A global study of extreme value (1 in 100-year return period) tropical cyclone generated
waves is conducted across all tropical cyclone basins. The study uses a 1000 year tropical …

There are now a range of potential data sources for wind and surface wave conditions within
tropical cyclones. These sources include: in situ buoy data and remote sensing data from …

A parametric model for computationally efficient wave height estimation within tropical
cyclone conditions is developed. An updated wind vortex model is used to force a moving …

Tropical cyclone risks are expected to increase with climate change. One such risk is
extreme ocean waves generated by surface winds from these systems. We use synthetic …

Wind speed reconciliation across different wind sources is critically needed for extending
available satellite wind records in Tropical Cyclones. The deviations between wind …

A series of numerical experiments with the WAVEWATCH III spectral wave model are used
to investigate the physics of wave evolution in tropical cyclones. Buoy observations show …

Size of tropical cyclone (TC) is often asymmetric in nature. Yet, there is a lack of systematic,
clean, and intuitive definition/expression to specify the asymmetry of TC size. Here, we …

Satellite altimeters can provide excellent global wind speed at 10 m above the sea surface
(U10), however, the U10 becomes inaccurate and difficult to measure in tropical cyclone …

An existing parametric tropical cyclone wave height model is extended to be able to also
predict peak wave period and peak wave direction at any location within 300 km of the …

Four scatterometers, namely, MetOp-A, MetOp-B, ERS-2, and OceanSat-2 were recalibrated
against combined National Data Buoy Center (NDBC) data and aircraft Stepped Frequency …