](images/espaceur.gif)
Zhangquan WU, The University of Hong Kong, Hong Kong S.A.R. (China)
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MICROSCALE MODELLING OF EFFECTS OF REALISTIC SURFACE HEAT FLUXES ON POLLUTANT DISTRIBUTION WITHIN A SIMPLIFIED URBAN CONFIGURATION ![](images/espaceur.gif)
Jose Luis Santiago, Air Pollution Division, Environmental Department, CIEMAT, Madrid, Spain
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UCP 8 : Influence of mesoscale flows |
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High frequency recovering technique of turbulent inflow for LES of urban wind![](images/espaceur.gif)
Hidenori Kawai, Tokyo Institute of technology, Japan
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OBSERVED AND MODELED SUMMER THERMAL GRADIENTS AND SEA-BREEZE IN SOUTHERN CALIFORNIA ![](images/espaceur.gif)
Jorge E. Gonzalez, Department of Mechanical Engineering, City College of New York, CUNY, New York, New York, USA
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UCP 9 : Impact of cities on precipitations |
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The effect of urban environments on storm evolution through a radar-based climatology of the central United States![](images/espaceur.gif)
Darrel Kingfield, Cooperative Institute for Mesoscale Meteorological Studies, University of Oklahoma, United States of America; NOAA/National Severe Storms Laboratory, United States of America; Dept. of Geography and Environmental Sustainability, University of Oklahoma, United States of America
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Impact of urbanization on the Beijing Super-Storm of 21 July 2012 under current and future climatic conditions ![](images/espaceur.gif)
Fei Chen, NCAR, United States of America
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![](images/espaceur.gif) |
Numerical simulation of urban influence on summertime precipitation in Tokyo: How does urban temperature rise affect precipitation? ![](images/espaceur.gif)
Naoko Seino, Meteorological Research Institute, Japan
|
![](images/espaceur.gif) |
Modeling of the 26 August 2011 extreme precipitation event over Tokyo with Canada’s subkm-scale Global Environmental Multiscale (GEM) model ![](images/espaceur.gif)
Stephane Belair, Environment Canada, Canada
|
![](images/espaceur.gif) |
Cities & Storms: How Land Use, Settlement Patterns, and the Shapes of Cities Influence Severe Weather![](images/espaceur.gif)
Geoffrey M. Henebry, South Dakota State University, United States of America
|
![](images/espaceur.gif) |
Urban Impacts on Regional Rainfall Climatology![](images/espaceur.gif)
Dev Niyogi, Purdue University, United States of America
|
|
UCP 10 : Influence of urban vegetation I : urban trees |
![](images/espaceur.gif) |
Field Observation on Thermal Environment of an Urban Street with Roadside Trees in a Tropical Climate ![](images/espaceur.gif)
Hai Jian Toh, Universiti Teknologi Malaysia, Malaysia
|
![](images/espaceur.gif) |
Effects of Desert Tree Shade and Ground Cover Surface Cover on Human Comfort in an Arid City![](images/espaceur.gif)
Chris Martin, Arizona State University, United States of America
|
![](images/espaceur.gif) |
Incorporating Resolved Vegetation in City-Scale Simulations of Urban Micrometeorology and Its Effect on the Energy Balance ![](images/espaceur.gif)
Brian N. Bailey, University of Utah
|
![](images/espaceur.gif) |
Weighing whole tree transpiration rate of urban trees and analysis of trees morpho-physiological effects ![](images/espaceur.gif)
Tomoki Kiyono, Tokyo Institute of Technology, Japan
|
![](images/espaceur.gif) |
Transpiration of urban trees and its impact on nocturnal cooling in Gothenburg, Sweden ![](images/espaceur.gif)
Janina Konarska, University of Gothenburg, Sweden
|
![](images/espaceur.gif) |
Observed and modelled transpiration cooling from urban trees in Mainz, Germany ![](images/espaceur.gif)
Jenny Lindén, Johannes-Gutenberg University, Department of Geography, Mainz, German
|
![](images/espaceur.gif) |
Numerical Evaluation of Heat Budget in Tree Crown Considering the Detailed Structure![](images/espaceur.gif)
Shinichi Kinoshita, Osaka Prefecture University, Japan
|
![](images/espaceur.gif) |
Microclimate regulation potential of different tree species: transmissivity measurements and their application in small-scale radiation modeling in Szeged, Hungary ![](images/espaceur.gif)
Ágnes Gulyás, University of Szeged, Hungary
|
![](images/espaceur.gif) |
Long term impact of climate on tree-growth patterns in Paris street trees and its consequences on tree cooling potential: A dendroclimatic approach ![](images/espaceur.gif)
Ambre DAVID, iEES-Paris, Paris, France
|
|
UCP 11 : Influence of urban vegetation II : parks & green roofs |
![](images/espaceur.gif) |
The climatic and bio-climatic impact of a small central city park on the surrounding urban environment during extreme heat events ![](images/espaceur.gif)
Asieh Motazedian, School of Earth Environment and Atmosphere, Monash University, Australia
|
![](images/espaceur.gif) |
Influence of urban vegetation. ![](images/espaceur.gif)
Charles REVAUD, med ingenierie, France
|
![](images/espaceur.gif) |
Temporal variations of transpiration and latent heat fluxes from isolated linden crowns and lawns in a park at Strasbourg, France ![](images/espaceur.gif)
Jérôme NGAO, UMR 547 PIAF, INRA - U. Blaise Pascal, Clermont-Ferrand, France
|
![](images/espaceur.gif) |
Thermal effects of Woody Green Areas in Urban Landscapes in Campinas City, Brazil ![](images/espaceur.gif)
Lucila Chebel Labaki, UNICAMP, Brazil
|
![](images/espaceur.gif) |
Leaf area measurements of urban woodlands, parks and trees in Gothenburg, Sweden ![](images/espaceur.gif)
