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STUDIES
Oceanweather Inc. is a specialized metocean consulting firm serving the coastal and ocean engineering communities since 1977. Our approach is to develop and apply high-level technology to satisfy practical requirements in marine meteorology, ocean wave and current specification, ocean engineering, and statistics of environmentaldata.
FORECAST | OCEANWEATHER INC. Introduction. Since 1983 Oceanweather has applied its hindcasting models and analysis techniques towards the operational forecasting of ocean winds and waves. We are the only forecast center (public or private) in the world to run operational global and regional wave models that were developed completely inCURRENT MARINE DATA
Current Marine Data - Oceanweather Inc. Select a region on the left or click on the image map above. These pages show current marine data from our own models and observational data worldwide.HINDCAST APPROACH
At Oceanweather, the hindcast approach is more than using reanalysis products and running ocean response models. The OWI hindcast methodology is centered on the detailed specification of the wind and pressure fields used to drive well-calibrated models. OCEANWEATHER INC: METOCEAN STUDIES: SEAFINE Oceanweather MetOcean Studies - South China Sea. SEAFINE (SEAMOS-South Fine Grid Hindcast) is an Oceanweather JIP (Joint Industry Project) for development of wind and wave hindcast on a fine grid of the southern part of the South China Seas.. In 1992, Oceanweather Inc. produced the JIP known as SEAMOS (South East Asia Meteorological and Oceanographic Hindcast Study) designed to provide OCEANWEATHER INC: METOCEAN STUDIES: FAST RESPONSE HURRICANES Oceanweather MetOcean Studies - Fast Response Hurricanes. The impact of hurricanes in the offshore industry often create an urgent need for block-specific metocean information. OCEANWEATHER INC: METOCEAN STUDIES: GOMOS GOMOS is Oceanweather's comprehensive metocean study for the Gulf of Mexico. It is intended as a follow-on to the Gulf JIP's (Joint Industry Projects) GUMSHOE (Hurricane Extremes), WINX (Winter Storm Extremes), and GLOW (Operational Statistics) which have set the standard for design criteria in the Gulf. OCEANWEATHER INC: METOCEAN STUDIES: CHINA SEAS Oceanweather MetOcean Studies - China Seas. The GROW Fine South China Sea (GFSCS) hindcast is Oceanweather's comprehensive study of theSouth China Seas.
PERFORMANCE OF THIRD GENERATION WAVE MODELS IN EXTREME Performance of Third Generation Wave Models in Extreme Hurricanes R. E. Jensen USAE Waterways Experiment Station Coastal EngineeringResearch Center
A LONG TERM NORTH ATLANTIC WAVE HINDCAST 5th International Workshop on Wave Hindcasting and Forecasting January 26-30, 1998 Melbourne, Florida A LONG TERM NORTH ATLANTIC WAVE HINDCAST V.R Swail1, V.J. Cardone2 and A.T. Cox2 1 Environment Canada Downsview, Ontario 2Oceanweather, Inc. Cos Cob, CT 1. INTRODUCTION The variability of the ocean wave climate of OCEANWEATHER INCCURRENT MARINE DATAFORECASTABOUTRESEARCHNW U.SMETOCEANSTUDIES
Oceanweather Inc. is a specialized metocean consulting firm serving the coastal and ocean engineering communities since 1977. Our approach is to develop and apply high-level technology to satisfy practical requirements in marine meteorology, ocean wave and current specification, ocean engineering, and statistics of environmentaldata.
