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Filtering by: Subject Mid-ocean ridges -- Indian Ocean Subject Heat flux -- Indian Ocean

Evolution of Turbulence, Heat Content, and Freshwater Lenses in the Diurnal Warm Layer

Creator:

Moulin, Aurélie J.

Abstract:

Thorough understanding of the mechanisms controlling the temperature structure in the surface mixed layer of the ocean and, in particular, accurate values of sea surface temperature are critical for properly parameterizing air-sea heat exchange and quantifying the amount of heat redistributed below the surface. It is however difficult to obtain...

Resource Type:

Dissertation

Full Text:

in the Indian Ocean during the DYNAMO field experiment. These measurements showed the abrupt
Buoy and satellite observation of wind induced surface heat exchange in the intraseasonal oscillation over West Pacific and Indian Ocean

Creator:

Araligidad, Nilesh

Abstract:

The importance of wind-driven latent heat fluxes for supporting tropical intraseasonal precipitation variability is analyzed. Tropical intraseasonal variability in the west pacific and Indian ocean is analyzed for northern and southern hemisphere summer during 1999-2005 using satellite and buoy observations. A composite analysis of QuikSCAT ocean vector winds and TRMM...

Resource Type:

Masters Thesis

Full Text:

Indian Ocean Abstract approved: Eric Maloney The importance of wind-driven latent heat fluxes for
Providing the best turbulent heat flux estimates from eddy correlation and bulk methods using DYNAMO data

Creator:

Marion, June Raven

Abstract:

In this thesis, data collected during the Dynamics of the Madden Julian Oscillation (DYNAMO) field campaign, conducted in the Indian Ocean in Fall of 2011, is used to compute heat fluxes at the air-sea interface by evaluating eddy covariances and bulk aerodynamic formulae. Errors in daily average gridded fluxes computed...

Resource Type:

Masters Thesis

Full Text:

Oscillation (DYNAMO) field campaign, conducted in the Indian Ocean in Fall of 2011, is used to compute heat