Jenny Klingberg, University of Gothenburg, Sweden
|
|
UCP 12 : Flows & dispersion I : pollutant dispersion in urban canopy |
![](images/espaceur.gif) |
Pollutant Exchange and Breathability in Urban Street Canyons ![](images/espaceur.gif)
Negin Nazarian, University of California, San Diego, United States of America;
|
![](images/espaceur.gif) |
Characteristics of scalar dispersion from a continuous area source over a cubical array![](images/espaceur.gif)
Naoki Ikegaya, Kyushu University, Japan
|
![](images/espaceur.gif) |
On the exchange velocity in street canyons with tree planting![](images/espaceur.gif)
SILVANA DI SABATINO, Department of Physics and Astronomy (DIFA) - ALMA MATER STUDIORUM - University of Bologna (IT); RESEAUX S.r.l. - Lecce (IT)
|
|
UCP 13 : Flows & dispersion II : effects of atmospheric stability |
![](images/espaceur.gif) |
Parametric studies of urban morphologies of high density cities and their air ventilation performance under neutral and unstable atmospheric conditions using advanced large-eddy simulations ![](images/espaceur.gif)
Edward Ng, Chinese University of Hong Kong, Hong Kong S.A.R. (China)
|
![](images/espaceur.gif) |
>Analysis of spacing of streaky structures within surface layer above real urban ![](images/espaceur.gif)
Ayako YAGI, Japan
|
![](images/espaceur.gif) |
Variations in the power-law index with stability and height for wind profiles in the urban boundary layer ![](images/espaceur.gif)
Ryozo Ooka, The University of Tokyo, Japan
|
![](images/espaceur.gif) |
Study of Stably Stratified Flows and Ventilation over Idealized Street Canyons using a Single-Layer Hydraulics Model ![](images/espaceur.gif)
Chun-Ho Liu, The University of Hong Kong, Hong Kong S.A.R. (China)
|
![](images/espaceur.gif) |
LES analysis on atmospheric dispersion in urban area under various thermal conditions ![](images/espaceur.gif)
Yuto Sakuma, Graduate Student, Tokyo Institute of Technology, Japan
|
![](images/espaceur.gif) |
The urban heat island circulation with idealized building clusters by up-scaling CFD model: from buildings scale to city scale ![](images/espaceur.gif)
Xiaoxue Wang, the University of Hong Kong, Hong Kong S.A.R. (China)
|
|
UCP 14 : Flows & dispersion III : turbulent and dispersive fluxes in urban canopy |
![](images/espaceur.gif) |
Large-eddy simulations to characterize the role of turbulent and dispersive production, transport and dissipation of TKE over and within a realistic urban canopy ![](images/espaceur.gif)
Marco Giometto, School of Architecture, Civil and Environmental Engineering, École Polytechnique Fédérale de Lausanne, Lausanne, Switzerland
|
![](images/espaceur.gif) |
The interaction between roughness turbulence generated by block arrays and wake around large obstacle ![](images/espaceur.gif)
Nurizzatul Atikha Binti Rahmat, Kyushu University, Japan, Japan
|
|
|
GD : Geospatial datasets |
|
GD 1 : Surface UHI from satellite |
![](images/espaceur.gif) |
Cities as urban clusters: an empirical and large sample study of urban heat island intensity![](images/espaceur.gif)
Bin Zhou, Potsdam Institute for Climate Impact Research (PIK), Germany
|
![](images/espaceur.gif) |
Directional analyses of UHI intensity over Delhi with respect to variations in vegetation cover in the National Capital Region of India ![](images/espaceur.gif)
Krishan Kumar, Jawaharlal Nehru University, New Delhi, India, India
|
![](images/espaceur.gif) |
The Urban ‘Oasis’: High Resolution Landsat 5TM and ASTER Thermal Imagery Shows the Influence of Water Usage on City-Wide Temperatures in Dubbo, Australia ![](images/espaceur.gif)
Nigel James Tapper, School of Earth, Atmosphere and Environment, Monash University, Australia; CRC for Water Sensitive Cities, Australia
|
![](images/espaceur.gif) |
Analysis of the impact of different temporal aggregation techniques of land surface temperature on SUHI indicators and the relationship of surface temperature with population density and night lighting. ![](images/espaceur.gif)
Lech Gawuc, Warsaw University of Technology, Poland
|
|
GD 2 : Local climate zones I : WUDAPT |
![](images/espaceur.gif) |
An introduction to the WUDAPT project![](images/espaceur.gif)
Gerald Mills, UCD, Ireland
|
![](images/espaceur.gif) |
CENSUS of Cities: LCZ Classification of Cities (Level 0): Workflow and Initial Results from Various Cities ![](images/espaceur.gif)
Benjamin Bechtel, University of Hamburg, Germany
|
![](images/espaceur.gif) |
Generating WUDAPT’s Specific Scale-dependent Urban Modeling and Activity Parameters: Collection of Level 1 and Level 2 Data ![](images/espaceur.gif)
Linda See, IIASA, Austria
|
![](images/espaceur.gif) |
Demonstrating the Added Value of WUDAPT for Urban Modelling![](images/espaceur.gif)
Johan Feddema, Department of geography, University of Victoria, Victoria, CA
|
![](images/espaceur.gif) |
The Portal Component, Strategic Perspectives and Review of Tactical plans for Full Implementation of WUDAPT ![](images/espaceur.gif)
Jason K Ching, UNC, Institute for the Environment, United States of America
|
![](images/espaceur.gif) |
Comparison and integration of LCZ classification methods based remote sensing and GIS ![](images/espaceur.gif)
Tamás Gál, University of Szeged, Hungary
|
|
GD 3 : Local climate zones II : methodologies and maps |
![](images/espaceur.gif) |
Exploiting Earth Observation data products for mapping Local Climate Zones![](images/espaceur.gif)
Zina Mitraka, Foundation for Research and Technology – Hellas, Greece
|
![](images/espaceur.gif) |
Building Local Climate Zones basing on socio-economical and topographic vectorial databases ![](images/espaceur.gif)
Christine PLUMEJEAUD-PERREAU, UMR 7266 LIENSs, France
|
|
GD 4 : Local climate zones III : Inter & Infra-LCZ temperature variability |