FORECAST | OCEANWEATHER INC. Introduction. Since 1983 Oceanweather has applied its hindcasting models and analysis techniques towards the operational forecasting of ocean winds and waves. We are the only forecast center (public or private) in the world to run operational global and regional wave models that were developed completely inCURRENT MARINE DATA
Current Marine Data - Oceanweather Inc. Select a region on the left or click on the image map above. These pages show current marine data from our own models and observational data worldwide.HINDCAST APPROACH
At Oceanweather, the hindcast approach is more than using reanalysis products and running ocean response models. The OWI hindcast methodology is centered on the detailed specification of the wind and pressure fields used to drive well-calibrated models. OCEANWEATHER INC: METOCEAN STUDIES: SEAFINE Oceanweather MetOcean Studies - South China Sea. SEAFINE (SEAMOS-South Fine Grid Hindcast) is an Oceanweather JIP (Joint Industry Project) for development of wind and wave hindcast on a fine grid of the southern part of the South China Seas.. In 1992, Oceanweather Inc. produced the JIP known as SEAMOS (South East Asia Meteorological and Oceanographic Hindcast Study) designed to provide OCEANWEATHER INC: METOCEAN STUDIES: FAST RESPONSE HURRICANES Oceanweather MetOcean Studies - Fast Response Hurricanes. The impact of hurricanes in the offshore industry often create an urgent need for block-specific metocean information. OCEANWEATHER INC: METOCEAN STUDIES: GOMOS GOMOS is Oceanweather's comprehensive metocean study for the Gulf of Mexico. It is intended as a follow-on to the Gulf JIP's (Joint Industry Projects) GUMSHOE (Hurricane Extremes), WINX (Winter Storm Extremes), and GLOW (Operational Statistics) which have set the standard for design criteria in the Gulf. OCEANWEATHER INC: METOCEAN STUDIES: CHINA SEAS Oceanweather MetOcean Studies - China Seas. The GROW Fine South China Sea (GFSCS) hindcast is Oceanweather's comprehensive study of theSouth China Seas.
PERFORMANCE OF THIRD GENERATION WAVE MODELS IN EXTREME Performance of Third Generation Wave Models in Extreme Hurricanes R. E. Jensen USAE Waterways Experiment Station Coastal EngineeringResearch Center
A LONG TERM NORTH ATLANTIC WAVE HINDCAST 5th International Workshop on Wave Hindcasting and Forecasting January 26-30, 1998 Melbourne, Florida A LONG TERM NORTH ATLANTIC WAVE HINDCAST V.R Swail1, V.J. Cardone2 and A.T. Cox2 1 Environment Canada Downsview, Ontario 2Oceanweather, Inc. Cos Cob, CT 1. INTRODUCTION The variability of the ocean wave climate of NEWS | OCEANWEATHER INC. Oceanweather Inc. (OWI) is pleased to announce the availability of our second-generation South East Asia Fine hindcast (SEAFINE-2) using new wind forcing and a unified grid setup for the period 2015-2019. This hindcast includes a continuous hindcast as well as detailed modeling of all South China Sea (SCS) tropical cyclones and monsoon events. WEATHER DATA AND GRAPHICS Weather Data and Graphics Forecast Oceanweather Inc. Oceanweather can provide a variety of graphics and digital data for use in websites, custom in-house applications, commercial producers of onboard marine programs, and via a Web Portal.The Oceanweather team routinely develops formats and transfer methods that best suit individual clientneeds.
