337-340Evaporation from the surface of the North Indian Ocean is estimated following the aerodynamic approach. The influence of the southwest monsoon and the northeast monsoon is significant giving rise to maximum evaporation from the sea surface due to strong wind field and high saturation deficit respectively. An annual maximum evaporation of > 160 cm is observed in the southern regions. Due to the advancement of the southwest monsoon evaporation maximum in the Arabian Sea is reached earlier by 1 month than in the Bay of Bengal while the reverse is the case during the northeast monsoon
There are only a few attempts in the Indian ocean to evolve reliable climatic models of energy excha...
Composites of Florida State University winds (1970–99) for four different climate scenarios are used...
Detailed observations of the atmosphere and the ocean were carried out in the Bay of Bengal during t...
Surface-level moisture transport over the Indian Ocean has been computed using NOAA/HIRS data for th...
The evaporation rates over the Arabian Sea (AS) for the summer monsoon months (June to September) of...
The evaporation rates over the tropical Indian Ocean have been.computed using the bulk-aerodynamic f...
[1] The air sea interaction processes over the Indian Ocean are studied using the satellite data fro...
[1] The air sea interaction processes over the Indian Ocean are studied using the satellite data fro...
Atmospheric and oceanic data were collected in 1998 and 1999 over the tropical Indian Ocean during t...
Based on the characteristics of oceanic circulation in a monsoon-dominated ocean, a new framework of...
Waves are important driving forces that have important ramifications for physics, chemistry and biol...
This work was carried out to understand the mechanisms leading to lofting and large-scale advection ...
An attempt has been made to explore all the facets of Evaporation-Precipitation (E-P) distribution a...
The Indian Ocean and the monsoon system are dynamically complex. In the Bay of Bengal (BoB) and sout...
Magnitudes of net total northward fluxes of air and water vapour into the Arabian Sea across an equa...
There are only a few attempts in the Indian ocean to evolve reliable climatic models of energy excha...
Composites of Florida State University winds (1970–99) for four different climate scenarios are used...
Detailed observations of the atmosphere and the ocean were carried out in the Bay of Bengal during t...
Surface-level moisture transport over the Indian Ocean has been computed using NOAA/HIRS data for th...
The evaporation rates over the Arabian Sea (AS) for the summer monsoon months (June to September) of...
The evaporation rates over the tropical Indian Ocean have been.computed using the bulk-aerodynamic f...
[1] The air sea interaction processes over the Indian Ocean are studied using the satellite data fro...
[1] The air sea interaction processes over the Indian Ocean are studied using the satellite data fro...
Atmospheric and oceanic data were collected in 1998 and 1999 over the tropical Indian Ocean during t...
Based on the characteristics of oceanic circulation in a monsoon-dominated ocean, a new framework of...
Waves are important driving forces that have important ramifications for physics, chemistry and biol...
This work was carried out to understand the mechanisms leading to lofting and large-scale advection ...
An attempt has been made to explore all the facets of Evaporation-Precipitation (E-P) distribution a...
The Indian Ocean and the monsoon system are dynamically complex. In the Bay of Bengal (BoB) and sout...
Magnitudes of net total northward fluxes of air and water vapour into the Arabian Sea across an equa...
There are only a few attempts in the Indian ocean to evolve reliable climatic models of energy excha...
Composites of Florida State University winds (1970–99) for four different climate scenarios are used...
Detailed observations of the atmosphere and the ocean were carried out in the Bay of Bengal during t...