![](images/espaceur.gif) |
Urban Heat Island Study using Local Climate Zones Classification: Nagpur City, India ![](images/espaceur.gif)
Rajashree Shashikant Kotharkar, Visvesvaraya National Institute of Technology, Nagpur, Maharashtra, India
|
![](images/espaceur.gif) |
Relationship between land use and microclimate based on mobile transect measurements![](images/espaceur.gif)
Kathrin Häb, Computer Graphics and HCI Group, University of Kaiserslautern, Germany
|
![](images/espaceur.gif) |
Estimation of spatial air temperature distribution at sub-mesoclimatic scale using the Local Climate Zone scheme and mobile measurements ![](images/espaceur.gif)
François Leconte, Territorial Division for the Eastern Regions, Cerema, Nancy (France); French Environment and Energy Management Agency, Angers (France); LERMAB, Lorraine University, Nancy (France)
|
![](images/espaceur.gif) |
Determining the optimal size of local climate zones for spatial mapping in high-density cities ![](images/espaceur.gif)
Kevin Ka-Lun Lau, School of Architecture, The Chinese University of Hong Kong, Hong Kong
|
![](images/espaceur.gif) |
A "Local Climate Zone" based approach to urban planning in Colombo, Sri Lanka ![](images/espaceur.gif)
Narein Perera, University of Moratuwa, Sri Lanka
|
![](images/espaceur.gif) |
Evaluating the urban climate using geo-database – GEOCLIM TOOL![](images/espaceur.gif)
Marjorie Musy, Institut de Recherche en Sciences et Techniques de la Ville - FR CNRS 2488, France; Centre de recherche méthodologique d'architecture - UMR CNRS 1563, France
|
|
GD 5 : Urban databases and link with models |
![](images/espaceur.gif) |
ESTIMATING ANTHROPOGENIC HEAT RELEASE FROM MEGACITIES![](images/espaceur.gif)
Iain Douglas Stewart, University of Toronto, Canada
|
![](images/espaceur.gif) |
Development of fine-scale urban canopy parameters in Guangzhou city and its application in the WRF-Urban model ![](images/espaceur.gif)
Xuemei Wang, Sun Yat-sen University, China, People's Republic of
|
![](images/espaceur.gif) |
GENIUS, a methodology to integer building scale data into urban microclimate and energy consumption modelling ![](images/espaceur.gif)
Nathalie Tornay, LRA - Laboratoire Recherche en Architecture, France
|
![](images/espaceur.gif) |
Comparison of modelled thermal comfort during a heatwave in Melbourne, Australia ![](images/espaceur.gif)
Stephanie Jeanne Jacobs, Monash University, Australia; CRC for Water Sensitive Cities
|
![](images/espaceur.gif) |
H2GIS a spatial database to feed urban climate issues![](images/espaceur.gif)
Erwan Bocher, Atelier SIG, IRSTV FR CNRS 2488, France
|
![](images/espaceur.gif) |
Mapping high-resolution urban morphology for urban heat island studies and weather forecasting at intra-urban scale ![](images/espaceur.gif)
J J Attema, Netherlands eScience Center, The; Wageningen University, Netherlands, The
|
![](images/espaceur.gif) |
Modeling the impact of future development pathways in Dublin on the urban energy and water balance![](images/espaceur.gif)
Paul John Alexander, Irish Climate Analysis & Research Units, Maynooth University, Ireland
|
|
GD 6 : Urban climatology studies I : temperate and cold climate cities |
![](images/espaceur.gif) |
60 year variability in meteorological and environmental characteristics of the atmosphere in Moscow megalopolis ![](images/espaceur.gif)
Natalia Chubarova, Faculty of Geography of Moscow State University Russian Federation
|
![](images/espaceur.gif) |
Urban heat island and inertial effects : analyse from field data to spatial analysis ![](images/espaceur.gif)
Jérémy Bernard, L’UNAM, ENSA Nantes, CERMA/IRSTV , ADEME, France
|
|
GD 7 : Urban climatology studies II : tropical and arid climate cities |
![](images/espaceur.gif) |
Investigating the Effect of Land Use/Land Cover on Urban Surface Temperature in Makurdi, Nigeria ![](images/espaceur.gif)
Bernard Tarza Tyubee, Benue State University, Nigeria
|
![](images/espaceur.gif) |
STUDY OF HEAT ISLAND PHENOMENON IN ANDEAN COLOMBIAN TROPICAL CITY, CASE OF STUDY: MANIZALES, CALDAS -COLOMMBIA ![](images/espaceur.gif)
Dalia Nuith Roncancio Rubio, Universidad Nacional de Colombia sede Manizales, Colombia
|
![](images/espaceur.gif) |
Exploring the Spatial and Temporal Variation of Air Temperature in the Extreme Desert Climate of Doha, Qatar ![](images/espaceur.gif)
M Salim Ferwati, Qatar University, Qatar;
|
![](images/espaceur.gif) |
Analysis of observed temperature trends over urban, town and rural areas of Pakistan![](images/espaceur.gif)
Sajjad Hussain SAJJAD, University of Sargodha, Sargodha - PAKISTAN, Pakistan; Laboratoire Image Ville et Environnement, Université de Strasbourg, France
|
|
GD 8 : New remote sensing Technology and data |
![](images/espaceur.gif) |
Spatial Geotechnologies and GIS tools for urban planners applied to the analysis of urban heat island. Case Caracas city, Venezuela.![](images/espaceur.gif)
KARENIA CORDOVA SAEZ, UNIVERSIDAD CENTRAL DE VENEZUELA, Venezuela, Bolivarian Republic of
|
|
|
NOMTM : New observational and modeling techniques and methods to study urban climates |
|
NOMTM 1 : Urban Canopy parameterizations I : Urban vegetation |
![](images/espaceur.gif) |
A multi-layer urban canopy mode
l for neighbourhoods with trees ![](images/espaceur.gif)
E. Scott Krayenhoff,
University of British Columbia, Canada
|
![](images/espaceur.gif) |
A NEW PARAMETERIZATION FOR SURFACE HEAT FLUXES IN DENSE URBAN ENVIRONMENTS![](images/espaceur.gif)
Jorge Gonzalez,
City College of New York, United States of America
|
![](images/espaceur.gif) |
The influence of tree crowns on urban thermal effective anisotropy ![](images/espaceur.gif)
James Voogt,
Western University, Canada
|
![](images/espaceur.gif) |
