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A Comparison between Moist and Dry Tropical Cyclones: The Low Effectiveness of Surface Sensible Heat Flux in Storm Intensification

Ma, Zhanhong;Fei, Jianfang (American Meteorological Society, 2022)

Data Availability Principles and Practice

Smith, Anne K.;Barth, Mary;Boos, William R.;Bou-Zeid, Elie;Kawatani, Yoshio;Lee, Sukyoung;Mechem, David;Remer, Lorraine;Rozoff, Christopher;van den Heever, Susan;Wang, Zhuo;Wicker, Louis;Yang, Ping (American Meteorological Society, 2020)

Reply to “Comments on ‘How Much Does the Upward Advection of the Supergradient Component of Boundary Layer Wind Contribute to Tropical Cyclone Intensification and Maximum Intensity?’”

Li, Yuanlong;Wang, Yuqing;Lin, Yanluan (American Meteorological Society, 2020)

Reply to “Comments on ‘An Evaluation of Hurricane Superintensity in Axisymmetric Numerical Models’”

Emanuel, Kerry;Rousseau-Rizzi, Raphaël (American Meteorological Society, 2020)

Comments on “How Much Does the Upward Advection of the Supergradient Component of Boundary Layer Wind Contribute to Tropical Cyclone Intensification and Maximum Intensity?”

Smith, Roger K.;Kilroy, Gerard;Montgomery, Michael T. (American Meteorological Society, 2020)

Comments on “An Evaluation of Hurricane Superintensity in Axisymmetric Numerical Models”

Makarieva, A. M.;Nefiodov, A. V.;Sheil, D.;Nobre, A. D.;Chikunov, A. V.;Plunien, G.;Li, B.-L. (American Meteorological Society, 2020)

Numerical Simulation of Mountain Waves over the Southern Andes. Part I: Mountain Wave and Secondary Wave Character, Evolutions, and Breaking

Lund, Thomas S.;Fritts, David C.;Wan, Kam;Laughman, Brian;Liu, Han-Li (American Meteorological Society, 2020)

Understanding How Complex Terrain Impacts Tornado Dynamics Using a Suite of High-Resolution Numerical Simulations

Satrio, Martin A.;Bodine, David J.;Reinhart, Anthony E.;Maruyama, Takashi;Lombardo, Franklin T. (American Meteorological Society, 2020)

On the tropospheric response to transient stratospheric momentum torques

White, Ian P.;Garfinkel, Chaim I.;Hitchcock, Peter (American Meteorological Society, 2021)

Deep Eye Clouds Observed in Tropical Cyclone Trami (2018) during T-PARCII Dropsonde Observations

Hirano, Soichiro;Ito, Kosuke;Yamada, Hiroyuki;Tsujino, Satoki;Tsuboki, Kazuhisa;Wu, Chun-Chieh (American Meteorological Society, 2021)

Ensemble-Based Gravity Wave Parameter Retrieval for Numerical Weather Prediction

Allen, Douglas R.;Hoppel, Karl W.;Nedoluha, Gerald E.;Eckermann, Stephen D.;Barton, Cory A. (American Meteorological Society, 2021)

A New Time-Dependent Theory of Tropical Cyclone Intensification

Wang, Yuqing;Li, Yuanlong;Xu, Jing (American Meteorological Society, 2021)

Moist Static Potential Vorticity Budget in Tropical Motion Systems

Adames, Ángel F.;Vargas Martes, Rosa M.;Luo, Haochang;Rood, Richard B. (American Meteorological Society, 2021)

Does the Rotating Convection Paradigm Describe Secondary Eyewall Formation in Idealized Three-dimensional Simulations?

Persing, John;Montgomery, Michael T. (American Meteorological Society, 2021)

Convective and turbulent motions in non-precipitating Cu. Part II: LES simulated cloud represented by a starting plume

Pinsky, Mark;Eytan, Eshkol;Koren, Ilan;Khain, Alexander (American Meteorological Society, 2021)

A Simple Lagrangian Parcel Model for the Initiation of Summertime Mesoscale Convective Systems over the Central United States

Yang, Qiu;Leung, L. Ruby;Feng, Zhe;Song, Fengfei;Chen, Xingchao (American Meteorological Society, 2021)

YaBeSH Engineering and Technology Library

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Journal of the Atmospheric Sciences: Recent submissions

A Comparison between Moist and Dry Tropical Cyclones: The Low Effectiveness of Surface Sensible Heat Flux in Storm Intensification

Data Availability Principles and Practice

Reply to “Comments on ‘How Much Does the Upward Advection of the Supergradient Component of Boundary Layer Wind Contribute to Tropical Cyclone Intensification and Maximum Intensity?’”

Reply to “Comments on ‘An Evaluation of Hurricane Superintensity in Axisymmetric Numerical Models’”

Comments on “How Much Does the Upward Advection of the Supergradient Component of Boundary Layer Wind Contribute to Tropical Cyclone Intensification and Maximum Intensity?”

Comments on “An Evaluation of Hurricane Superintensity in Axisymmetric Numerical Models”

Numerical Simulation of Mountain Waves over the Southern Andes. Part I: Mountain Wave and Secondary Wave Character, Evolutions, and Breaking

Understanding How Complex Terrain Impacts Tornado Dynamics Using a Suite of High-Resolution Numerical Simulations

On the tropospheric response to transient stratospheric momentum torques

Deep Eye Clouds Observed in Tropical Cyclone Trami (2018) during T-PARCII Dropsonde Observations

Ensemble-Based Gravity Wave Parameter Retrieval for Numerical Weather Prediction

A New Time-Dependent Theory of Tropical Cyclone Intensification

Moist Static Potential Vorticity Budget in Tropical Motion Systems

Does the Rotating Convection Paradigm Describe Secondary Eyewall Formation in Idealized Three-dimensional Simulations?

