Severe Storms
portes grátis
Severe Storms
Anatomy, Early Warning Systems and Aftermath in Changing Climate Scenarios
Das, Someshwar; Tao, Wei-Kuo
Springer Verlag, Singapore
01/2025
715
Dura
9789819770748
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
Chapter 1 Severe Storms Observed by Satellites.- Chapter 2 Satellite Observations of Severe Storms: Indian Perspectives.- Chapter 3 Structures of Severe Storms Observed by Dual Polarization Doppler.- Chapter 4 Detection of Severe Storms by Doppler Weather Radar.- Chapter 5 Weather Radar Networks and Their Use in Monitoring Severe Storms in the Northeast Indian Subcontinent: Status and Expectations.- Chapter 6 Cloud Microphysical Parameters Observed in Convective Clouds.- Chapter 7 Thunderstorm Electrification and Lightnings Over the Indian.- Chapter 8 Raindrop Size Distributions of Indo-Pacific Tropical Cyclones and their Hydro-meteorological Implications.- Chapter 9 Analysis and Numerical Modelling of Linear-Shaped Mesoscale Convective Systems.- Chapter 10 Modelling Hail Microphysical Processes in Severe.- Chapter 11 Observation and Simulation of Severe.- Chapter 12 Wind Characteristics Associated with Turbulence in the Atmospheric Boundary Layer during Severe Storms.- Chapter 13 Dynamics of Rainstorms over Southern Himalayan Slopes & Foothills and their Simulations by the Model.- Chapter 14 Physical and Dynamic Characteristics of Severe Storms: Bangladesh Perspective.- Chapter 15 Assimilation of Surface Mesonet Observations and Ground-based Radar and Lidar Data for Improved Prediction of Mesoscale Convective.- Chapter 16 Rapid Update Cycle Data Assimilation for Severe Storm Prediction.- Chapter 17 Ensemble Forecasting of Severe Storms Over.- Chapter 18 Lightning Forecasting and Utilization of AI/ ML in Early Warnings.- Chapter 19 Severe Storms Forecasting and Forecast Demonstration Project Over the IndianRegion.- Chapter 20 How Long Could Winter Storms Last? Cold-Season Event-Based Extreme Precipitation Statistics Over the Conterminous U.S..- Chapter 21 Climate Change and Monsoon Rainstorms.- Chapter 22 Severe Storms in Changing Climate Scenario with a Distinctive Emphasis on South Asia and India.- Chapter 23 Historical Trend and Future Projection of Extreme Precipitation in Nepal from High-Resolution CMIP6 Data.- Chapter 24 Socio-Economic Implications of Severe Storms in the Changing Climatic Scenarios: A Case of South Asia.- Chapter 25 Disaster Risk Reduction Policies in the Aftermath of Severe Storms for Asia and the Pacific Region.- Chapter 26 Epilogue.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Storm prediction;Radar Networks;Doppler Weather Radar;Changing Climate;Satellite Observations;Cloud Microphysical Parameters;Disaster mitigation;Thunderstorm Electrification and Lightnings;Tropical Cyclones;Mesoscale Convective Systems;Light Detection and Ranging (Lidar) Data;Mesoscale Convective systems;Winter Storms;Disaster Risk Reduction;Monsoon Rainstorms
Chapter 1 Severe Storms Observed by Satellites.- Chapter 2 Satellite Observations of Severe Storms: Indian Perspectives.- Chapter 3 Structures of Severe Storms Observed by Dual Polarization Doppler.- Chapter 4 Detection of Severe Storms by Doppler Weather Radar.- Chapter 5 Weather Radar Networks and Their Use in Monitoring Severe Storms in the Northeast Indian Subcontinent: Status and Expectations.- Chapter 6 Cloud Microphysical Parameters Observed in Convective Clouds.- Chapter 7 Thunderstorm Electrification and Lightnings Over the Indian.- Chapter 8 Raindrop Size Distributions of Indo-Pacific Tropical Cyclones and their Hydro-meteorological Implications.- Chapter 9 Analysis and Numerical Modelling of Linear-Shaped Mesoscale Convective Systems.- Chapter 10 Modelling Hail Microphysical Processes in Severe.- Chapter 11 Observation and Simulation of Severe.- Chapter 12 Wind Characteristics Associated with Turbulence in the Atmospheric Boundary Layer during Severe Storms.- Chapter 13 Dynamics of Rainstorms over Southern Himalayan Slopes & Foothills and their Simulations by the Model.- Chapter 14 Physical and Dynamic Characteristics of Severe Storms: Bangladesh Perspective.- Chapter 15 Assimilation of Surface Mesonet Observations and Ground-based Radar and Lidar Data for Improved Prediction of Mesoscale Convective.- Chapter 16 Rapid Update Cycle Data Assimilation for Severe Storm Prediction.- Chapter 17 Ensemble Forecasting of Severe Storms Over.- Chapter 18 Lightning Forecasting and Utilization of AI/ ML in Early Warnings.- Chapter 19 Severe Storms Forecasting and Forecast Demonstration Project Over the IndianRegion.- Chapter 20 How Long Could Winter Storms Last? Cold-Season Event-Based Extreme Precipitation Statistics Over the Conterminous U.S..- Chapter 21 Climate Change and Monsoon Rainstorms.- Chapter 22 Severe Storms in Changing Climate Scenario with a Distinctive Emphasis on South Asia and India.- Chapter 23 Historical Trend and Future Projection of Extreme Precipitation in Nepal from High-Resolution CMIP6 Data.- Chapter 24 Socio-Economic Implications of Severe Storms in the Changing Climatic Scenarios: A Case of South Asia.- Chapter 25 Disaster Risk Reduction Policies in the Aftermath of Severe Storms for Asia and the Pacific Region.- Chapter 26 Epilogue.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Storm prediction;Radar Networks;Doppler Weather Radar;Changing Climate;Satellite Observations;Cloud Microphysical Parameters;Disaster mitigation;Thunderstorm Electrification and Lightnings;Tropical Cyclones;Mesoscale Convective Systems;Light Detection and Ranging (Lidar) Data;Mesoscale Convective systems;Winter Storms;Disaster Risk Reduction;Monsoon Rainstorms