VTUF: An urban micro-climate model to assess temperature moderation from increased vegetation and
water in urban canyons ![](images/espaceur.gif)
Kerry Nice,
Monash University, Australia; CRC for Water Sensitive Cities, Australia
|
![](images/espaceur.gif) |
Modeling of Urban Vegetation as a Thermal Regulator and Management of Associated Water Resources
for Neighbourhood to City-scale Applications ![](images/espaceur.gif)
Emilie Redon,
Universite de Toulouse, UPS, Me
teo France, CNRM GAME, France
|
![](images/espaceur.gif) |
Modelling Radiative Exchange in a Vegetated Urban Street Canyon Model![](images/espaceur.gif)
Duick T. Young,
Department of Meteorology, University of Reading, United Kingdom;
|
|
NOMTM 2 : Statistical models |
![](images/espaceur.gif) |
Wind velocity profile observations for roughness parameterization of real urban surfaces ![](images/espaceur.gif)
Jongyeon Lim,
the University of Tokyo, Japan
|
![](images/espaceur.gif) |
Calculation method for outdoor air temper
ature of wooded architectural complex ![](images/espaceur.gif)
Jie Wu,
Guangxi University, China, People's Republic of; South Chi
na University of Technology, China, People's Republic of
|
![](images/espaceur.gif) |
An intra-urban nocturnal cooling rate model ![](images/espaceur.gif)
Shiho Onomura,
University of Gothenburg, Sweden
|
![](images/espaceur.gif) |
An empirical approach to estimate the biogenic components of CO2 flux over different ecosystems![](images/espaceur.gif)
Veronica Bellucco,
University of Sassari, Italy
|
|
NOMTM 3 : Computational Fluid Dynamics models |
![](images/espaceur.gif) |
Thermal stratification and vegetation effects
on the urban microclimate – a CFD case study![](images/espaceur.gif)
Bharathi Boppana,
Institute of High Performance Computing, Singapore;
|
![](images/espaceur.gif) |
High resolution numerical study of wind, thermal effects and pollution dispersion in urban neighborhoods
in Toulouse and Marseille ![](images/espaceur.gif)
ZHENLAN GAO,
MFEE, R&D, EDF; CEREA,
Ecole des Ponts ParisTech
|
|
NOMTM 4 : Large Eddy Simulation models |
![](images/espaceur.gif) |
Large eddy simulation and bulk parameterization of momentum and heat transport in urban canopies:
challenges and applications ![](images/espaceur.gif)
Qi Li,
Department of Civil and Environmental
Engineering, Princeton University, US
|
![](images/espaceur.gif) |
Generation of artificial inflow
turbulence including scalar fluctuation for LES based on Cholesky
decomposition ![](images/espaceur.gif)
Tsubasa Okaze,
Tohoku University, Japan
|
|
NOMTM 5 : Wind tunnel and scale models |
![](images/espaceur.gif) |
The stone forest as a small-scale field model for urban climate studies![](images/espaceur.gif)
Kai Wang,
The University of Hong Kong
|
![](images/espaceur.gif) |
Coupling of numerical weather prediction models and physical simulations for urban wind environment ![](images/espaceur.gif)
Horia Hangan,
WindEEE Research Institute, Western University, London, ON, Canada
|
![](images/espaceur.gif) |
Determining the impact of urban canopy flow on building ventilation rates: an experimental study![](images/espaceur.gif)
Janet Fraser Barlow,
University of Reading, United Kingdom
|
![](images/espaceur.gif) |
Dynamics of a street canyon flow from id
ealized field and wind tunnel experiments ![](images/espaceur.gif)
Karin Blackman,
Ecole Centrale de Nantes, France
|
|
NOMTM 6 : Urban Climate measurement networks |
![](images/espaceur.gif) |
Climate moderation via green infrastructure – the poten
tial to mitigate the UHI effect in Dar es Salaam![](images/espaceur.gif)
Sarah Jane Lindley,
University of Manchester, United Kingdom
|
![](images/espaceur.gif) |
HIGH-RESOLUTION URBAN HEAT ISLAND MEASURE
MENTS AND ELECTRICITY APPLICATIONS IN
BIRMINGHAM, UK ![](images/espaceur.gif)
Juliana Antunes Azevedo,
University of Birmingham, United Kingdom
|
![](images/espaceur.gif) |
Shanghai’s Urban Integrated
Meteorological Observation Network
(SUIMON): case studies of applications ![](images/espaceur.gif)
Jianguo TAN,
Shanghai Institute of Meteorological Science, Shanghai Me
teorological Service, CMA,China, People's Republic of
|
![](images/espaceur.gif) |
The Urban Heat Island of a middle-size French city as seen by high-resolution numerical experiments and
in situ measurements – th
e case of Dijon, Burgundy ![](images/espaceur.gif)
Benjamin POHL,
CRC/Biogéosciences, CNRS, France
|
![](images/espaceur.gif) |
Urban climate monitoring system suitability for intr
a-urban thermal comfort observations in Novi Sad
(Serbia) – with 2014 examples ![](images/espaceur.gif)
Dragan D Miloševic,
Climatology and Hydrology Research Centre, Faculty
of Science, University of Novi Sad, Serbia
|
![](images/espaceur.gif) |
Network optimization of urban heat island measure
ments -Effect of reduction of observation points![](images/espaceur.gif)
Tsuyoshi Honjo,
Chiba University, Japan
|
![](images/espaceur.gif) |
Challenges and benefits from crowd-sourced atmospheric data for urban climate research using Berlin,Germany, as testbed![](images/espaceur.gif)
Fred Meier,
Chair of Climatology, Department of Ecol
ogy, Technische Universität Berlin, Germany
|
![](images/espaceur.gif) |
First results of the data acquisition and analysis of microclimate conditions in Barranquilla, Colombia![](images/espaceur.gif)
Estefania Tapias,
ETH Zurich, Switzerland
|
|
NOMTM 7 : Field campaigns |
![](images/espaceur.gif) |
Joint analysis of meteorology and
air quality in Helsinki, using air-qu
ality supersites and an observation
network![](images/espaceur.gif)
Curtis Wood,
Finnish Meteorological Institute, Finland;
|
![](images/espaceur.gif) |
A novel approach for anthropogenic heat flux estimation from space![](images/espaceur.gif)
Nektarios Chrysoulakis,
