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CURRICULUM

COURSE CONTENT

UCC provides a broad foundation in urban climate science through a series of classroom lectures, group discussions, lab exercises, and field excursions.  Interconnecting these activities is an underlying emphasis on methodological standards in urban climatology, relating to proper siting of meteorological sensors in urban areas, and appropriate use of urban design strategies for climate mitigation and adaptation.  Upon completion of UCC, participants are able to evaluate the quality and purpose of climate data in their own projects, and to think critically about the established methods and results in the urban climate literature.

LECTURE TOPICS

Introduction to urban climatology

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  • ​Overview of urban ecosystems

  • Concepts and classifications

  • Urban climate methods

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Local Climate Zone (LCZ) classification

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  • Aims, origins, and applications of LCZs

  • Measuring, mapping & modelling LCZs

  • Recognising LCZs in the field

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Urban effects on temperature

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  • Urban heat island—atmosphere

  • Urban heat island—surface

  • Implications of urban heat

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Urban effects on airflow

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  • Airflow around buildings & structures

  • Airflow across cities & neighbourhoods

  • Airflow effects on pollution concentrations

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Urban effects on water, moisture, and precipitation

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  • Urban water balance

  • Clouds and rainfall

  • Dew, fog & humidity

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Cities and global climate change

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  • Urban impacts on global climate

  • Greenhouse gas emissions from cities

  • Global climate change in urban environments

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Metabolism of megacities

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  • Size and complexity of megacities

  • Compact vs. sprawling megacities

  • Global geography of megacities  

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Climate-sensitive urban design

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  • Guiding principles for climate-sensitive design

  • Design interventions for climate mitigation & adaptation

  • Urban climatic maps for environmental planning

 

Lecture 1 - Urban Ecosystems_Manizales 2024.jpg
Lecture 2 - Concepts_Manizales 2024.jpg
Lecture 3 - Methods_Manizales 2024.jpg
Lecture 4 - Local Climate Zones_Manizales 2024.jpg
Lecture 5 - Urban air flow_Manizales 2024.jpg
Lecture 6 - Urban heat island_Manizales 2024.jpg
Lecture 7 - Urban water balance_Manizales 2024.jpg
Lecture 8 - Urban clouds & precipitation_Manizales 2024.jpg
Lecture 9 - Climate sensitive design_Manizales 2024.jpg

LABORATORY & FIELD EXERCISES

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  • Identifying Local Climate Zones in cities

  • Using Google Earth with Local Climate Zones

  • Analysing temperature data for heat islands

  • Field survey using thermal infrared sensors  

  • Visiting an air-pollution monitoring station

  • Designing a network of meteorological sensors

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COURSE TEXTBOOKS

SUPPORTING ORGANIZATIONS

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