Seasonal variations in the dynamic and thermodynamic response of precipitation extremes in the Indian subcontinent
Precipitation extremes are a major impact-relevant implication of climate change. Rising
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …
Seasonal variations in the dynamic and thermodynamic response of precipitation extremes in the Indian subcontinent.
A Sengupta, NK Vissa, I Roy - Climate Dynamics, 2023 - search.ebscohost.com
Precipitation extremes are a major impact-relevant implication of climate change. Rising
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …
Seasonal variations in the dynamic and thermodynamic response of precipitation extremes in the Indian subcontinent
A Sengupta - adisen99.github.io
The major objectives of this study were three-fold. First, to analyse the seasonal cahnges in
the apparent scaling rates over the Indian subcontinent and to determine the differences in …
the apparent scaling rates over the Indian subcontinent and to determine the differences in …
Seasonal variations in the dynamic and thermodynamic response of precipitation extremes in the Indian subcontinent
A Sengupta, NK Vissa, I Roy - Climate Dynamics, 2023 - ui.adsabs.harvard.edu
Precipitation extremes are a major impact-relevant implication of climate change. Rising
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …
Seasonal variations in the dynamic and thermodynamic response of precipitation extremes in the Indian subcontinent
A Sengupta, NK Vissa, I Roy - Climate Dynamics, 2023 - discovery.ucl.ac.uk
Precipitation extremes are a major impact-relevant implication of climate change. Rising
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …
temperatures increase the moisture holding capacity at a rate of≈ 7% K-1, called the …
Seasonal variations in the dynamic and thermodynamic response of precipitation extremes in the Indian subcontinent
A Sengupta, NK Vissa, I Roy - researchgate.net
Precipitation extremes are a major impact-relevant implication of climate change. Rising
temperatures increase the moisture holding capacity at a rate of≈ 7% K− i, called the …
temperatures increase the moisture holding capacity at a rate of≈ 7% K− i, called the …