Foundation for Research and Technology – Hellas, Greece;
|
![](images/espaceur.gif) |
Land Surface and Climate Change Impacts on Temperature Variation in New York City![](images/espaceur.gif)
Brian Vant-Hull,
NOAA Crest of City College, United States of America;
|
![](images/espaceur.gif) |
FluxSAP - A collaborative experimental campaign on water and energy fluxes in urban areas and the relation
with the vegetation : the case of a Nantes district ![](images/espaceur.gif)
Fabrice Rodriguez,
IFSTTAR, GERS/LEE, Bouguenais, France; IRSTV, Nantes
|
![](images/espaceur.gif) |
The TERRACES project - A collaborative work to understa
nd the role of vegetative green roof in refreshing
the urban ambiances ![](images/espaceur.gif)
Remy Claverie,
GEMCEA, France;
|
![](images/espaceur.gif) |
PROGRAM MCITY BRAZIL![](images/espaceur.gif)
Amauri Pereira Oliveira,
University of São Paulo, São Paulo, Brazil;
|
|
NOMTM 8 : New sensors/New methods I: CO2 & mobile measurements |
![](images/espaceur.gif) |
Using stable carbon and oxygen is
otopes to attribute measured carb
on dioxide emissions in urban
environments to different fuel sources![](images/espaceur.gif)
Andreas Christen,
The University of Britis
h Columbia, Vancouver Canada
|
![](images/espaceur.gif) |
A Mobile Sensor Network to Map Car
bon Dioxide across Urban Environments ![](images/espaceur.gif)
Joseph Kang Lee,
Department of Geography / Atmospheric Science Progr
amme, University of British Columbia, Vancouver
|
![](images/espaceur.gif) |
Evaluating urban climate model simulations with low-cost air temperature measurements![](images/espaceur.gif)
Maja Zuvela-Aloise,
ZAMG, Austria
|
![](images/espaceur.gif) |
Innovative observations and analysis of human thermal comfort in Amsterdam![](images/espaceur.gif)
B.G. Heusinkveld,
Wageningen University, The Netherlands
|
![](images/espaceur.gif) |
Air temperature retrieval from crowd-sourced smar
tphone battery temperatures for Dutch cities and its application in mesoscale model validation![](images/espaceur.gif)
Gert-Jan Steeneveld,
Wageningen University, Net
herlands, The Netherlands
|
![](images/espaceur.gif) |
Statistical Partitioning Of
Net Carbon Dioxide Fluxes Over
A Heterogeneous Urban Landscape![](images/espaceur.gif)
Olaf Menzer,
UC Santa Barbara, United States of America
|
![](images/espaceur.gif) |
Calculation of the CO2 storage term in an urban en
vironment: results and guid
elines from Central London ![](images/espaceur.gif)
Alex Bjorkegren,
King's College London, United Kingdom
|
|
NOMTM 9 : New sensors / New methods II : UBL & UHI |
![](images/espaceur.gif) |
Mixing height over London: spatio-temporal characteristics observed by Ceilometer networks![](images/espaceur.gif)
Simone Kotthaus,
University of Reading, Department of Meteorology, United Kingdom
|
![](images/espaceur.gif) |
New York Metro-Area Boundary Layer Catalogue: Boundary Layer Height and Stability Conditions from
Long-Term Observations ![](images/espaceur.gif)
David Melecio-Vazquez,
The City College of New York, United States of America
|
![](images/espaceur.gif) |
Measuring the real-world effects of urban heat island countermeasures: a case study of pavement-watering![](images/espaceur.gif)
Martin Hendel,
Paris City Hall, Water and Sanitation Department, France;
Université Paris Est, EIVP, Lab'Urba, EA 3482; Univ
Paris Diderot, Paris Sorbonne Cité, MSC, UMR 7057, CNRS
|
|
NOMTM 10 : Urban Canopy parameterizations II : development & sensitivity |
![](images/espaceur.gif) |
Interfacing the urban land-atmosphere system with
a coupled UCM-SCM framework: model development
and sensitivity![](images/espaceur.gif)
Zhihua Wang,
Arizona State University, United States of America
|
![](images/espaceur.gif) |
Improving the water budget in the ur
ban surface scheme TEB for a better ev
aluation of green infrastructures
for adaptation purposes ![](images/espaceur.gif)
Katia Chancibault,
LUNAM-IFSTTAR
|
![](images/espaceur.gif) |
Adequately and Efficiently Representing H
eat Conduction and Storage for Urban Surfaces ![](images/espaceur.gif)
Mathew Lipson,
Australian Research Council Centre of Excellence fo
r Climate System Science; Climate Change Research
Centre; University of New South Wales, Australia
|
![](images/espaceur.gif) |
Integration of Urban Microclimate Models
using the QUIC EnvSim GPU Framework ![](images/espaceur.gif)
Peter Willemsen,
University of Minnesota Duluth, United States of America
|
![](images/espaceur.gif) |
Sensitivity analysis and optimization of an urban surface energy balance parameterization at a tropical
suburban site ![](images/espaceur.gif)
Suraj Harshan,
National University of Singapore, Singapore
|
![](images/espaceur.gif) |
Seasonal comparison of three urban land surface schemes in a high-latitude city of Helsinki![](images/espaceur.gif)
Leena Järvi,
University of Helsinki, Finland
|
![](images/espaceur.gif) |
Validation of a Lumped Thermal Para
meter Model coupled with an En
ergyPlus Model using BUBBLE Data ![](images/espaceur.gif)
Miguel Martin,
Masdar Institute of Science and Technology, United Arab Emirates
|
![](images/espaceur.gif) |
Modelling anthropogenic heat in urba
n climate models: capturing agency ![](images/espaceur.gif)
Stefan Thor Smith,
University of Reading, United Kingdom
|
|
NOMTM 11 : Mesoscale and Numerical Weather prediction models |
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Evaluation of building energy use: from the urban to the building scale ![](images/espaceur.gif)
Dasaraden Mauree,
École Polytechnique Fédérale de Lausanne, Switzerland
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High resolution Numerical Weather Prediction of
the urban boundary layer – a comparison with
observations for London, UK ![](images/espaceur.gif)