RESEARCH | OCEANWEATHER INC. Hindcasting. Oceanweather pioneered the hindcast approach and continues to refine techniques for developing world-class, long-term metocean climatologies ABOUT | OCEANWEATHER INC. About Oceanweather. Since its formation in 1977, Oceanweather has been fully engaged with support divided between the private and public sector. In the public sector, the company performs basic and applied research in marine meteorology and ocean response numerical modeling, supported by both U.S. and foreign government agencies. 2020 HURRICANE SEASON FAST RESPONSE HINDCAST OPTIONS In order to support hurricane recovery activities and to improve future resiliency, Oceanweather (OWI) has produced “fast-response” hindcasts for Hurricanes Laura, Sally, Delta, and Zeta, all which have occurred this 2020 hurricane season. ABOUT | FORECAST | OCEANWEATHER INC. Oceanweather Forecasting. History. In 1983, Oceanweather (OWI) was approached to produce a wind and wave forecast for the Discoverer Seven Seas which was one of the largest drillships in the world. OWI had already built a reputation for pioneering the hindcast approach in developing metocean criteria for structure design as well asdeveloping
OCEANWEATHER INC: CURRENT MARINE DATA: GLOBAL WAVES Wed May 12 2021 17:33:08 GMT-0700 (Pacific Daylight Time) Copyright 2001-2017 Oceanweather, Inc. | Privacy Policy | Legal Terms and Conditions | FAQ Privacy Policy OCEANWEATHER INC: METOCEAN STUDIES: SEAFINE Oceanweather MetOcean Studies - South China Sea. SEAFINE (SEAMOS-South Fine Grid Hindcast) is an Oceanweather JIP (Joint Industry Project) for development of wind and wave hindcast on a fine grid of the southern part of the South China Seas.. In 1992, Oceanweather Inc. produced the JIP known as SEAMOS (South East Asia Meteorological and Oceanographic Hindcast Study) designed to provideWIND FIELD MODELING
A core research priority at Oceanweather (OWI) is development of analysis systems to produce the most accurate marine surface wind fields possible of both discrete historical events on a regional scale and of basin-scale or global continuous multi-year wind fields. GLOSSARY | ABOUT | OCEANWEATHER INC. Common terms and definitions used in the field of metocean studies andforecasting
OCEANWEATHER INCCURRENT MARINE DATAFORECASTABOUTRESEARCHNW U.SMETOCEANSTUDIES
Oceanweather Inc. is a specialized metocean consulting firm serving the coastal and ocean engineering communities since 1977. Our approach is to develop and apply high-level technology to satisfy practical requirements in marine meteorology, ocean wave and current specification, ocean engineering, and statistics of environmentaldata.
CURRENT MARINE DATA
Current Marine Data - Oceanweather Inc. Select a region on the left or click on the image map above. These pages show current marine data from our own models and observational data worldwide. FORECAST | OCEANWEATHER INC. Introduction. Since 1983 Oceanweather has applied its hindcasting models and analysis techniques towards the operational forecasting of ocean winds and waves. We are the only forecast center (public or private) in the world to run operational global and regional wave models that were developed completely in RESEARCH | OCEANWEATHER INC. Hindcasting. Oceanweather pioneered the hindcast approach and continues to refine techniques for developing world-class, long-term metocean climatologiesHINDCAST APPROACH
At Oceanweather, the hindcast approach is more than using reanalysis products and running ocean response models. The OWI hindcast methodology is centered on the detailed specification of the wind and pressure fields used to drive well-calibrated models. OCEANWEATHER INC: METOCEAN STUDIES: GROW Oceanweather MetOcean Studies - Global Waves (GROW) GROW2012 couples Oceanweather's proven global wave model, tropical boundary layer model, and its vast experience in developing marine surface wind fields to produce a revolutionary global wave hindcast. OCEANWEATHER INC: METOCEAN STUDIES: NUG/NEXT NEXT is Oceanweather's North Sea and Norwegian Sea long-term metocean hindcast. It is an extension to the original North Sea hindcast joint industry project called NESS (Northern European Storm Study), which was formed in 1986 by nine oil companies and two European governmentagencies.
OCEANWEATHER INC: METOCEAN STUDIES: SEAFINE Oceanweather MetOcean Studies - South China Sea. SEAFINE (SEAMOS-South Fine Grid Hindcast) is an Oceanweather JIP (Joint Industry Project) for development of wind and wave hindcast on a fine grid of the southern part of the South China Seas.. In 1992, Oceanweather Inc. produced the JIP known as SEAMOS (South East Asia Meteorological and Oceanographic Hindcast Study) designed to provide OCEANWEATHER INC: METOCEAN STUDIES: GOMOS GOMOS is Oceanweather's comprehensive metocean study for the Gulf of Mexico. It is intended as a follow-on to the Gulf JIP's (Joint Industry Projects) GUMSHOE (Hurricane Extremes), WINX (Winter Storm Extremes), and GLOW (Operational Statistics) which have set the standard for design criteria in the Gulf. PERFORMANCE OF THIRD GENERATION WAVE MODELS IN EXTREME Performance of Third Generation Wave Models in Extreme Hurricanes R. E. Jensen USAE Waterways Experiment Station Coastal EngineeringResearch Center
OCEANWEATHER INCCURRENT MARINE DATAFORECASTABOUTRESEARCHNW U.SMETOCEANSTUDIES
Oceanweather Inc. is a specialized metocean consulting firm serving the coastal and ocean engineering communities since 1977. Our approach is to develop and apply high-level technology to satisfy practical requirements in marine meteorology, ocean wave and current specification, ocean engineering, and statistics of environmentaldata.
