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Data portal · Method

Urban field campaign datasets: measurements in real cities

Measurements made outdoors in real cities: intensive observation campaigns, long-running tall-tower and rooftop flux sites, Doppler lidar and radiosonde profiles, tracer releases and dense networks of weather stations. They capture the full complexity of urban weather and are the reference against which models are judged.

  • 97 resources
  • 97 field
  • 8 benchmarks

All 97 resources, largest first

  1. Harmonised data from a street-level network of 42 automatic weather stations in Freiburg for 2022. Useful for intra-urban temperature and wind variability.

    Collection · 27 parts Field Measurements

    Freiburg, Germany · 2026 · CC BY 4.0 · Paper: Using Gradient Boosting for gap-filling to analyze temperature and humidity patterns in an urban weather station network in Freiburg, Germany ↗ +2

  2. Raw Doppler wind lidar measurements at the Paris-region site Arboretum Vallee-aux-Loups from the urbisphere campaign. Useful for urban boundary-layer wind and turbulence profiles.

    Collection · 11 parts Field Measurements

    Paris, France · 2025 · Restricted · Paper: Harmonised boundary layer wind profile dataset from six ground-based doppler wind lidars in a transect across Paris, France ↗ +2

  3. Raw Doppler wind lidar measurements at Berlin Rothenburgstrasse from the urbisphere campaign. Useful for urban boundary-layer wind and turbulence profiles.

    Collection · 16 parts Field Measurements

    Berlin, Germany · 2024 · Restricted

  4. Full-scale surface pressure and velocity measurements on the 6 m Silsoe cube in natural wind, with wind-tunnel comparisons. Used as the CWE2000 validation case for CFD; time series and compiled means and variances are available.

    Benchmark Field MeasurementsCase setup Wind tunnel

    2002 · Paper: A 6 m cube in an atmospheric boundary layer flow (parts 1 and 2) ↗

  5. Archive of London micrometeorological measurements covering wind, temperature, humidity, radiation and concentration. Useful for urban boundary-layer and urban climate studies; see the project site for the full list.

    Collection · 13 parts Field Measurements

    Paper: Spatial and temporal patterns of surface–atmosphere energy exchange in a dense urban environment using scintillometry ↗ +1

  6. 5–20 tonne pressurised liquefied chlorine releases in 2015–16, partly inside a staggered array of about 80 shipping containers, with concentration arcs out to 11 km: the key dense-gas benchmark for built environments.

    Benchmark Field Measurements

    Dugway Proving Ground, Utah, United States · 2016 · On request

  7. A real-city SF6 field release sampled at 20 detectors, plus wind-tunnel pedestrian-level concentration time series for continuous and puff releases in a model of the same downtown.

    Benchmark Field Measurements Wind tunnel

    2014 · Free with citation; data policy agreement and password on request · Paper: Evaluation of Local-Scale Models for Accidental Releases in Built Environments: Results of the Modelling Exercises in Cost Action ES1006 ↗

  8. Urban Dispersion Program field studies in 2005: two intensive periods around Madison Square Garden (March) and six in Midtown (August) with up to seven perfluorocarbon and SF6 tracers, street-level and rooftop samplers, sonic anemometers and sodars, plus indoor and subway sampling in MID05.

    Benchmark Field Measurements

    Midtown Manhattan, New York City, United States · 2005 · On request; MID05 tracer data restricted

  9. Météo-France/CNRM campaign from February 2004 to February 2005: a city-centre flux tower and surface stations, boundary-layer profilers and intensive periods on the urban heat island, the urban boundary layer and aerosols. Widely used to evaluate urban canopy schemes such as TEB.

    Benchmark Field Measurements

    Toulouse, France · 2005 · On request · Paper: The Canopy and Aerosol Particles Interactions in TOulouse Urban Layer (CAPITOUL) experiment ↗

  10. DTRA/DHS field study in July 2003: ten 8-hour intensive periods of SF6 releases in the central business district, sampled by 194 bag samplers and 25 fast-response analysers, with winds and turbulence measured at about 100 sites. A classic real-city dispersion benchmark.