Janet Fraser Barlow,
University of Reading, United Kingdom
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Sensitivity of mesoscale models
to scale-dependent UCP inputs ![](images/espaceur.gif)
Marina Neophytou,
University of Cyprus, Cyprus; Swiss Federal In
stitute of Technology, ETH-Zurich, Switzerland
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On the importance of horizontal turbulent transport in
high resolution mesoscale simulations over cities. ![](images/espaceur.gif)
Alberto Martilli,
CIEMAT, Spain
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Impact of an Urban Land Surface Scheme on Local Cl
imate Simulation for the
Tokyo metropolitan area ![](images/espaceur.gif)
Toshinori Aoyagi,
Meteorological Research Institute, Japan
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Simulation of the urban heat
island under the background of
urbanization around Guangzhou![](images/espaceur.gif)
Guang Chen,
South China University of Technology, China,
People's Republic of; Tohoku University,Japan
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The Impact of Land Use/Land Cover on WRF Model Pe
rformance in a Sub-Tropical Urban Environment ![](images/espaceur.gif)
Shweta Bhati,
Centre for Atmospheric Sciences, Indian
Institute of Technology Delhi, India
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Development of a fine-scale numeri
cal weather prediction system for urban areas: Preliminary results ![](images/espaceur.gif)
Shiguang Miao,
Institute of Urban Meteorology, China Me
teorological Administration, Beijing, China
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UDC : Urban design with climate |
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UDC 1 : Impact of Urban forms on outdoor ventilation |
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Natural Ventilation Performance in a High Density Urban Area Based on CFD Numerical Simulations in Dalian ![](images/espaceur.gif)
Fei Guo, architecture and art school,dalian university of tech, China, People's Republic of
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Anthropogenic heat contribution to air temperature increase at pedestrian height in Singapore’s high density Central Business District (CBD) ![](images/espaceur.gif)
Daniel Jun Chung Hii, National University of Singapore, Singapore
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Urban wind design for Bonifacio’s citadel![](images/espaceur.gif)
Dominique Dias, Urbalterre, France
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Preserving Overall Performance of Air Conditioners by Incorporation of Wind- Permeable Floor in Buildings ![](images/espaceur.gif)
Karl An, Division of Environment, The Hong Kong University of Science and Technology, Hong Kong S. A. R. (China)
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UDC 2 : Impact of Urban forms on comfort II : temperate and cold climate cities |
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The impact of urban geometry on the radiant environment in outdoor spaces ![](images/espaceur.gif)
Christina Chatzipoulka, Kent School of Architecture, University Of Kent, United Kingdom
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Neighbourhood morphology and solar irradiance in relation to urban climate![](images/espaceur.gif)
Nahid Mohajeri, Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland
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Climate-Conscious Development of an Urban Area ![](images/espaceur.gif)
Györgyi Baranka, Hungarian Meteorological Service, Hungary
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Sensitivity of Perceived Temperature on meteorological variables and urban morphology parameters ![](images/espaceur.gif)
Robert Schoetter, CNRM-GAME, Météo France, Toulouse, France
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An evaluation of the effects of heat ray retro-refl
ective film on the outdoor thermal environment using a
radiant analysis method considering directional reflection ![](images/espaceur.gif)
Shinji Yoshida,
University of Fukui, Japan
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Creating Urban Cool Islands effects for summer
season in Toulouse new area: urban microclimate
adaptation ![](images/espaceur.gif)
Stéphane Ginestet,
Institut National des Sciences
Appliquées de Toulouse, France
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UDC 3 : Impact of Urban forms on comfort I : tropical and arid climate cities |
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Evaluation of the effect of densification of the built environment on outdoor thermal comfort in warm-
humid Dar es Salaam, Tanzania ![](images/espaceur.gif)
Erik Johansson, Lund University, Sweden
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The role of urban design in enhancing the microclimate and thermal comfort in warm-humid Dar es
Salaam, Tanzania ![](images/espaceur.gif)
Moohammed Wasim YAHIA, Lund University, Sweden
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AMONG WINDS, WATER BODIES AND URBAN ELEMENTS![](images/espaceur.gif)
Léa Cristina Lucas de Souza, Federal University of São Carlos, Brazil, Brazil
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Climate-Friendly Urban D
esign Process in Old Towns alongside the
Persian Gulf, Case Study: Bushehr ![](images/espaceur.gif)
Najmeh Motalaei, University of Applied Science, Tehran, Iran
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Holistic Method on Performing Microclimate Analyses of an Urban Area in the Tropics![](images/espaceur.gif)
Hii Daniel Jun Chung, National University of Singapore, Singapore
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UDC 4 : Impact of Urban forms on comfort III : theoretical studies |