CURRENT MARINE DATA
Current Marine Data - Oceanweather Inc. Select a region on the left or click on the image map above. These pages show current marine data from our own models and observational data worldwide. FORECAST | OCEANWEATHER INC. Introduction. Since 1983 Oceanweather has applied its hindcasting models and analysis techniques towards the operational forecasting of ocean winds and waves. We are the only forecast center (public or private) in the world to run operational global and regional wave models that were developed completely in RESEARCH | OCEANWEATHER INC. Hindcasting. Oceanweather pioneered the hindcast approach and continues to refine techniques for developing world-class, long-term metocean climatologiesHINDCAST APPROACH
At Oceanweather, the hindcast approach is more than using reanalysis products and running ocean response models. The OWI hindcast methodology is centered on the detailed specification of the wind and pressure fields used to drive well-calibrated models. OCEANWEATHER INC: METOCEAN STUDIES: GROW Oceanweather MetOcean Studies - Global Waves (GROW) GROW2012 couples Oceanweather's proven global wave model, tropical boundary layer model, and its vast experience in developing marine surface wind fields to produce a revolutionary global wave hindcast. OCEANWEATHER INC: METOCEAN STUDIES: NUG/NEXT NEXT is Oceanweather's North Sea and Norwegian Sea long-term metocean hindcast. It is an extension to the original North Sea hindcast joint industry project called NESS (Northern European Storm Study), which was formed in 1986 by nine oil companies and two European governmentagencies.
OCEANWEATHER INC: METOCEAN STUDIES: SEAFINE Oceanweather MetOcean Studies - South China Sea. SEAFINE (SEAMOS-South Fine Grid Hindcast) is an Oceanweather JIP (Joint Industry Project) for development of wind and wave hindcast on a fine grid of the southern part of the South China Seas.. In 1992, Oceanweather Inc. produced the JIP known as SEAMOS (South East Asia Meteorological and Oceanographic Hindcast Study) designed to provide OCEANWEATHER INC: METOCEAN STUDIES: GOMOS GOMOS is Oceanweather's comprehensive metocean study for the Gulf of Mexico. It is intended as a follow-on to the Gulf JIP's (Joint Industry Projects) GUMSHOE (Hurricane Extremes), WINX (Winter Storm Extremes), and GLOW (Operational Statistics) which have set the standard for design criteria in the Gulf. PERFORMANCE OF THIRD GENERATION WAVE MODELS IN EXTREME Performance of Third Generation Wave Models in Extreme Hurricanes R. E. Jensen USAE Waterways Experiment Station Coastal EngineeringResearch Center
FORECAST | OCEANWEATHER INC. Introduction. Since 1983 Oceanweather has applied its hindcasting models and analysis techniques towards the operational forecasting of ocean winds and waves. We are the only forecast center (public or private) in the world to run operational global and regional wave models that were developed completely in NEWS | OCEANWEATHER INC. The Oceanweather Inc. (OWI) forecast group is now running an Arctic wave model domain covering 50N up to the North Pole, with a grid resolution of roughly 18 km. The model implements the parametric ice physics in WavewatchIII (WW3) using continuous and time-varying ice concentration inputs from the European Center for Medium RangeForecasting