    Benchmark Field Measurements

    Oklahoma City, United States · 2003 · On request · Paper: Momentum and Turbulent Kinetic Energy Budgets Within the Park Avenue Street Canyon During the Joint Urban 2003 Field Campaign ↗

  11. Basel Urban Boundary Layer Experiment, 2001–02: a year-long network of energy-balance towers across urban, suburban and rural sites, with a June–July 2002 intensive period adding a wind profiler, sodar/RASS, lidar, a street-canyon tower and four SF6 tracer releases. A reference for urban roughness-sublayer turbulence and energy balance.

    Benchmark Field Measurements

    Basel, Switzerland · 2002 · On request · Paper: BUBBLE – an Urban Boundary Layer Meteorology Project ↗

  12. Classic multiscale urban dispersion campaign: SF6 and perfluorocarbon tracer releases with meteorology around a single building, across the downtown grid and over the wider city, mostly in stable night-time conditions. Files are openly downloadable by IOP.

    Benchmark Field Measurements

    Salt Lake City, United States · 2000 · Free to use; acknowledge the DOE Chemical and Biological National Security Program · Paper: Overview of URBAN 2000: A Multiscale Field Study of Dispersion through an Urban Environment ↗

  13. Distributed temperature sensing potential-temperature profiles along a 31 m mast in Helsinki, with turbulence temperature statistics. Useful for coastal urban surface-layer studies.

    Field Measurements

    Helsinki, Finland · 2021 · CC BY 4.0

  14. Raw 16-second data from about 110 citizen-science low-cost weather stations in Leuven, 2019-2025. Useful for urban temperature and microclimate studies.

    Field Measurements

    Leuven, Belgium · 2026 · CC BY-NC 4.0 · Paper: Quality control and correction method for air temperature data from a citizen science weather station network in Leuven, Belgium ↗

  15. Continuous Doppler wind lidar measurements of the coastal urban boundary layer and adjacent marine layer.

    Field Measurements

    2026 · CC BY 4.0

  16. 3D ultrasonic anemometer data from the Beijing 325 m tower for urban boundary-layer turbulence.

    Field Measurements

    Beijing, China · 2026 · CC BY 4.0

  17. Street-level automatic weather station network data for Bristol, UK. Raw 2024 part 2.

    Collection · 6 parts Field Measurements

    Bristol, UK · 2026 · Restricted · Paper: Modular approach to near-time data management for multi-city atmospheric environmental observation campaigns ↗

  18. OpenFOAM-v8 set-ups for wind and concentration fields in several street-canyon scenarios.

    Collection · 2 parts Field Case setupMeasurements RANS

    2024 · CC BY 4.0

  19. Turbulence measurements from the MoTUS project in an urban setup.

    Field Measurements

    2019 · CC BY 4.0

  20. One-minute radiation (direct, global, diffuse, longwave) and basic meteorological data from the Friedrichstadt rooftop station in Berlin during the urbisphere campaign. Useful for urban surface energy balance and model evaluation.

    Collection · 4 parts Field Measurements

    Berlin, Germany · 2026 · CC BY 4.0 · Paper: urbisphere-Berlin Campaign: Investigating Multiscale Urban Impacts on the Atmospheric Boundary Layer ↗

  21. Continuous scanning Doppler-lidar wind measurements of downslope winds over the city and Port of Genoa, December 2024 to March 2025. Useful for urban boundary-layer and wind-hazard studies.

    Field Measurements

    Genoa, Italy · 2026 · CC BY 4.0 · Paper: Engineering Research Infrastructures for European Synergies ↗

  22. TURDATA from the TURBAN Prague campaign: low-cost air quality sensor network, meteorological station and remote-sensing vertical profiles in the Legerova street domain. Intended for validating micro-scale urban dispersion models.

