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Suzana Camargo

Editor, Geophysical Research Letters

Map showing 36-hour track forecast for Typhoon Maria and chart showing track errors for different experiments.
Posted inEditors' Highlights

Impact of Geostationary Sounder on Typhoon Forecasts

by Suzana Camargo 24 November 202126 April 2022

An analysis of the impact of targeted observations from the Geostationary Interferometric Infrared Sounder at high-temporal resolution on forecasts for Typhoon Maria in 2018.

Plot showing spectrum of emission temperature with varying surface temperature.
Posted inEditors' Highlights

Simpson’s Law Role and Water Vapor Feedbacks

by Suzana Camargo 9 November 202119 October 2022

The choice of a fixed relative humidity leads to a simpler picture of climate feedbacks than fixing absolute humidity.

Plot of sea surface temperature from cold wakes associated with tropical cyclones (blue) and associated increasing in trend in the tropical cyclone induced primary production of Chlorophyll-a concentration (red).
Posted inEditors' Highlights

Tropical Cyclone Induced Increase in Ocean Primary Production

by Suzana Camargo 27 July 20211 March 2023

A positive trend in tropical cyclone induced ocean mixing and primary production is compensating the overall decline in global primary production due to anthropogenic climate change.

Chart comparing the maximum relative error obtained from various millennia long CMIP models using different estimation techniques.
Posted inEditors' Highlights

New Technique to Estimate Climate Sensitivity

by Suzana Camargo 3 February 202122 February 2023

Climate sensitivity can be estimated using multiple variables jointly in a multi-component linear regression.

Four plots showing composites for very cold cloud tops for tropical cyclones in the western North Pacific during intensification at different times for the period 2000-2017
Posted inEditors' Highlights

How Tropical Cyclones Increase in Intensity Overnight

by Suzana Camargo 9 December 202030 September 2022

The diurnal variations of tropical cyclone intensification and decay are analyzed using satellite data for deep convective clouds.

Plot showing the distribution of the maximum wind speed attained by post-tropical cyclones and midlatitude cyclones in North Europe in the period June to November for the years 1979 to 2017
Posted inEditors' Highlights

Post-Tropical Cyclones Influence on European Windstorm Risk

by Suzana Camargo 28 October 20208 March 2022

Comparing the importance of midlatitude cyclones and post-tropical cyclones on European windstorms during the Atlantic hurricane season using ERA-5 reanalysis.

Series of six maps showing the location and observations of the typhoon
Posted inEditors' Highlights

Radar Observations of a Tornado Associated with Typhoon Hagibis

by Suzana Camargo 23 October 202025 February 2022

Analysis of tornadogenesis processes on a shallow supercell associated with Typhoon Hagibis using finely resolved rapid-scan radar observations at a very close range.

Six sequential radar reflectivity scans of Hurricane Michael as it developed
Posted inEditors' Highlights

The Evolution of Observed Hurricane Eyewall Shapes

by Suzana Camargo 16 September 202025 February 2022

The observational evidence of the wind field of Hurricane Michael using radar imagery showed an eyewall structure evolution with elliptical, triangular, and square shapes for the first time.

Graphs showing mean static energy in the subcloud layer as a function of latitude and month over land and ocean for convective and non-convective regions
Posted inEditors' Highlights

How Does Convection Work Over the Tropics?

by Suzana Camargo 14 May 202014 February 2023

A new conceptual framework on how convection works in the tropics helps advance understanding of the contrast between land and ocean and how the tropics will respond to climate change.

Scatter plot of changes of subcloud moist static energy as predicted by the theory and simulated by a large number of climate models
Posted inEditors' Highlights

Understanding Tropical Rainfall Projections Under Climate Change

by Suzana Camargo 11 February 20208 March 2022

A new mechanism explains changes in the probability distribution of tropical rainfall, which is not expected to change uniformly in a warming climate.

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