NEWS | OCEANWEATHER INC. Oceanweather Inc. (OWI) is pleased to announce the availability of our second-generation South East Asia Fine hindcast (SEAFINE-2) using new wind forcing and a unified grid setup for the period 2015-2019. This hindcast includes a continuous hindcast as well as detailed modeling of all South China Sea (SCS) tropical cyclones and monsoon events. ABOUT | OCEANWEATHER INC. About Oceanweather. Since its formation in 1977, Oceanweather has been fully engaged with support divided between the private and public sector. In the public sector, the company performs basic and applied research in marine meteorology and ocean response numerical modeling, supported by both U.S. and foreign government agencies. OCEANWEATHER INC: METOCEAN STUDIES MetOcean Studies details the numerous JIPs (Joint Industry Projects) and products that Oceanweather has already developed. In addition to the studies listed here, Oceanweather has performed hundreds of custom hindcast studies for applications worldwide. WEATHER DATA AND GRAPHICS Weather Data and Graphics. Oceanweather can provide a variety of graphics and digital data for use in websites, custom in-house applications, commercial producers of onboard marine programs, and via a Web Portal. The Oceanweather team routinely develops formats and transfer methods that best suit individual client needs. OCEANWEATHER INC: METOCEAN STUDIES: NUG/NEXT NEXT is Oceanweather's North Sea and Norwegian Sea long-term metocean hindcast. It is an extension to the original North Sea hindcast joint industry project called NESS (Northern European Storm Study), which was formed in 1986 by nine oil companies and two European governmentagencies.
OCEANWEATHER INC: METOCEAN STUDIES: FAST RESPONSE HURRICANES Oceanweather MetOcean Studies - Fast Response Hurricanes. The impact of hurricanes in the offshore industry often create an urgent need for block-specific metocean information. GLOSSARY | ABOUT | OCEANWEATHER INC. Common terms and definitions used in the field of metocean studies andforecasting
LEGAL | ABOUT| OCEANWEATHER INC. Please review all information on this page before viewing the content of oceanweather.com. By continuing to use oceanweather.com you agree to abide by these usage rules. OCEANWEATHER INCCURRENT MARINE DATAFORECASTABOUTRESEARCHNW U.SMETOCEANSTUDIES
Oceanweather Inc. is a specialized metocean consulting firm serving the coastal and ocean engineering communities since 1977. Our approach is to develop and apply high-level technology to satisfy practical requirements in marine meteorology, ocean wave and current specification, ocean engineering, and statistics of environmentaldata.
CURRENT MARINE DATA
Current Marine Data - Oceanweather Inc. Select a region on the left or click on the image map above. These pages show current marine data from our own models and observational data worldwide. FORECAST | OCEANWEATHER INC. Forecast Oceanweather Inc. Since 1983 Oceanweather has applied its hindcasting models and analysis techniques towards the operational forecasting of ocean winds and waves. RESEARCH | OCEANWEATHER INC. Hindcasting. Oceanweather pioneered the hindcast approach and continues to refine techniques for developing world-class, long-term metocean climatologiesHINDCAST APPROACH
At Oceanweather, the hindcast approach is more than using reanalysis products and running ocean response models. The OWI hindcast methodology is centered on the detailed specification of the wind and pressure fields used to drive well-calibrated models. OCEANWEATHER INC: METOCEAN STUDIES: GROW Oceanweather MetOcean Studies - Global Waves (GROW) GROW2012 couples Oceanweather's proven global wave model, tropical boundary layer model, and its vast experience in developing marine surface wind fields to produce a revolutionary global wave hindcast. OCEANWEATHER INC: METOCEAN STUDIES: NUG/NEXT NEXT is Oceanweather's North Sea and Norwegian Sea long-term metocean hindcast. It is an extension to the original North Sea hindcast joint industry project called NESS (Northern European Storm Study), which was formed in 1986 by nine oil companies and two European governmentagencies.