    Field Measurements

    Prague, Czechia · 2026 · CC BY 4.0

  23. High-density urban air temperature (and meteorological) network across the Birmingham conurbation, for urban heat island studies.

    Collection · 3 parts Field Measurements

    Birmingham, UK · 2015

  24. Surface-atmosphere energy exchange data from eddy-covariance and scintillometer measurements in Enschede. Useful for urban flux model evaluation.

    Collection · 2 parts Field MeasurementsSimulation output LES

    Enschede, Netherlands · 2026 · CC BY 4.0

  25. Raw urban canopy parameter measurements from fieldwork in Kampala (2018). Can be turned into detailed input fields for urban climate models.

    Field GeometryMeasurements

    Kampala, Uganda · 2020 · CC BY 4.0 · Paper: Can local fieldwork help to represent intra-urban variability of canopy parameters relevant for tropical African climate studies? ↗

  26. Calibration measurements, PALM simulations and survey data for urban thermal hotspots in a Czech city. Useful for evaluating urban microclimate LES and thermal comfort.

    Field Simulation outputMeasurements LES

    2026 · CC BY-NC 4.0

  27. Naphthalene sublimation measurements in a wind tunnel street canyon model from Reading, giving scalar transfer in urban canyons.

    Collection · 3 parts Field Measurements Wind tunnel

    2007

  28. Scanning Doppler lidar and sonic anemometer data used to observe tall-building wakes in London.

    Field Measurements

    London, UK · 2025 · CC BY 4.0 · Paper: Observations of tall-building wakes using a scanning Doppler lidar ↗

  29. Raw microwave radiometer profile measurements of temperature and humidity at TU Berlin Charlottenburg campus, 2021-2022. Useful for urban boundary-layer thermodynamic structure.

    Collection · 2 parts Field Measurements

    Berlin, Germany · 2024 · Restricted

  30. Gap-filled flux tower observations with site characteristics for Urban-PLUMBER, for evaluating urban land surface models.

    Field Measurements

    2022 · CC BY 4.0

  31. Aircraft profiles of wind, temperature, turbulence, sensible heat flux and trace gases in the urban boundary layer over the West Midlands (PUMA).

    Collection · 2 parts Field Measurements

    West Midlands, UK · 2007

  32. Hourly temperature, humidity, pressure, irradiance, wind speed and direction from 40 automatic stations on the NUS campus during 2025. Useful for urban microclimate and model evaluation.

    Field Measurements

    Singapore · 2026 · CC BY 4.0

  33. Field and CFD data for physics-informed surrogate modelling of urban wind under sparse measurements.

    Field MeasurementsSimulation output RANSML / surrogate

    2026 · CC BY 4.0

  34. Half-hourly time series, fluxes, quadrant and wavelet results behind the figures of the paper, from the 325 m Beijing tower and the 102 m Xianghe tower, July 2017.

    Field Measurements

    Beijing, China · 2025 · CC BY 4.0

  35. Hourly 2024 observations from 48 automatic weather stations across Shenzhen, including wind speed and direction, temperature, humidity and pressure. Useful for urban climate and wind analysis.

    Field Measurements

    Shenzhen, China · 2026 · CC BY 4.0

  36. Hourly meteorological data from 17 weather stations in the Rome area. Useful for urban climate analysis and model evaluation.

    Field Measurements

    Rome, Italy · 2026 · CC BY 4.0 · Paper: Measuring the urban heat island of Rome through a dense weather station network and remote sensing imperviousness data ↗ +1

  37. Single-column WRF output and observations from the King's College London tower used to study urban boundary-layer processes. Useful for evaluating urban boundary-layer schemes.

    Field Simulation outputMeasurements Mesoscale model

    London, UK · 2020 · CC BY 4.0

  38. Processed turbulence statistics and 10 Hz fluctuation records for four case studies from the 325 m Beijing tower and the 102 m Xianghe tower, July 2017.

