102-105Marine surface meteorological data collected simultaneously from 4 selected stations in the Bay of Bengal were analysed. During the last phase of observational schedule, when the monsoon circulation was reviving, radiation flux decreased and turbulent fluxes increased. While sea gained heat during the initial periods, heat loss from sea was observed at all stations during the last phase of observations. Stability indices, based on the Monin-Obukhov length, indicated that surface layers were unstable during the break monsoon conditions and became near-neutral with the re-establishment of monsoon circulation. Relative importance of wind stress and buoyancy in the mixing process at the marine boundary layer was also examined
The atmospheric boundary layer (ABL) is the lowest layer of the atmosphere where surface effects are...
Observations were made from a ship at 17.5 °N & 89 °E in the North Bay of Bengal during July-August ...
Aerological observations carried out on board ORV Sagarkanya at a stationary location (20° N, 89° ...
The analysis of 3-hourly time-series data on surface meteorological parameters collected at 20° N, 8...
In the present study an attempt has been made to examine the possible link between air-sea interface...
An attempt has been made to study the marine boundary layer characteristics over Bay of Bengal using...
This paper describes the near surface characteristics and vertical variations based on the observati...
Detailed observations of the atmosphere and the ocean were carried out in the Bay of Bengal during t...
During the period 12–16 June 1996 a tropical cyclonic storm formed over the southwest Bay of Bengal ...
The characteristic features of the marine boundary layer (MBL) over the Bay of Bengal during the sou...
This paper describes measurement of air-sea parameters and estimation of sensible and latent heat fl...
Detailed measurements were carried out in the Marine Atmospheric Boundary Layer (MABL) during the In...
A case study of the Sea Surface Temperature (SST) variability in response to an incipient developing...
Recent observations of surface meteorology and exchanges of heat, freshwater, and momentum between t...
The thermodynamic structure of the Atmospheric Boundary Layer (ABL) over the Arabian sea region has ...
The atmospheric boundary layer (ABL) is the lowest layer of the atmosphere where surface effects are...
Observations were made from a ship at 17.5 °N & 89 °E in the North Bay of Bengal during July-August ...
Aerological observations carried out on board ORV Sagarkanya at a stationary location (20° N, 89° ...
The analysis of 3-hourly time-series data on surface meteorological parameters collected at 20° N, 8...
In the present study an attempt has been made to examine the possible link between air-sea interface...
An attempt has been made to study the marine boundary layer characteristics over Bay of Bengal using...
This paper describes the near surface characteristics and vertical variations based on the observati...
Detailed observations of the atmosphere and the ocean were carried out in the Bay of Bengal during t...
During the period 12–16 June 1996 a tropical cyclonic storm formed over the southwest Bay of Bengal ...
The characteristic features of the marine boundary layer (MBL) over the Bay of Bengal during the sou...
This paper describes measurement of air-sea parameters and estimation of sensible and latent heat fl...
Detailed measurements were carried out in the Marine Atmospheric Boundary Layer (MABL) during the In...
A case study of the Sea Surface Temperature (SST) variability in response to an incipient developing...
Recent observations of surface meteorology and exchanges of heat, freshwater, and momentum between t...
The thermodynamic structure of the Atmospheric Boundary Layer (ABL) over the Arabian sea region has ...
The atmospheric boundary layer (ABL) is the lowest layer of the atmosphere where surface effects are...
Observations were made from a ship at 17.5 °N & 89 °E in the North Bay of Bengal during July-August ...
Aerological observations carried out on board ORV Sagarkanya at a stationary location (20° N, 89° ...