OCEANWEATHER INC: METOCEAN STUDIES: SEAFINE Oceanweather MetOcean Studies - South China Sea. SEAFINE (SEAMOS-South Fine Grid Hindcast) is an Oceanweather JIP (Joint Industry Project) for development of wind and wave hindcast on a fine grid of the southern part of the South China Seas.. In 1992, Oceanweather Inc. produced the JIP known as SEAMOS (South East Asia Meteorological and Oceanographic Hindcast Study) designed to provide OCEANWEATHER INC: METOCEAN STUDIES: GOMOS GOMOS is Oceanweather's comprehensive metocean study for the Gulf of Mexico. It is intended as a follow-on to the Gulf JIP's (Joint Industry Projects) GUMSHOE (Hurricane Extremes), WINX (Winter Storm Extremes), and GLOW (Operational Statistics) which have set the standard for design criteria in the Gulf. PERFORMANCE OF THIRD GENERATION WAVE MODELS IN EXTREME Performance of Third Generation Wave Models in Extreme Hurricanes R. E. Jensen USAE Waterways Experiment Station Coastal EngineeringResearch Center
OCEANWEATHER INCCURRENT MARINE DATAFORECASTABOUTRESEARCHNW U.SMETOCEANSTUDIES
Oceanweather Inc. is a specialized metocean consulting firm serving the coastal and ocean engineering communities since 1977. Our approach is to develop and apply high-level technology to satisfy practical requirements in marine meteorology, ocean wave and current specification, ocean engineering, and statistics of environmentaldata.
CURRENT MARINE DATA
Current Marine Data - Oceanweather Inc. Select a region on the left or click on the image map above. These pages show current marine data from our own models and observational data worldwide. FORECAST | OCEANWEATHER INC. Forecast Oceanweather Inc. Since 1983 Oceanweather has applied its hindcasting models and analysis techniques towards the operational forecasting of ocean winds and waves. RESEARCH | OCEANWEATHER INC. Hindcasting. Oceanweather pioneered the hindcast approach and continues to refine techniques for developing world-class, long-term metocean climatologiesHINDCAST APPROACH
At Oceanweather, the hindcast approach is more than using reanalysis products and running ocean response models. The OWI hindcast methodology is centered on the detailed specification of the wind and pressure fields used to drive well-calibrated models. OCEANWEATHER INC: METOCEAN STUDIES: GROW Oceanweather MetOcean Studies - Global Waves (GROW) GROW2012 couples Oceanweather's proven global wave model, tropical boundary layer model, and its vast experience in developing marine surface wind fields to produce a revolutionary global wave hindcast. OCEANWEATHER INC: METOCEAN STUDIES: NUG/NEXT NEXT is Oceanweather's North Sea and Norwegian Sea long-term metocean hindcast. It is an extension to the original North Sea hindcast joint industry project called NESS (Northern European Storm Study), which was formed in 1986 by nine oil companies and two European governmentagencies.
OCEANWEATHER INC: METOCEAN STUDIES: SEAFINE Oceanweather MetOcean Studies - South China Sea. SEAFINE (SEAMOS-South Fine Grid Hindcast) is an Oceanweather JIP (Joint Industry Project) for development of wind and wave hindcast on a fine grid of the southern part of the South China Seas.. In 1992, Oceanweather Inc. produced the JIP known as SEAMOS (South East Asia Meteorological and Oceanographic Hindcast Study) designed to provide OCEANWEATHER INC: METOCEAN STUDIES: GOMOS GOMOS is Oceanweather's comprehensive metocean study for the Gulf of Mexico. It is intended as a follow-on to the Gulf JIP's (Joint Industry Projects) GUMSHOE (Hurricane Extremes), WINX (Winter Storm Extremes), and GLOW (Operational Statistics) which have set the standard for design criteria in the Gulf. PERFORMANCE OF THIRD GENERATION WAVE MODELS IN EXTREME Performance of Third Generation Wave Models in Extreme Hurricanes R. E. Jensen USAE Waterways Experiment Station Coastal EngineeringResearch Center
FORECAST | OCEANWEATHER INC. Forecast Oceanweather Inc. Since 1983 Oceanweather has applied its hindcasting models and analysis techniques towards the operational forecasting of ocean winds and waves. NEWS | OCEANWEATHER INC. News | Oceanweather Inc. ABOUT | OCEANWEATHER INC. About Oceanweather Inc. Since its formation in 1977, Oceanweather has been fully engaged with support divided between the private and publicsector.