    Field Measurements

    Beijing, China · 2026 · CC BY 4.0

  39. Derived tables and scripts on wind turning with Paris wind and ERA5 boundary-layer height.

    Field MeasurementsSoftware & tools

    Paris, France · 2026 · CC BY 4.0

  40. Half-hourly observed and modelled turbulent fluxes at a Munich tall tower, 2024-2025, supporting CO2 emission estimates.

    Field Measurements

    Munich, Germany · 2026 · CC BY 4.0

  41. Surface meteorological data (wind, temperature) from Hangzhou 2013-2015 for studying interaction of mountain-plain wind with urban breeze.

    Field Measurements

    Hangzhou, China · 2020 · CC BY 4.0

  42. Derived tables, figure assets and scripts for analysis of urban boundary-layer vertical decoupling.

    Field MeasurementsSoftware & tools

    2026 · CC BY 4.0

  43. Monitoring campaign (Oct 2023-Jul 2024) of urban canyon climate including wind, temperature and humidity in vulnerable Madrid neighbourhoods. Useful for street-canyon field evaluation.

    Field Measurements

    Madrid, Spain · 2023 · CC BY-SA 4.0 · Paper: Multidimensional index of fuel poverty in deprived neighbourhoods. Case study of Madrid ↗

  44. Harmonised automatic weather station and temperature logger observations from the UHIARC campaign in North-Eurasian Arctic cities.

    Field Measurements

    2026 · CC BY 4.0

  45. 3D wind and concentration data at 5-minute resolution from El Prat del Llobregat for validating CFD.

    Field Measurements

    El Prat de Llobregat, Spain · 2024 · CC BY-NC-ND 4.0

  46. Urban wind profile dataset from Doppler lidar in Tokyo.

    Field Measurements

    Tokyo, Japan · 2025 · CC BY 4.0 · Paper: Observational study of power-law approximation of wind profiles within an urban boundary layer for various wind conditions ↗ +5

  47. Vertical profiles of urban wind speed, direction and turbulence measured by lidar on the UCC campus.

    Field Measurements

    Cork, Ireland · 2022 · CC BY 4.0

  48. Observations from the 325 m Beijing tower on non-stationary turbulence over a megacity.

    Field Measurements

    Beijing, China · 2025 · CC BY 4.0

  49. One of the world's longest urban flux records (tower running since 2004, successor to the BUBBLE experiment): half-hourly CO2, heat and momentum fluxes, friction velocity and stability with footprints for 2015–2025.

    Field Measurements

    Basel, Switzerland · 2025 · CC BY 4.0 · Paper: Ten years of eddy covariance measurements in Basel, Switzerland: Seasonal and interannual variabilities of urban CO 2 mole fraction and flux ↗

  50. Raw radiosonde (windsond) profiles during the urbisphere Paris campaign. Useful for urban boundary-layer structure.

    Field Measurements

    Paris, France · 2025 · Restricted

  51. Harmonised data from a street-level automatic weather station network in Freiburg. Useful for urban microclimate and heat studies.

    Field Measurements

    Freiburg, Germany · 2025 · CC BY 4.0

  52. Measured air temperature, humidity, radiation, globe temperature, wind speed and UTCI at static points and along walking routes in four Santiago neighbourhoods. Useful for outdoor thermal comfort studies.

    Field Measurements

    Santiago, Chile · 2025 · CC BY 4.0

  53. Long-running tall-tower eddy-covariance records of momentum, sensible and latent heat and CO2 over downtown and suburban Indianapolis, with raw 10 Hz data for turbulence statistics.

    Field Measurements

    Indianapolis, United States · 2025 · CC BY 4.0 · Paper: The INFLUX network – eddy covariance in and around an urban environment ↗

  54. Eddy-covariance flux and meteorological observations from Swindon, 2011-2013, with SUEWS forcing files. Useful for urban surface energy balance model evaluation.