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Effects of Different Floor Covering Material
s on Thermal Comfort in Landscape Design Studies ![](images/espaceur.gif)
Mehmet Akif Irmak,
Ataturk University, Turkey
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Impact of Urban Morphology on Average Urban Albedo![](images/espaceur.gif)
Xinyan Yang,
the University of Hong Kong, Hong Kong S.A.R. (China)
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Analysis of human thermal conditions in winter for different urban structures in Erzurum![](images/espaceur.gif)
Hasan YILMAZ,
Ataturk University, Turkey
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UDC 5 : Buildings climate and energy consumption III : new models |
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Urban Microclimate: A new software development for urban design and planning with urban heat island
effect ![](images/espaceur.gif)
Aiko Nakano,
MIT, United States of America
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RESEARCH ON THE OUTDOOR CLIMATE DISTRIBUTIO
N AND EFFECT FOR THE AIR-CONDITIONING LOAD
OF A THOUSAND-METER SCALE SKYSCRAPER ![](images/espaceur.gif)
Junliang Cao,
School of Municipal and Environmental Engineering,Harbin
institute of technology, Harbin, People's Republic of
China
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Urban weather generator: a method to predict neighborhood-specific urban temperatures for use in building
energy simulations ![](images/espaceur.gif)
Leslie Norford,
Massachusetts Institute of Technology, United States of America
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UDC 6 : Energy demand at city scale |
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Translating the Urban Heat Island effect into power consumption for space-cooling: A case-study of
megacity Delhi, India![](images/espaceur.gif)
Anurag Kandya,
Department of Civil Engineering, Indus University, Ahm
edabad, India; Centre for Atmospheric Sciences, Indian
Institute of Technology Delhi, New Delhi, India
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Sensitivity of electricity consumption to air temperat
ure, air humidity and solar radiation in city-block scale
– Based on 2013 Osaka city observation – ![](images/espaceur.gif)
Yuki Hashimoto,
The University of Tokyo, Japan
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Comprehensive validation of a simulation system for simultaneous prediction of urban climate and building
energy demand![](images/espaceur.gif)
Yukihiro Kikegawa,
Meisei University, Japan
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EXPLOITING URBAN PHYSICS - A ‘Form First’ A
pproach to Sustainable Urban Development ![](images/espaceur.gif)
Julie ann Futcher,
Urban Generation, United Kingdom
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Could urban climate modelling systems
provide urban planning guidelines in the context of building energy
performance issues?![](images/espaceur.gif)
Manon KOHLER,
Laboratoire Image Ville Environnement, Strasbourg-France
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UDC 7 : Buildings climate and energy consumption II : temperate and cold climate cities |
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URBAN MICROCLIMATE AND BUILDING ENERGY: A COUPLED SIMULATION APPROACH![](images/espaceur.gif)
Maya MILLIEZ,
EDF R&D EnerBaT, Moret-sur-Loing, France
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The urban heat island and its influence on building energy consumption in England and South Korea![](images/espaceur.gif)
Geoffrey John Levermore,
The University of Manchester, School of Me
chanical, Aerospace and Civil Engeineering,United
Kingdom; School of Space Design,
Ulsan College, South Korea;
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Assessment of urban cooling strategies impact using a coupled model for urban microclimate and building
energy simulation ![](images/espaceur.gif)
Adrien Gros,
University of La Rochelle, LaSIE FRE CNRS 3474 (France);
Institut de Recherche des Sc
iences et Techniques de la
Ville (France)
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Outdoor human comfort and climate change. A case study in the EPFL campus in Lausanne![](images/espaceur.gif)
Silvia Coccolo,
LESO-PB, EPFL, Switzerland
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Taking into account building environment in the energy consumption evaluation![](images/espaceur.gif)
Benjamin MORILLE
, IRSTV – FR CNRS 2488, France
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Urban Greening and the UHI: Seasonal Trade-offs in
Heating and Cooling Energy Consumption in
Manchester, UK ![](images/espaceur.gif)
Cynthia Pamela Skelhorn,
Qatar Green Building Council, Qatar
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URBAN CANYONS MORPHOLOGY, THERMAL COMFORT
AND URBAN DESIGN IN CONCEPCION'S CITY,
CHILE ![](images/espaceur.gif)
Cristobal Lamarca,
Pontificia Universidad católica de Chile, Chile
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UDC 8 : Buildings climate and energy consumption I : tropical, continental and arid climate cities |
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Impact of increasing the depth of urban street canyons on building heating and cooling loads: Case study of
Tel Aviv, Israel ![](images/espaceur.gif)
Evyatar Erell,
Ben-Gurion University of the Negev, Israel
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Evaluation of Smart Shading Structures in Mitigating Urba
n Heat Island in a districts of Hot Arid Climate City
(Abu Dhabi) ![](images/espaceur.gif)
Lindita Bande,
Polytechnic of Milan, Italy
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Climate-responsive resident
ial buildings in India.
