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On this page

  • Tropical Cyclone
    • Hurricane in Reanalysis Dataset (ERA5)
    • pyTCR: Rain Structure & Evolution
    • pyTCR: Synthetic Tracks for Risk Workflows
  • Coastal Storm Tide
    • Bangladesh Storm Tide — Cyclone Sidr (historical run for validation)
  • Flood Inundation Map
    • Case 1 — Irma (2017): Rain + Tide + Surge + 1 m sea-level rise
    • Case 2 — Irma (2017): Rain + Tide + Surge + 1.5 m sea-level rise
    • Case 3 — April 12 (2023): Rain + Tide + Surge + 1 m sea-level rise
  • Hyper-Resolution Rainfall
    • Case 1 — Irma (2017)
    • Case 2 — April 12 (2023)

Visualizations

Tropical Cyclone

Hurricane in Reanalysis Dataset (ERA5)

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Wind-speed field in ERA5 at 850 hPa.

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pyTCR: Rain Structure & Evolution

pyTCR demo showing hurricane rain structure and evolution

Toy example to illustrate TC rain structure and evolution.

pyTCR: Synthetic Tracks for Risk Workflows

Animated sample of synthetic hurricane tracks generated by pyTCR

Sample synthetic tracks generated for risk assessment workflows.

Coastal Storm Tide

Bangladesh Storm Tide — Cyclone Sidr (historical run for validation)

Event-scale storm tide animation over the Bangladesh coastal plain.

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Flood Inundation Map

Case 1 — Irma (2017): Rain + Tide + Surge + 1 m sea-level rise

Illustrative animation of coastal water levels under a +1 m sea-level rise scenario (SFINCS).

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Case 2 — Irma (2017): Rain + Tide + Surge + 1.5 m sea-level rise

Time-evolving inundation under +1.5 m sea-level rise (SFINCS).

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Case 3 — April 12 (2023): Rain + Tide + Surge + 1 m sea-level rise

Time-evolving inundation under +1 m sea-level rise (SFINCS).

Download MP4


Hyper-Resolution Rainfall

Case 1 — Irma (2017)

Hourly MRMS rainfall animation.

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Case 2 — April 12 (2023)

Hourly MRMS rainfall animation.

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© Jiangchao QIU