    Field Measurements

    Swindon, UK · 2025

  55. Year-long ARM Mobile Facility deployment with urban, rural and Chesapeake Bay nodes, measuring how the urban boundary layer differs from its surroundings through all seasons, including low-level jets and bay breezes. Doppler lidar, soundings, eddy covariance and profilers; free ARM account needed.

    Field Measurements

    Baltimore, United States · 2025 · CC BY 4.0 (ARM data policy; acknowledgement required) · Paper: CoURAGE! The Coast-Urban-Rural Atmospheric Gradient Experiment ↗

  56. Observations from a summer 2023 heat-stress campaign at Sterre campus, Ghent, with devices in varied micro-environments including green spaces. Useful for urban thermal comfort and microclimate model validation.

    Field Measurements

    Ghent, Belgium · 2024 · CC BY 4.0 · Paper: Monitoring Microscale Heat Stress Patterns in a Medium-Dense Urban Area with Green Spaces ↗

  57. Eddy covariance measurements at Berlin-Mitte from the urbisphere campaign. Useful for urban turbulence and surface flux studies.

    Field Measurements

    Berlin, Germany · 2024 · Restricted

  58. Raw radiosounding profiles of temperature, humidity and wind during the urbisphere Berlin campaign. Useful for urban boundary-layer structure.

    Field Measurements

    Berlin, Germany · 2024 · Restricted

  59. One-minute wind speed and direction at 16 m from a Gill sonic at Honor Oak Park, London.

    Field Measurements

    Honor Oak Park, London, UK · 2024

  60. Quality-controlled half-hourly fluxes of momentum, sensible and latent heat and CO2 from city towers in Zurich and Paris, plus Doppler wind-lidar profiles, released by the EU ICOS Cities (PAUL) project.

    Field Measurements

    Zurich and Paris · 2024 · CC BY 4.0

  61. 30-minute fluxes of momentum, heat, water vapour and CO2, plus raw 10 Hz sonic data, from a site among highways and buildings at UIC; part of the Chicago CROCUS network, which also runs Doppler lidar and SODAR (open but raw, not quality-controlled).

    Field Measurements

    Chicago, United States · 2024 · Paper: The CROCUS Measurement Strategy ↗

  62. 10-minute air temperature and humidity from a 27-station urban network.

    Field Measurements

    Novi Sad, Serbia · 2023 · CC BY 4.0

  63. Hourly divergence profiles over Beijing urban areas derived from radar wind profiler measurements.

    Field Measurements

    Beijing, China · 2023 · CC BY 4.0

  64. Hourly air temperature from 12 urban sites in Novi Sad, Serbia, for 2016-2017. Useful for urban heat island analysis and model evaluation.

    Field Measurements

    Novi Sad, Serbia · 2023 · CC BY 4.0

  65. Avian-borne meteorological sensor package data from flights over Birmingham in 2018-19, giving data above rooftops in the urban boundary layer.

    Field Measurements

    Birmingham, UK · 2023

  66. Continuous Doppler lidar in Baltimore from the BSEC Urban Integrated Field Lab: vertical-velocity variance, skewness and kurtosis, VAD wind profiles, boundary-layer and cloud-base height as daily CF-NetCDF files at 15-minute resolution.

    Field Measurements

    Baltimore, United States · 2023 · Paper: The Baltimore Social-Environmental Collaborative integrated urban observing system ↗

  67. BSEC network of street-level weather stations across Baltimore: temperature, humidity, wind, rain and solar radiation as 5-minute, hourly and daily CSV files from 2023.

    Field Measurements

    Baltimore, United States · 2023

  68. Metadata for the Schools Weather and Air Quality citizen-science network of weather stations across Sydney.

    Field Measurements

    Sydney, Australia · 2021 · CC BY 4.0 · Paper: Air quality impacts of the 2019–2020 Black Summer wildfires on Australian schools ↗

  69. A year of ARM Mobile Facility observations around Houston, aimed at sea-breeze convection and aerosol–cloud interaction, with Doppler lidar, soundings, flux and tethered-balloon data on the coastal urban boundary layer. Free ARM account needed.