Just a drop in the ocean? ![](images/espaceur.gif)
Marco Simonetti,
DENERG, Politecnico of Turin, Italy
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Shading effect of Alley Trees a
nd Their Impact on Indoor Comfor ![](images/espaceur.gif)
Flóra Szkordilisz,
Budapest University of Technology and Economics, Hungary
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Energy and Comfort in School Buildings in the South of Portugal ![](images/espaceur.gif)
Eusébio Zeferino Encarnação da Conceição,
University of Algarve, Portugal
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BPH : Bioclimatology and public health |
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BPH 1 : Modeling of outdoor microclimate & comfort |
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The role of trees in urban thermal comfort and SkyView Factor ![](images/espaceur.gif)
Sevgi Yilmaz, Ataturk University, Turkey
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Developments and applications of thermal indices in urban structures by RayMan and SkyHelios model![](images/espaceur.gif)
Andreas Matzarakis, Albert-Ludwigs-University Freiburg, Germany
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Heat-related health impacts associated with the urban heat island and climate change in the West Midlands, UK. ![](images/espaceur.gif)
Clare Helen Heaviside, University of Birmingham; Public Health England
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A contribution to the summertime heat improvement in a marathon course by application of radiate and airflow simulation ![](images/espaceur.gif)
Yasunobu Ashie, National Institute for Land and Infrastructure Management, Japan
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A Multiscaler Thermal Analysis of Urban Playgrounds![](images/espaceur.gif)
Jennifer Vanos, Texas Tech University, United States of America
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BPH 2 : Indoor comfort and link with outdoor conditions |
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Indoor-outdoor environmental coupling and exposure risk to extreme heat and poor air quality during heat waves ![](images/espaceur.gif)
David J Sailor, Portland State University, United States of America
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Effect of urban pollution on indoor air quality in energy-efficient buildings in the UK ![](images/espaceur.gif)
Zhiwen Luo, University of Reading, United Kingdom
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INFLUENCE OF PHYSICAL PROPERTIES OF VERTICAL WALL SURFACES ON HUMAN THERMAL SENSATION BASED ON FIELD MEASUREMENTS AND MICROCLIMATE SIMULATION ![](images/espaceur.gif)
Kiyoshi Sasak, Shimizu Corporation, Japan
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BPH 3 : Observation/surveys of outdoor comfort |
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Thermal comfort conditions of urban spaces in a hot-humid climate of Chiangmai city, Thailand ![](images/espaceur.gif)
Manat Srivanit, Faculty of Architecture and Planning, Thammasat University, Thailand
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Visitor perception of thermal comfort in two contrasting public landscape gardens during extreme heat events ![](images/espaceur.gif)
Cho Kwong Charlie Lam, Monash University, Australia
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Impact of urban morphology on microclimatic conditions and outdoor thermal comfort – a study in mixed residential neighbourhood of Chennai, India. ![](images/espaceur.gif)
LILLY ROSE AMIRTHAM, SATHYABAMA UNIVERSITY, India
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Outdoor thermal comfort under photovoltaic canopies – a seasonal field study at Arizona State University![](images/espaceur.gif)
Ariane Middel, Arizona State University, United States of America
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BPH 4 : Health |
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Evaluation of building-scale heat-stress analysis system (BioCAS) based on mortality observation in Seoul ![](images/espaceur.gif)
Kyu Rang KIM, National Institute of Meteorological Research, Korea, Republic of (South Korea)
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Estimation of DALY loss due to heat stroke and sleep disturbance caused by air temperature rise in Tokyo, Japan ![](images/espaceur.gif)
Tomohiko Ihara, The University of Tokyo, Japan
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Inhalation cancer risk assessment in Krasnoyarsk city![](images/espaceur.gif)
Olga Taseiko, Siberian State Aerospace University, Russian Federation
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Changing weather factors implication on the prevalence of malaria in Ado-Ekiti, South west, Nigeria. ![](images/espaceur.gif)
Ademola Akinbobola, Federal University of Technology, Akure, Nigeria
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A Field Assessment on Natural Ventilation and Thermal Comfort of Historical District: A case of the Wugoushui Settlement in Taiwan ![](images/espaceur.gif)
Yu chieh Chu, National Cheng kung University, Taiwan, Republic of China
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Neonates in Ahmedabad, India during the 2010 heat wave: a climate change adaptation study![](images/espaceur.gif)
Perry Sheffield, Icahn School of Medicine at Mount Sinai, New York, United States of America
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BPH 5 : Human perception and new indicators |
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Thermal comfort comparison and evaluation in different climates![](images/espaceur.gif)
Lutz Katzschner, UKASS
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How to transform the standing man from a box to a cylinder – a modified methodology to calculate mean radiant temperature in models and field studies ![](images/espaceur.gif)
Björn Holmer, University of Gothenburg, Sweden, Sweden
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Watts in a comfort index: Evaluating pedestrian energy exchange and thermal stress in urban environments ![](images/espaceur.gif)
David Pearlmutter, Ben-Gurion University of the Negev, Israel
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SHORT-TERM ACCLIMATIZATION EFFECTS IN AN OUTDOOR COMFORT STUDY ![](images/espaceur.gif)
Eduardo Kruger, UTFPR, Brazil, Germany
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The prediction of outdoor human thermal states in non-uniform thermal loads![](images/espaceur.gif)
Yasuhiro Shimazaki, Okayama Prefectural University, Japan
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ID : Interdisciplinarity |
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ID 1 : Environmental scholarship and collaborations |
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Exploring the changing geography of Urban Climatology: a spatial analysis of scientific production by using IAUC bibliographic data (1999-2012) ![](images/espaceur.gif)
Denis Eckert, LISST/CNRS/University of Toulouse/EHESS, France
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Scientific practices within the urban climate research field: « Drastic interdisciplinary » between social and natural sciences ![](images/espaceur.gif)
Géraldine Molina, IRSTV (FR CNRS 2488 – École Centrale de Nantes) - CERMA (ENSAN – UMR CNRS 1563)
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ID 2 : Multicriteria environmental perception |
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Thermal notations as a design tool: evaluating the thermal comfort of pedestrians moving in spatial sequences ![](images/espaceur.gif)
Carolina Vasilikou, Centre for Architecture and Sustainable Environment, University of Kent, United Kingdom
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New qualitative methods to explore thermal perception in urban spaces ![](images/espaceur.gif)
Sanda Lenzholzer, Wageningen University, The Netherlands, Landscape Architecture
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Performance standard for tropical outdoors:A proposal in a time of climate change ![](images/espaceur.gif)
Rohinton Emmanuel, Glasgow Caledonian University, United Kingdom
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Perception Studies on the Influence of Trees and Greens in Open Spaces for Environmental Quality![](images/espaceur.gif)
Taiwo Aderonke Ewulo, Department of Crop, Soil and Pest Management, Federal University of Technology, Akure, Nigeria;
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Observation of urban climate variability at local scale and comparison with human perception ![](images/espaceur.gif)
Noémie Gaudio, CNRS/Météo-France, France
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Influence of urban climate on perception responses in soundwalks: case study Aachen![](images/espaceur.gif)
Margret Sibylle Engel, Institute of Technical Acoustics, Medical Acoustics Group, RWTH Aachen University, Germany; Department of Geography, RWTH Aachen University, Germany
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A methodological approach to the environmental quantitative assessment of urban parks![](images/espaceur.gif)
Pninit Cohen, Tel Aviv University, Israel
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Connecting urban climate and human well-being through the measurement of individually experienced temperatures ![](images/espaceur.gif)
David Hondula, Arizona State University, United States of America
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