#tropicalcyclone — Public Fediverse posts on home.social

Catastrophe Risk & Resilience @[email protected] · 2026-08-05 · 09:36 UTC

“Strong winds from landfalling #TropicalCyclones cause severe impact to both coastal and inland populations worldwide each year. In the United States alone, tropical cyclones remain the most destructive weather-related disasters, with total losses amounting to US$1.3 trillion—an average of US$22.8 billion per event”: https://journalofcrr.com/research/04-05-mani-et-al/

#ClimateChange #RiskModelling #CatastropheModels #Hurricanes #TropicalCyclone

#tropicalcyclones #climatechange #riskmodelling #catastrophemodels #hurricanes #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-08-05 · 09:36 UTC

“Strong winds from landfalling #TropicalCyclones cause severe impact to both coastal and inland populations worldwide each year. In the United States alone, tropical cyclones remain the most destructive weather-related disasters, with total losses amounting to US$1.3 trillion—an average of US$22.8 billion per event”: https://journalofcrr.com/research/04-05-mani-et-al/

#ClimateChange #RiskModelling #CatastropheModels #Hurricanes #TropicalCyclone

#tropicalcyclones #climatechange #riskmodelling #catastrophemodels #hurricanes #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-08-05 · 09:36 UTC

“Strong winds from landfalling #TropicalCyclones cause severe impact to both coastal and inland populations worldwide each year. In the United States alone, tropical cyclones remain the most destructive weather-related disasters, with total losses amounting to US$1.3 trillion—an average of US$22.8 billion per event”: https://journalofcrr.com/research/04-05-mani-et-al/

#ClimateChange #RiskModelling #CatastropheModels #Hurricanes #TropicalCyclone

#tropicalcyclones #climatechange #riskmodelling #catastrophemodels #hurricanes #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-08-05 · 09:36 UTC

“Strong winds from landfalling #TropicalCyclones cause severe impact to both coastal and inland populations worldwide each year. In the United States alone, tropical cyclones remain the most destructive weather-related disasters, with total losses amounting to US$1.3 trillion—an average of US$22.8 billion per event”: https://journalofcrr.com/research/04-05-mani-et-al/

#ClimateChange #RiskModelling #CatastropheModels #Hurricanes #TropicalCyclone

#tropicalcyclone #hurricanes #catastrophemodels #riskmodelling #climatechange #tropicalcyclones

Catastrophe Risk & Resilience @[email protected] · 2026-08-05 · 09:36 UTC

“Strong winds from landfalling #TropicalCyclones cause severe impact to both coastal and inland populations worldwide each year. In the United States alone, tropical cyclones remain the most destructive weather-related disasters, with total losses amounting to US$1.3 trillion—an average of US$22.8 billion per event”: https://journalofcrr.com/research/04-05-mani-et-al/

#ClimateChange #RiskModelling #CatastropheModels #Hurricanes #TropicalCyclone

#tropicalcyclones #climatechange #riskmodelling #catastrophemodels #hurricanes #tropicalcyclone

United States @[email protected] · 2026-08-01 · 10:15 UTC

ECU Notes: Vocal program offers oft-missing science to singing | Local News

East Carolina University vocal performance alumna Maggie Fox struggled with imposter syndrome last year when she started teaching…
#UnitedStates #US #USA #america #eastcarolinauniversity #education #Jamaica #nicolefranklin #northcarolina #saffir–simpsonscale #science #singing #teacher #technology #tropicalcyclone #unitedstatesofamerica #vocalpedagogy #Workshop
https://www.europesays.com/3167209/

#workshop #vocalpedagogy #unitedstatesofamerica #tropicalcyclone #technology #teacher

Bytes Europe @[email protected] · 2026-08-01 · 06:48 UTC

ECU Notes: Vocal program offers oft-missing science to singing | Local News https://www.byteseu.com/2244187/ #EastCarolinaUniversity #EDUCATION #jamaica #NicoleFranklin #NorthCarolina #Saffir–simpsonScale #Science #singing #teacher #TropicalCyclone #VocalPedagogy #workshop

#workshop #vocalpedagogy #tropicalcyclone #teacher #singing #science

Catastrophe Risk & Resilience @[email protected] · 2026-07-30 · 16:29 UTC

“Estimating ground level winds during a #TropicalCyclone landfall is a time sensitive exercise. The ability to quickly identify areas of highest risk provides critical insight to first responders and for event mitigation activities.

