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Deliberations on the applicability of IMD’s medium range weather forecasts for their usability in Agromet Advisory Services for the farmers of South Interior Karnataka, India

By: Contributor(s): Description: pp70-77Subject(s): In: Current ScienceSummary: Climate risk management in rainfed regions entails forecasting, impact assessment and relief planning, with emphasis on timely forecast dissemination and accurate loss estimation. Under the Gramin Krishi Mausam Sewa initiative, the India Meteorological Department issues agro-meteorological advisories, evaluated using qualitative, quantitative and statistical methods. In the present study on South Interior Karnataka, the forecast accuracy was higher for temperature (75–79%) than for wind speed and rainfall. Ramanagara showed the best rainfall forecast performance. Statistical tests (Hanssen–Kuipers, Kolmogorov–Smirnov, Anderson–Darling) revealed spatial variability, influenced by orography. Taylor diagram analysis confirmed good agreement between observed and forecasted temperatures (0.7–0.8 for maximum temperature, 0.6–0.7 for minimum temperature), indicating reliable temperature forecasts.
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Item type Current library Call number Vol info Status Barcode
Journal Article SNDT Juhu Available jp861.6
Periodicals SNDT Juhu P505/CS (Browse shelf(Opens below)) Vol. 129, No. 1 (01/07/2025) Available JP861

Climate risk management in rainfed regions entails
forecasting, impact assessment and relief planning,
with emphasis on timely forecast dissemination and
accurate loss estimation. Under the Gramin Krishi
Mausam Sewa initiative, the India Meteorological
Department issues agro-meteorological advisories,
evaluated using qualitative, quantitative and statistical methods. In the present study on South Interior Karnataka, the forecast accuracy was higher
for temperature (75–79%) than for wind speed and
rainfall. Ramanagara showed the best rainfall forecast performance. Statistical tests (Hanssen–Kuipers,
Kolmogorov–Smirnov, Anderson–Darling) revealed
spatial variability, influenced by orography. Taylor
diagram analysis confirmed good agreement between observed and forecasted temperatures (0.7–0.8
for maximum temperature, 0.6–0.7 for minimum
temperature), indicating reliable temperature forecasts.

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