OCEANWEATHER INC: METOCEAN STUDIES MetOcean Studies details the numerous JIPs (Joint Industry Projects) and products that Oceanweather has already developed. In addition to the studies listed here, Oceanweather has performed hundreds of custom hindcast studies for applications worldwide. WEATHER DATA AND GRAPHICS Weather Data and Graphics Forecast Oceanweather Inc. Oceanweather can provide a variety of graphics and digital data for use in websites, custom in-house applications, commercial producers of onboard marine programs, and via a Web Portal.The Oceanweather team routinely develops formats and transfer methods that best suit individual clientneeds.
OCEANWEATHER INC: METOCEAN STUDIES: NUG/NEXT NEXT is Oceanweather's North Sea and Norwegian Sea long-term metocean hindcast. It is an extension to the original North Sea hindcast joint industry project called NESS (Northern European Storm Study), which was formed in 1986 by nine oil companies and two European governmentagencies.
CONTACT INFO
Oceanweather Inc. 350 Bedford Street, Suite 404. tel: 203-661-3091 email: oceanwx@oceanweather.com OCEANWEATHER INC: METOCEAN STUDIES: FAST RESPONSE HURRICANES Oceanweather MetOcean Studies - Fast Response Hurricanes. The impact of hurricanes in the offshore industry often create an urgent need for block-specific metocean information. GLOSSARY | ABOUT | OCEANWEATHER INC. Common terms and definitions used in the field of metocean studies andforecasting
LEGAL | ABOUT| OCEANWEATHER INC. Please review all information on this page before viewing the content of oceanweather.com. By continuing to use oceanweather.com you agree to abide by these usage rules. ------------------------- Oceanweather Inc. is a specialized metocean consulting firm serving the coastal and ocean engineering communities since 1977. Our approach is to develop and apply high-level technology to satisfy practical requirements in marine meteorology, ocean wave and current specification, ocean engineering, and statistics of environmental data. Our services include atmospheric/oceanographic research, site-specific consulting/modeling, operational forecasting, and generation of long-term climatologies for operability and design in the marine environment. -------------------------News
* Apr 9, 2021
SEAFINE-2 AVAILABILITY Oceanweather Inc. (OWI) is pleased to announce the availability of our second-generation South East Asia Fine hindcast (SEAFINE-2) using new wind forcing and a unified grid setup for the period 2015-2019. This hindcast includes a continuous hindcast as well as detailed modeling of all South China Sea (SCS) tropical cyclones and monsoon events. The hindcast effort includes the analysis and detailed modeling of all tropical cyclones in the SCS from 2015-2019 as well as reanalysis of significant Southwest and Northeast monsoon events. The hindcast has been extensively validated using industry collected measurements as well as publicly available buoys and data from satellite based altimeter, radiometer, and scatterometer observations. click through to read more...* Mar 29, 2021
FORECASTING HURRICANE LAURA WINDS WITH OWITROPPBL Modeling tropical cyclone winds with accuracy is a critical step in generating proper wave and surge responses. High resolution tropical wind solutions that can yield eyewall details will provide more accurate surface forcing fields for downstream ocean response modeling systems. Global forecast (and hindcast) models are limited in spatial scale resolution and physics to simulate the detailed wind fields needed for ocean response models. Oceanweather (OWI) runs a proprietary in-house tropical planetary boundary layer model (OWITropPBL) which produces detailed high resolution winds that can be integrated into global or regional surface forecast wind fields. click through to read more...* Dec 8, 2020
PERGOS-2 EXPANDED DELIVERABLES AND PRICING OPTIONS Oceanweather Inc. (OWI) and DHI are happy to announce expanded pricing and data packages for the PERGOS-2 hindcast. New options
include continuous (operational) timeseries and/or statistics for 20, 10, 5, and 1 year in addition to the standard full period 1979-2018 (40 years). For more information, please email Erin Harris at erinh@oceanweather.com for further information. click through to read more... ------------------------- Copyright 2001-2018 Oceanweather, Inc.Details
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