While national agencies around the world are trusted to provide good estimates of location and intensity at landfall, other key drivers of wind risk, such as the location of maximum wind intensity or the size and shape of the wind field, remain uncertain.”

#tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-07-30 · 16:29 UTC

The article reviews the methods and datasets used in developing each model component, as well as the operational set up required to deploy Metryc in real-time.

As a #DiamondOpenAccess article, this paper is free to read and download: https://journalofcrr.com/research/04-05-mani-et-al/

#ClimateChange #ClimateRisk #CatastropheModels #Hurricanes #TropicalCyclone

#diamondopenaccess #climatechange #climaterisk #catastrophemodels #hurricanes #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-07-30 · 16:29 UTC

“Estimating ground level winds during a #TropicalCyclone landfall is a time sensitive exercise. The ability to quickly identify areas of highest risk provides critical insight to first responders and for event mitigation activities.

While national agencies around the world are trusted to provide good estimates of location and intensity at landfall, other key drivers of wind risk, such as the location of maximum wind intensity or the size and shape of the wind field, remain uncertain.”

#tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-07-30 · 16:29 UTC

The article reviews the methods and datasets used in developing each model component, as well as the operational set up required to deploy Metryc in real-time.

As a #DiamondOpenAccess article, this paper is free to read and download: https://journalofcrr.com/research/04-05-mani-et-al/

#ClimateChange #ClimateRisk #CatastropheModels #Hurricanes #TropicalCyclone

#diamondopenaccess #climatechange #climaterisk #catastrophemodels #hurricanes #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-07-30 · 16:29 UTC

“Estimating ground level winds during a #TropicalCyclone landfall is a time sensitive exercise. The ability to quickly identify areas of highest risk provides critical insight to first responders and for event mitigation activities.

While national agencies around the world are trusted to provide good estimates of location and intensity at landfall, other key drivers of wind risk, such as the location of maximum wind intensity or the size and shape of the wind field, remain uncertain.”

#tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-07-30 · 16:29 UTC

The article reviews the methods and datasets used in developing each model component, as well as the operational set up required to deploy Metryc in real-time.

As a #DiamondOpenAccess article, this paper is free to read and download: https://journalofcrr.com/research/04-05-mani-et-al/

#ClimateChange #ClimateRisk #CatastropheModels #Hurricanes #TropicalCyclone

#diamondopenaccess #climatechange #climaterisk #catastrophemodels #hurricanes #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-07-09 · 14:43 UTC

In the (re)insurance industry, catastrophe models are essential for pricing #TropicalCyclone risk and supporting financial instruments such as catastrophe bonds.

The critical role of frequency changes in #hurricane risk assessment has been highlighted by the authors of this recent JCRR peer-reviewed paper – Recalibrating Risk: a simplified model for North Atlantic hurricanes in a warming climate.

As a #DiamondOpenAccess article, this paper is free to read and download: https://journalofcrr.com/research/04-03-liu-et-al/

#tropicalcyclone #hurricane #diamondopenaccess

Catastrophe Risk & Resilience @[email protected] · 2026-07-09 · 14:43 UTC

In the (re)insurance industry, catastrophe models are essential for pricing #TropicalCyclone risk and supporting financial instruments such as catastrophe bonds.

The critical role of frequency changes in #hurricane risk assessment has been highlighted by the authors of this recent JCRR peer-reviewed paper – Recalibrating Risk: a simplified model for North Atlantic hurricanes in a warming climate.

