Evolution of Radar Meteorology in India and the latest trends

Weather radar is an indispensable tool in the continuous monitoring and warning of extreme events including tropical cyclones and thunderstorms. The India Meteorological Department (IMD) has been operating radars since 1949. The evolution of radar meteorology in India may be divided into three broad phases, namely, the 1950s (phase-I), then up to the year 2000 (phase-II), and thereafter (phase-III). During phase-I, radars were imported and installed in cities to aid aircraft operations. Photographs of radar scopes were analysed to provide a broad understanding of temporal evolution and spatial extent of precipitating clouds in different parts of the country and seasons. During phase-II, storm warning (X-band) and cyclone warning (S-band) radars with more power and range were installed, and some of them were indigenous. Phase-III ushered in the era of digital Doppler weather radars in India. Interfacing between numerical models and radars started in phase-III including assimilation of radar winds and model verification. Installation and operation of weather radars outside IMD also started in phase-III. Important areas where more work needs to be done include a well-trained workforce in radar meteorology, radar calibration and data standardization, radar area coverage and networking, algorithms for quantitative precipitation estimation using polarimetric products, assimilation of radar products in numerical models, research on cloud physics and dynamics, applications of AI/ML in storm and severe weather nowcasting.

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Publication Details

Journal
MAUSAM
Published
2025-01-16
DOI
https://doi.org/10.54302/mausam.v76i1.6497
Citations
2
Primary Topic
Precipitation Measurement and Analysis
Type
article
Field-Weighted Citation Impact
2.60

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article

Evolution of Radar Meteorology in India and the latest trends

G. S. Bhat, Jothiram Vivekanandan, D. Pradhan
2 citations
MAUSAM
Precipitation Measurement and Analysis
2.60
article

Evolution of Radar Meteorology in India and the latest trends

G. S. Bhat, Jothiram Vivekanandan, D. Pradhan
article en
2 citations

Abstract

Weather radar is an indispensable tool in the continuous monitoring and warning of extreme events including tropical cyclones and thunderstorms. The India Meteorological Department (IMD) has been operating radars since 1949. The evolution of radar meteorology in India may be divided into three broad phases, namely, the 1950s (phase-I), then up to the year 2000 (phase-II), and thereafter (phase-III). During phase-I, radars were imported and installed in cities to aid aircraft operations. Photographs of radar scopes were analysed to provide a broad understanding of temporal evolution and spatial extent of precipitating clouds in different parts of the country and seasons. During phase-II, storm warning (X-band) and cyclone warning (S-band) radars with more power and range were installed, and some of them were indigenous. Phase-III ushered in the era of digital Doppler weather radars in India. Interfacing between numerical models and radars started in phase-III including assimilation of radar winds and model verification. Installation and operation of weather radars outside IMD also started in phase-III. Important areas where more work needs to be done include a well-trained workforce in radar meteorology, radar calibration and data standardization, radar area coverage and networking, algorithms for quantitative precipitation estimation using polarimetric products, assimilation of radar products in numerical models, research on cloud physics and dynamics, applications of AI/ML in storm and severe weather nowcasting.

MAUSAMVol. 76(1)
NSF National Center for Atmospheric Research (US), India Meteorological Department (IN), Indian Institute of Science Bangalore (IN)
National Science Foundation, Indian Institute of Science
Openalex Percentile: Top 15%
Precipitation Measurement and Analysis
2.60
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Evolution of Radar Meteorology in India and the latest trends — G. S. Bhat, Jothiram Vivekanandan, et al. · MAUSAM (2025) | TGRS Research Map | TGRS