    Field Measurements

    Houston (La Porte), United States · 2022 · CC BY 4.0 (ARM data policy; acknowledgement required) · Paper: A Succession of Cloud, Precipitation, Aerosol, and Air Quality Field Experiments in the Coastal Urban Environment ↗ +1

  70. Roadside measurements of NO released from a van, with wind speed and direction, used to validate CFD models in Oxford.

    Field Measurements

    Oxford, UK · 2022

  71. Hourly temperature and humidity from 20 aspirated sensors within Madrid's urban canopy layer, 2014-2017 onwards.

    Field Measurements

    Madrid, Spain · 2021 · CC BY-NC 4.0 · Paper: Hourly evolution of intra-urban temperature variability across the local climate zones. The case of Madrid ↗

  72. Mixed layer height from a ceilometer at Marylebone Road, London, 2012.

    Field Measurements

    London, UK · 2021 · CC BY 4.0

  73. Python scripts reproducing analysis of distributed temperature sensing measurements of the coastal urban surface layer in Helsinki. Useful for urban boundary-layer turbulence analysis.

    Field Software & tools

    Helsinki, Finland · 2021 · MIT

  74. Fluxes of CO2, heat, momentum and particles from the SMEAR III urban tower in Helsinki, 2005–2021.

    Field Measurements

    Helsinki, Finland · 2021 · CC BY 4.0 · Paper: Seasonal and annual variation of carbon dioxide surface fluxes in Helsinki, Finland, in 2006–2010 ↗

  75. Observations from summer 2017 and winter 2018 campaigns on the effect of vegetation on air quality in urban street canyons.

    Field Measurements

    2020 · CC BY 4.0

  76. Eddy-covariance water, energy and carbon fluxes with ancillary meteorology at four urban landscapes in Phoenix during 2015.

    Field Measurements

    Phoenix, United States · 2020 · CC BY 4.0

  77. 17 street-level stations across the five boroughs plus rooftop eddy-covariance and Doppler-lidar / microwave-radiometer profiler sites. The flux readme warns of rooftop flow distortion.

    Field Measurements

    New York City, United States · 2020 · Request access; free for academic research, no redistribution · Paper: A Technical Overview of the New York State Mesonet Standard Network ↗

  78. Wind field, cloud base and mixing-layer height time series from a Doppler lidar and ceilometer network in Stuttgart ([UC]2 programme). Useful for urban boundary-layer studies.

    Field Measurements

    Stuttgart, Germany · 2018 · CC BY 4.0

  79. High-resolution meteorological observations from a five-station network in Kampala, Uganda.

    Field Measurements

    Kampala, Uganda · 2018

  80. Full-scale Silsoe campaign on a 6 m cube, isolated and within an array of straw cubes, with three opening set-ups each. Ventilation was measured with pressure and tracer methods alongside internal and external flow, temperature and pressure; useful for cross-ventilation studies.

    Field Measurements

    2018 · Paper: Effects of variability of local winds on cross ventilation for a simplified building within a full-scale asymmetric array: overview of the Silsoe field campaign. ↗

  81. 10 Hz sonic data at 40, 80, 120, 160 and 200 m on an urban meteorological tower, July–August 2017, with fluctuations, spectra and statistics; suited to momentum and heat transport in the convective urban boundary layer.

    Field Measurements

    Tianjin, China · 2017 · Paper: Dissimilarity of Turbulent Transport of Momentum and Heat Under Unstable Conditions Linked to Convective Circulations ↗

  82. National Environment Agency stations across Singapore with minute-level air temperature, humidity, wind and rainfall from 2016, available through an API.

    Field Measurements

    Singapore · 2016 · Singapore Open Data Licence

  83. Meteorology and air quality field campaign in London in 2011-12, with multiple sites and intensive observations during the 2012 Olympics. Useful for urban boundary-layer and air quality studies; individual datasets are available via the paper authors.

