Results 241 to 250 of about 8,028,261 (293)
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Performance of an Air-Sea Interaction Buoy
Journal of Applied Meteorology, 1978Abstract Surface meteorological data from a large instrumented buoy moored in the North Pacific were analyzed and estimates of air-sea interaction fluxes of momentum, sensible heat, latent heat and radiation were made. Good agreement was obtained for one month of buoy operation from redundant sensors for wind speed, air temperature, sea temperature and
Carl A. Friehe, S. E. Pazan
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2011
Air—sea interaction associated with tropical intraseasonal variability (ISV) and, particularly, the Madden—Julian Oscillation (MJO) is of interest for three reasons. First, variations of the air—sea fluxes of heat and moisture may be fundamental to mechanisms of tropical ISV.
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Air—sea interaction associated with tropical intraseasonal variability (ISV) and, particularly, the Madden—Julian Oscillation (MJO) is of interest for three reasons. First, variations of the air—sea fluxes of heat and moisture may be fundamental to mechanisms of tropical ISV.
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The Air–Sea Boundary Interaction Zone
2010The research problem addressed by ambient noise investigators since the 1950s is the quantitative determination of the sources of sound in the sea. Investigators quickly realized the importance of intermittent sources of sound, compared with the persistent ambient background.
William M. Carey, Richard B. Evans
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A simple air-sea interaction model
Quarterly Journal of the Royal Meteorological Society, 1979AbstractThe way in which equatorial sea surface temperature (s.s.t.) anomalies may interact with the atmosphere is discussed. A simple model is developed to simulate this air‐sea interaction in the Australian region. It is shown that the model can correctly simulate many interesting aspects of the observed statistical behaviour of the ocean‐atmosphere ...
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Observational research in air/sea interaction
Remote Sensing Reviews, 1994Abstract Winds over the oceans are crucial to the understanding of global climate, air/sea interaction, and weather prediction. A key tool for oceanic wind measurement in the 1990's and beyond will be spaceborne radar scatterometry, a proven technique for all‐weather observation of vector winds.
David G. Long, David Arnold
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Oceans and air–sea interaction
2011Since the publication of the First Edition of this book, many new studies have focused on the role of air–sea interaction in tropical atmospheric intraseasonal variability (ISV). The aim of this section is to summarize the results of these new studies and to extract their main conclusions.
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Analysis of Nonlinear Air-Sea Interactions
Fluids Engineering, 1995Abstract In this paper, we present a numerical method developed for the analysis of unsteady, nonlinear interactions between air and water. The problem is modeled as a flow of two layers of viscous fluids separated by a material interface.
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Revised Parameterisations of Air-Sea Interactions
1987It is important for the user of this atlas to realize that determination of the exchanges of energy, mass and momentum between air and sea from ship synoptic observations is done by so-called parameterisations. The word “parameterisation” hides the fact that a complex process is subsumed under simple formulations depending on local variables observed ...
Hans-Jörg Isemer, Lutz Hasse
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1964
Publisher Summary This article is concerned with the causes of the variations in the surface temperature of the Atlantic Ocean from year to year and over longer periods. The processes, which influence the ocean temperature, are partly radiative transfers, partly heat exchange at the interface of ocean and atmosphere, and partly advective heat ...
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Publisher Summary This article is concerned with the causes of the variations in the surface temperature of the Atlantic Ocean from year to year and over longer periods. The processes, which influence the ocean temperature, are partly radiative transfers, partly heat exchange at the interface of ocean and atmosphere, and partly advective heat ...
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Wavelet Analysis of Air-sea Interaction
1997Abstract : My long term goal is to study nonlinear air-sea interaction processes by using wavelet transform. Of particular interest to me are the development of one- and two-dimensional wavelet analysis of field and satellite data for air-sea interaction, such as oceanic fronts, and internal waves.
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