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View article: A Lagrangian Perspective on the Growth of Midlatitude Storms
A Lagrangian Perspective on the Growth of Midlatitude Storms Open
Extratropical storms dominate midlatitude climate and weather and are known to grow baroclinically and decay barotropically. Traditionally, quantitative climatic measures of storm activity have been mostly based on Eulerian measures, takin…
View article: Quantifying the Internal Variability of Midlatitude Storms Using Deep Learning
Quantifying the Internal Variability of Midlatitude Storms Using Deep Learning Open
Extratropical storms shape midlatitude weather and are influenced by both the slowly evolving climate and rapid changes in synoptic conditions. While the impact of each factor has been extensively studied, their relative importance remains…
View article: The Response of Synoptic-Scale Weather to Jet Stream Characteristics: a Lagrangian perspective.
The Response of Synoptic-Scale Weather to Jet Stream Characteristics: a Lagrangian perspective. Open
The position and intensity of storm tracks undergo significant changes in response to temporal and spatial variations in atmospheric forcing. Comprehending these changes from the viewpoint of individual cyclones and anticyclones is crucial…
View article: A Lagrangian Perspective on the Growth of Midlatitude Storms
A Lagrangian Perspective on the Growth of Midlatitude Storms Open
Extratropical storms dominate midlatitude climate and weather and are known to grow baroclinicaly and decay barotropicaly. Traditionally, quantitative climatic measures of storm growth have been mostly based on Eulerian measures, taking in…
View article: The role of baroclinic activity in controlling Earth’s albedo in the present and future climates
The role of baroclinic activity in controlling Earth’s albedo in the present and future climates Open
Clouds are one of the most influential components of Earth’s climate system. Specifically, the midlatitude clouds play a vital role in shaping Earth’s albedo. This study investigates the connection between baroclinic activity, which domina…
View article: A Cloud-Controlling Factor Perspective on the Hemispheric Asymmetry of Extratropical Cloud Albedo
A Cloud-Controlling Factor Perspective on the Hemispheric Asymmetry of Extratropical Cloud Albedo Open
The Northern and Southern Hemispheres reflect on average almost equal amounts of sunlight due to compensating hemispheric asymmetries in clear-sky and cloud albedo. Recent work indicates that the cloud albedo asymmetry is largely due to cl…
View article: Minimal Recipes for Global Cloudiness
Minimal Recipes for Global Cloudiness Open
Clouds are primary modulators of Earth's energy balance. It is thus important to understand the links connecting variabilities in cloudiness to variabilities in other state variables of the climate system, and also describe how these links…
View article: Cloud albedo's hemispheric asymmetry: why is the Southern Ocean cloudier?
Cloud albedo's hemispheric asymmetry: why is the Southern Ocean cloudier? Open
<p>Recent work has shown that the hemispheric asymmetry in cloud albedo is maximized over extratropical oceans: the Southern Ocean exhibits greater climatological cloud albedo than its northern counterpart. We investigate the dynamic…
View article: Minimalistic approach to planetary cloudiness
Minimalistic approach to planetary cloudiness Open
<div> <div>Understanding planetary cloudiness is of major importance for Earth's energy balance and potential for warming, but so far we lack pathways to approach planetary cloudiness theoretically. On the one hand, it is diffi…
View article: The role of baroclinic activity in shaping Earth's albedo in present and future climates
The role of baroclinic activity in shaping Earth's albedo in present and future climates Open
<div> <div>Atmospheric albedo is one of the most influential properties of Earth's climate. Specifically, the midlatitude planetary albedo plays a vital role in shaping the Earth's albedo. Although, there is no one theory to co…
View article: Suppression of Baroclinic Eddies by Strong Jets
Suppression of Baroclinic Eddies by Strong Jets Open
The midlatitude storm tracks are of the most prominent features of extratropical climate. Despite the theoretical expectation, based on baroclinic instability theory, that baroclinic eddies strengthen with jet intensification, there is evi…
View article: Suppression of Baroclinic Eddies by Strong Jets
Suppression of Baroclinic Eddies by Strong Jets Open
<p>The midlatitude storm tracks are one of the most prominent features of extratropical climate. Despite the theoretical expectation, based on baroclinic instability theory that baroclinic eddy strength correlates with jet intensity,…
View article: The Effect of a Strong Zonal Jet Stream on the Temporal Evolution of Baroclinic Eddies
The Effect of a Strong Zonal Jet Stream on the Temporal Evolution of Baroclinic Eddies Open
<p>The midlatitude storm tracks are one of the most prominent features of the extratropical climate.&#160;Much&#160;of our understanding of what controls the storm tracks comes from linear theory of baroclinic instability,&am…
View article: The Asymmetry of Vertical Velocity in Current and Future Climate
The Asymmetry of Vertical Velocity in Current and Future Climate Open
A fundamental aspect of vertical velocities in the atmosphere is their asymmetric nature, with stronger upward than downward motions. Here we study this asymmetry from a synoptic‐scale perspective, by employing a storm‐tracking algorithm i…