Temas de investigación
Proyectos destacados
Más proyectos de investigación
Saildrone
Circulación Meridional de Vuelco del Atlántico Sur (SAMOC)
Proyectos destacados
Más proyectos de investigación PHOD
Publicaciones destacadas
CAMPOS, R.M., A. Abdolali, J.-H. Alves, M. Masarik, J. Meixner, A. Mehra, D. Figurskey, S. Banihashemi, S. Sienkiewicz, and R. LUMPKIN. Development and validation of NOAA’s 20-year global wave ensemble reforecast. Weather and Forecasting.
Gramer, L.J., J. Steffen, M. Aristizabal, and H.-Y. Kim, 2024: The impact of coupling a dynamic ocean in the Hurricane Analysis and Forecast System. Frontiers in Earth Science, 12;1418016.
Tuchen, F.P., R.C. Perez, G.R. Foltz, M.J. McPhaden, and R. Lumpkin, 2024: Strengthening of the equatorial Pacific upper-ocean circulation over the past three decades. Journal of Geophysical Research-Oceans, 129(11):e2024JC021343.
Volkov, D., R.H. Smith, R.F. Garcia, D. Smeed, B. Moat, W. Johns, and M.O. Baringer, 2024: Florida Current transport observations reveal four decades of steady state. Nature Communications, 15:7780.
Noticias recientes
Behind every research project at NOAA’s Atlantic Oceanographic and Meteorological Laboratory (AOML) are a suite of instruments. Whether descending to depths or weathering storms, these technologies are paramount to oceanic and atmospheric observations. Get to know 12 of these instruments with a new social media series: 12 Days of teKNOWLEDGEy! On the 1st day of […]
Originally published on noaa.gov on December 11, 2024. Somewhere in the middle of the ocean, a merchant mariner lowers a cylindrical robotic ocean observing instrument from a ship into the sea to record ocean temperature and salinity. Another instrument is deployed from a plane into the eye of a hurricane to take the pulse of […]
Tropical cyclones are among the most deadly and costly natural disasters that affect the United States and many other countries each year. This has led the scientific community to prioritize improving tropical cyclone prediction and the understanding of how tropical cyclone activity has changed and will change in the future. In a new study published […]
Lo más destacado del proyecto
Saildrone
In partnership, NOAA and Saildrone Inc. will deploy Saildrones, uncrewed surface ocean observation platforms powered by solar, wind and wave energy, to track Atlantic hurricanes. These robots provide information about the ocean and atmosphere, including sea surface temperature, salinity, surface air temperature, humidity, pressure, wind direction and speed, and wave height. Twelve saildrones will be on patrol this summer in the Atlantic Ocean, Caribbean and Gulf of Mexico, with several providing collocated observations alongside underwater gliders.
Para obtener más información sobre la asociación entre Saildrone Inc. y la NOAA, haga clic en el botón siguiente.
NOAA SciJinks Web Game
NOAA’s Adopt a Drifter Program’s (ADP) first summer intern designed and developed Ocean Odyssey: Tracking Marine Debris, a NOAA SciJinks web game suitable for K-12 audiences.
Ocean Odyssey incorporates historic drifter data and helps middle school audiences understand how ocean surface currents transport marine debris and how users can help keep our oceans clean. The new SciJinks game is the latest addition to the ADP’s growing list of resources for educators! Teachers can now introduce the topic of ocean surface currents and marine debris in an informative and fun manner.
Datos de oceanografía física
Se puede acceder a los datos de las boyas, los satélites y los instrumentos del fondo marino en nuestra página de datos o haciendo clic en los enlaces de abajo.
Datos Argo: Conjunto mundial a gran escala de flotadores de perfilado de temperatura y salinidad.
Datos de satélite: Anomalía de la altura del mar, temperatura de la superficie del mar y de la columna de agua, y corrientes superficiales.
Datos globales de deriva: Corrientes superficiales globales, climatología derivada de derivas y animaciones de corrientes estacionales.
Datos sobre el Estado del Sistema de Observación: El Estado del Sistema de Observación de los Océanos es nuestra evaluación de lo bien que se están midiendo las variables oceánicas y climáticas esenciales.
Datos XBT: Temperatura, estructura y propiedades oceánicas dependientes del tiempo del Giro Subtropical Atlántico.
Series temporales de transporte de corrientes en Florida: Los cables sumergidos proporcionan un diferencial de tensión para medir el transporte diario
Contacte con
| Rick Lumpkin, Ph. D.
Director de la División de Oceanografía Física
| Renellys Perez, Ph. D.
Director Adjunto de la División de Oceanografía Física