    Field Measurements

    2015 · Paper: Meteorology, Air Quality, and Health in London: The ClearfLo Project ↗

  84. Field and physical-model measurements of wind-driven air infiltration into a building near the DAPPLE site in London. Useful for studying how the urban environment affects building ventilation.

    Field Measurements Wind tunnel

    2015 · Paper: The effect of the urban environment on wind driven infiltration of buildings ↗

  85. Urban atmospheric observations in London, including meteorological measurements on the BT Tower and Doppler lidar boundary-layer wind profiles. Useful for urban wind profiles, roughness and boundary-layer studies.

    Field Measurements

    2013 · Paper: Observations of wind speed profiles over Greater London, UK, using a Doppler lidar ↗

  86. Air pollution field campaigns in London in 2006/7 with measurements at ground level and at 160 m on the BT Tower. Useful for studying pollutant concentrations and transport above and within a megacity.

    Field Measurements

    2012 · Paper: Atmospheric chemistry and physics in the atmosphere of a developed megacity (London): an overview of the REPARTEE experiment and its conclusions ↗

  87. Doppler lidar observations of the urban boundary layer over London during REPARTEE-II, including wind and boundary-layer depth. Useful for studying urban boundary-layer dynamics.

    Field Measurements

    2011 · Paper: Boundary layer dynamics over London, UK, as observed using Doppler lidar during REPARTEE-II ↗

  88. Tracer release experiments from the 2004 DAPPLE field campaign in central London. Useful for validating urban dispersion models against measured concentrations.

    Field Measurements

    2010 · Paper: Urban tracer dispersion experiments during the second DAPPLE field campaign in London 2004 ↗

  89. Field measurements of flow and turbulence at the DAPPLE intersection in London, linked to a study of traffic-related pollutant concentrations near the junction. Useful for studying dispersion at urban intersections.

    Field Measurements

    2009 · Paper: A field study of factors influencing the concentrations of a traffic-related pollutant in the vicinity of a complex urban junction ↗

  90. Intensive tracer dispersion experiments with accompanying flow measurements at the DAPPLE site in central London (2007). Useful for testing urban dispersion and emergency-response models.

    Field Measurements

    2009 · Paper: Dispersion Experiments in Central London: The 2007 DAPPLE project ↗

  91. Rooftop meteorological measurements from the BT Tower during the DAPPLE campaign in London, used to reference street-level flows. Useful as reference wind and turbulence data for urban dispersion and emergency-response studies.

    Field Measurements

    2009 · Paper: Referencing of street-level flows measured during the DAPPLE 2004 campaign ↗

  92. Perfluorocarbon tracer (PMCH) concentration measurements at sites around Birmingham characterising dispersion of pollutants within and from the city.

    Field Measurements

    Birmingham, UK · 2007

  93. Field measurements of wind in street canyons near an urban intersection in London using ultrasonic anemometers. Useful for validating street-scale flow models.

    Field Measurements

    2005 · Paper: Flow field measurements in the proximity of an urban intersection in London, UK ↗

  94. Traffic and air pollution data from the DAPPLE site in central London. Useful for relating traffic emissions to pollutant concentrations at an urban intersection.

    Field Measurements

    2004 · Paper: Introduction to the DAPPLE Air Pollution Project ↗

  95. Field measurements of wind at the Marylebone Road intersection in London (DAPPLE site), collected to study pollution hotspots. Useful for understanding flow and dispersion at a real urban intersection.

    Field Measurements

    2004 · Paper: Introduction to the DAPPLE Air Pollution Project ↗

  96. Project on human-centred building design combining field, CFD and physical-model studies of urban flow and ventilation. Data release is pending; contact the project for access.

    Field MeasurementsSimulation output Wind tunnel

  97. Project developing integrated models and decision-support tools for city design for natural ventilation and air quality, with CFD, field and physical-model work. Full data release is pending.

    Field MeasurementsSimulation outputSoftware & tools Wind tunnel