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Data portal · City

Urban flow and climate datasets for Beijing

7 open urban flow resources for Beijing: 5 field measurements and 2 simulation datasets. They cover urban boundary layer, wind loads & pedestrian wind and urban heat & thermal comfort. Each entry links to the original repository, with its licence, creators and how to cite it.

  • 7 resources
  • 5 field
  • 2 simulation

All 7 resources, largest first

  1. 3D ultrasonic anemometer data from the Beijing 325 m tower for urban boundary-layer turbulence.

    Field Measurements

    Beijing, China · 2026 · CC BY 4.0

  2. SUEWS V2020b inputs, model runs and code for heat and CO2 fluxes in Beijing. Useful for urban surface energy balance modelling.

    Simulation Simulation outputCase setupSoftware & tools Mesoscale model

    Beijing, China · 2022 · CC BY 4.0

  3. 720 time-mean lattice-Boltzmann LES cases at 10 m resolution, 144 per city, spanning 16 wind directions, 3 reference speeds and 3 seasonal profiles, with 3D mean velocity and TKE plus building, terrain and footprint geometry. Very large (about 25 TB).

    Simulation Simulation outputGeometry LES

    Beijing, Shanghai, Guangzhou, Shenzhen, Hong Kong, China · 2026 · CC BY-NC-SA 4.0 · Paper: U3DWind: A low altitude wind field dataset and benchmark for urban air mobility ↗

  4. 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

  5. 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

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

    Field Measurements

    Beijing, China · 2025 · CC BY 4.0

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

    Field Measurements

    Beijing, China · 2023 · CC BY 4.0