The thermodynamical and microphysical characteristics of monsoon clouds in the Poona, Bombay and Rihand regions were investigated using extensive aircraft in-cloud observations. The number of clouds sampled at Poona, Bombay and Rihand is 2199, 169 and 104 respectively. The temperatures inside the cloud are colder than its environment at Poona and Rihand. The maximum difference is about 3°C at the cloud base level and the difference decreased with height. At Bombay the difference is less than 1°C and at some levels the temperatures inside the cloud are warmer than its environment. The lapse rates of temperatures inside the cloud are slightly less than those in the immediate environment of the cloud. The environmental lapse rates are nearly e...
Cloud characteristics over the rain-shadow region of the north central peninsular India has been stu...
AbstractStudying the boundary layer is imperative because severe weather in this portion of the atmo...
Analysis of the microphysical structure of deep convective clouds using in situ measurements during ...
Influence of the environmental thermodynamics on the microphysics of deep cumulus clouds over differ...
Microphysical characteristics of premonsoon and monsoon deep cumuli over India observed by an instru...
Indian summer monsoon circulation can be characterized by mean tropospheric temperature (TT) gradien...
Indian summer monsoon circulation can be characterized by mean tropospheric temperature (TT) gradien...
Thermodynamic soundings for pre-monsoon and monsoon seasons from the Indian subcontinent are analys...
The spatio-temporal variability of Indian Summer Monsoon is well studied based on different types of...
This study examines precipitation pathways in different thermodynamic and aerosol environments over ...
The thermodynamical structure of the atmospheric boundary layer over the Deccan plateau region has b...
Characteristics of clouds and precipitation during the pre-monsoon (PM) and monsoon months (MM) have...
High resolution aicraft observations of temperature were made in cloud-air and clear-air at differen...
The budget analysis of microphysical process rates based on Modern Era Retrospective-analysis for Re...
Incorporation of aerosol interaction in cloud microphysics is being the central issue now a day. In ...
Cloud characteristics over the rain-shadow region of the north central peninsular India has been stu...
AbstractStudying the boundary layer is imperative because severe weather in this portion of the atmo...
Analysis of the microphysical structure of deep convective clouds using in situ measurements during ...
Influence of the environmental thermodynamics on the microphysics of deep cumulus clouds over differ...
Microphysical characteristics of premonsoon and monsoon deep cumuli over India observed by an instru...
Indian summer monsoon circulation can be characterized by mean tropospheric temperature (TT) gradien...
Indian summer monsoon circulation can be characterized by mean tropospheric temperature (TT) gradien...
Thermodynamic soundings for pre-monsoon and monsoon seasons from the Indian subcontinent are analys...
The spatio-temporal variability of Indian Summer Monsoon is well studied based on different types of...
This study examines precipitation pathways in different thermodynamic and aerosol environments over ...
The thermodynamical structure of the atmospheric boundary layer over the Deccan plateau region has b...
Characteristics of clouds and precipitation during the pre-monsoon (PM) and monsoon months (MM) have...
High resolution aicraft observations of temperature were made in cloud-air and clear-air at differen...
The budget analysis of microphysical process rates based on Modern Era Retrospective-analysis for Re...
Incorporation of aerosol interaction in cloud microphysics is being the central issue now a day. In ...
Cloud characteristics over the rain-shadow region of the north central peninsular India has been stu...
AbstractStudying the boundary layer is imperative because severe weather in this portion of the atmo...
Analysis of the microphysical structure of deep convective clouds using in situ measurements during ...