As a #DiamondOpenAccess article, this paper is free to read and download: https://journalofcrr.com/research/04-03-liu-et-al/

#tropicalcyclone #hurricane #diamondopenaccess

Catastrophe Risk & Resilience @[email protected] · 2026-06-24 · 08:21 UTC

In this recent #DiamondOpenAccess #JCRR paper, authors Juner Liu, ETH Zürich and Schroders Capital; Carmen B. Steinmann and David N. Bresch, ETH Zurich; Simona Meiler, Stanford University; Ulrike Lohmann, ETH Zurich; and Benjamin Hohermuth, Schroders Capital, present a simplified #TropicalCyclone model to estimate climate-connected landfall rate changes for North Atlantic hurricanes.

#diamondopenaccess #jcrr #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-06-24 · 08:21 UTC

In this recent #DiamondOpenAccess #JCRR paper, authors Juner Liu, ETH Zürich and Schroders Capital; Carmen B. Steinmann and David N. Bresch, ETH Zurich; Simona Meiler, Stanford University; Ulrike Lohmann, ETH Zurich; and Benjamin Hohermuth, Schroders Capital, present a simplified #TropicalCyclone model to estimate climate-connected landfall rate changes for North Atlantic hurricanes.

#diamondopenaccess #jcrr #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-06-24 · 08:21 UTC

In this recent #DiamondOpenAccess #JCRR paper, authors Juner Liu, ETH Zürich and Schroders Capital; Carmen B. Steinmann and David N. Bresch, ETH Zurich; Simona Meiler, Stanford University; Ulrike Lohmann, ETH Zurich; and Benjamin Hohermuth, Schroders Capital, present a simplified #TropicalCyclone model to estimate climate-connected landfall rate changes for North Atlantic hurricanes.

#diamondopenaccess #jcrr #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-06-24 · 08:21 UTC

In this recent #DiamondOpenAccess #JCRR paper, authors Juner Liu, ETH Zürich and Schroders Capital; Carmen B. Steinmann and David N. Bresch, ETH Zurich; Simona Meiler, Stanford University; Ulrike Lohmann, ETH Zurich; and Benjamin Hohermuth, Schroders Capital, present a simplified #TropicalCyclone model to estimate climate-connected landfall rate changes for North Atlantic hurricanes.

#tropicalcyclone #jcrr #diamondopenaccess

Catastrophe Risk & Resilience @[email protected] · 2026-06-24 · 08:21 UTC

In this recent #DiamondOpenAccess #JCRR paper, authors Juner Liu, ETH Zürich and Schroders Capital; Carmen B. Steinmann and David N. Bresch, ETH Zurich; Simona Meiler, Stanford University; Ulrike Lohmann, ETH Zurich; and Benjamin Hohermuth, Schroders Capital, present a simplified #TropicalCyclone model to estimate climate-connected landfall rate changes for North Atlantic hurricanes.

#diamondopenaccess #jcrr #tropicalcyclone

Catastrophe Risk & Resilience @[email protected] · 2026-06-02 · 13:13 UTC

Our latest peer-reviewed research is now live!

Authors Juner Liu, ETH Zürich and Schroders Capital; Carmen B. Steinmann and David N. Bresch, ETH Zurich; Simona Meiler, Stanford University; Ulrike Lohmann, ETH Zurich; and Benjamin Hohermuth, Schroders Capital, present a simplified #TropicalCyclone model to estimate climate-connected landfall rate changes for North Atlantic #hurricanes.

As a #DiamondOpenAccess article, this paper is free to read and download: https://journalofcrr.com/research/04-03-liu-et-al/

#tropicalcyclone #hurricanes #diamondopenaccess

Catastrophe Risk & Resilience @[email protected] · 2026-06-02 · 13:13 UTC

Our latest peer-reviewed research is now live!

Authors Juner Liu, ETH Zürich and Schroders Capital; Carmen B. Steinmann and David N. Bresch, ETH Zurich; Simona Meiler, Stanford University; Ulrike Lohmann, ETH Zurich; and Benjamin Hohermuth, Schroders Capital, present a simplified #TropicalCyclone model to estimate climate-connected landfall rate changes for North Atlantic #hurricanes.

As a #DiamondOpenAccess article, this paper is free to read and download: https://journalofcrr.com/research/04-03-liu-et-al/

#tropicalcyclone #hurricanes #diamondopenaccess