Convective and turbulent motions in non-precipitating Cu. Part II: LES simulated cloud represented by a starting plume

A Simple Lagrangian Parcel Model for the Initiation of Summertime Mesoscale Convective Systems over the Central United States

Why Does Rapid Contraction of the Radius of Maximum Wind Precede Rapid Intensification in Tropical Cyclones?

Easterly Waves in the East Pacific during the OTREC 2019 Field Campaign

Tropical Cyclone Intensification Simulated in the Ooyama-Type Three-Layer Model with a Multilevel Boundary Layer

The Intensity- and Size-Dependent Response of Tropical Cyclones to Increasing Vertical Wind Shear

Journal of the Atmospheric Sciences: Recent submissions

A Comparison between Moist and Dry Tropical Cyclones: The Low Effectiveness of Surface Sensible Heat Flux in Storm Intensification ﻿

Data Availability Principles and Practice ﻿

Reply to “Comments on ‘How Much Does the Upward Advection of the Supergradient Component of Boundary Layer Wind Contribute to Tropical Cyclone Intensification and Maximum Intensity?’” ﻿

Reply to “Comments on ‘An Evaluation of Hurricane Superintensity in Axisymmetric Numerical Models’” ﻿

Comments on “How Much Does the Upward Advection of the Supergradient Component of Boundary Layer Wind Contribute to Tropical Cyclone Intensification and Maximum Intensity?” ﻿

Comments on “An Evaluation of Hurricane Superintensity in Axisymmetric Numerical Models” ﻿

Numerical Simulation of Mountain Waves over the Southern Andes. Part I: Mountain Wave and Secondary Wave Character, Evolutions, and Breaking ﻿

Understanding How Complex Terrain Impacts Tornado Dynamics Using a Suite of High-Resolution Numerical Simulations ﻿

On the tropospheric response to transient stratospheric momentum torques ﻿

Deep Eye Clouds Observed in Tropical Cyclone Trami (2018) during T-PARCII Dropsonde Observations ﻿

Ensemble-Based Gravity Wave Parameter Retrieval for Numerical Weather Prediction ﻿

A New Time-Dependent Theory of Tropical Cyclone Intensification ﻿

Moist Static Potential Vorticity Budget in Tropical Motion Systems ﻿

Does the Rotating Convection Paradigm Describe Secondary Eyewall Formation in Idealized Three-dimensional Simulations? ﻿

Convective and turbulent motions in non-precipitating Cu. Part II: LES simulated cloud represented by a starting plume ﻿

A Simple Lagrangian Parcel Model for the Initiation of Summertime Mesoscale Convective Systems over the Central United States ﻿

Why Does Rapid Contraction of the Radius of Maximum Wind Precede Rapid Intensification in Tropical Cyclones? ﻿

Easterly Waves in the East Pacific during the OTREC 2019 Field Campaign ﻿

Tropical Cyclone Intensification Simulated in the Ooyama-Type Three-Layer Model with a Multilevel Boundary Layer ﻿

The Intensity- and Size-Dependent Response of Tropical Cyclones to Increasing Vertical Wind Shear ﻿

A Comparison between Moist and Dry Tropical Cyclones: The Low Effectiveness of Surface Sensible Heat Flux in Storm Intensification

Data Availability Principles and Practice

Reply to “Comments on ‘How Much Does the Upward Advection of the Supergradient Component of Boundary Layer Wind Contribute to Tropical Cyclone Intensification and Maximum Intensity?’”

Reply to “Comments on ‘An Evaluation of Hurricane Superintensity in Axisymmetric Numerical Models’”

Comments on “How Much Does the Upward Advection of the Supergradient Component of Boundary Layer Wind Contribute to Tropical Cyclone Intensification and Maximum Intensity?”

Comments on “An Evaluation of Hurricane Superintensity in Axisymmetric Numerical Models”

Numerical Simulation of Mountain Waves over the Southern Andes. Part I: Mountain Wave and Secondary Wave Character, Evolutions, and Breaking

Understanding How Complex Terrain Impacts Tornado Dynamics Using a Suite of High-Resolution Numerical Simulations

On the tropospheric response to transient stratospheric momentum torques

Deep Eye Clouds Observed in Tropical Cyclone Trami (2018) during T-PARCII Dropsonde Observations

Ensemble-Based Gravity Wave Parameter Retrieval for Numerical Weather Prediction

A New Time-Dependent Theory of Tropical Cyclone Intensification

Moist Static Potential Vorticity Budget in Tropical Motion Systems

Does the Rotating Convection Paradigm Describe Secondary Eyewall Formation in Idealized Three-dimensional Simulations?

Convective and turbulent motions in non-precipitating Cu. Part II: LES simulated cloud represented by a starting plume

A Simple Lagrangian Parcel Model for the Initiation of Summertime Mesoscale Convective Systems over the Central United States

Why Does Rapid Contraction of the Radius of Maximum Wind Precede Rapid Intensification in Tropical Cyclones?

Easterly Waves in the East Pacific during the OTREC 2019 Field Campaign

Tropical Cyclone Intensification Simulated in the Ooyama-Type Three-Layer Model with a Multilevel Boundary Layer

The Intensity- and Size-Dependent Response of Tropical Cyclones to Increasing Vertical Wind Shear