• ABOUT THE TV SERIES

  • DIRECTORS MESSAGE

  • MEET BERNICE

  • AfricaBanner1
    AfricaBanner7
    AfricaBanner13
    AfricaBanner2
    AfricaBanner8
    AfricaBanner14
    AfricaBanner3
    AfricaBanner9
    AfricaBanner15
    AfricaBanner4
    AfricaBanner10
    AfricaBanner16
    AfricaBanner5
    AfricaBanner11
    AfricaBanner17
    AfricaBanner6
    AfricaBanner12
    AfricaBanner18

    ABOUT THE TV SERIES

  • MEET BERNICE

  • AmazonBanner15
    AmazonBanner9
    AmazonBanner12
    AmazonBanner1
    AmazonBanner3
    AmazonBanner14
    AmazonBanner4
    AmazonBanner2
    AmazonBanner13
    AmazonBanner10
    AmazonBanner5
    AmazonBanner6
    AmazonBanner8
    AmazonBanner7
    AmazonBanner11

    DIRECTORS MESSAGE

Previous Next
  • Expedition
    • The Greenland Ice-sheet Melt
    • Amazon Rainforest Risks
    • The Permafrost of the High Arctic
    • Africa Droughts and Floods
    • India Water Crisis
    • Dangerous Rise of Oceans
  • Scientists
    • Dr. Katey Walter Anthony
    • Dr. Ben Abbott
    • Prof. Greg Asner
    • Prof. Jason Box
    • Prof. Paulo Brando
    • Prof. Peter Cox
    • Prof. Mathew England
    • Prof. Ove Hoegh-Guldberg
    • Dr. Alun Hubbard
    • Dr. Jeffrey Kargel
    • Prof. Tim Lenton
    • Prof. Yadvinder Malhi
    • Dr. Michael Marshall
    • Dr. Rajendra K. Pachauri
    • Prof. Veerabhadran Ramanathan
    • Dr. Mathieu Rouault
    • Prof. Ibrahim H Rehman
    • Dr. Steve Rintoul
    • Prof. Vladimir Romanovsky
    • Dr. Erik van Sebille
    • Dr. Kevin Schaefer
    • Prof. Richard Washington
    • Prof. Charlie Vernon
    • Dr. Jay Zwally
  • Maps
    • Tipping Points Map
    • Thermohaline Circulation
    • Summer Asian Monsoon
    • Aguhlas Current
    • Great Southern Ocean
    • Amazon Dieback
    • Equilibrium Line Greenland
  • MEET BERNICE
  • Video Gallery
    • The Greenland Ice-Sheet Melt
    • Amazon Rainforests Risk
    • The Permafrost of the High Arctic
    • Africa Droughts and Floods
    • India Water Crisis
    • Dangerous Rise of the Oceans
  • Media Centre
    • Meet The Team
    • News
    • Broadcasters
    • Education Portal
    • Adventure Mum Liz Blog
    • YouTube Channel
    • Facebook
    • Contact Us
  • Facebook
  • Twitter
  • ExpOceans
  • BerniceNepal
  • TopnarLadyNamibia
  • ExpArctic
  • AmazonBanner15
  • ExpGreenland

Summer Asian Monsoon

samBerniceEnergyProjectmaps


Scientists have predicted that day-to-day rainfall in India might become much more variable during the Asian summer monsoon season due to the growth of the Asian Brown Cloud, the warming Oceans, and lack of fresh drinking water. This may potentially put millions of poor farmers and the country’s agricultural productivity at risk and which is already showing signs of marginal changeor upto 15% in oversean

The Indian monsoon is a complex system which is likely to change under future global warming. About 80 percent of annual rainfall in India occurs during the monsoon season from June through September.

All the models now consistently predict an increase in the daily variability of rainfall during the Indian monsoon

In their simulations, the scientists found that if greenhouse gases continue to be emitted at the present rate, the daily rainfall variability would change by 13 to 50 percent, the largest change predicted by their climate models.

Even if global warming is limited to 2 degrees Celsius, the internationally acknowledged threshold, the increase would still result in an additional day-to-day variability of between 8 and 24 percent compared to pre-industrial levels.

Back to Maps page.

© Unboxed Media 2013

  • Twitter
  • Facebook
  • YouTube

Designed by Luke McDonald & Powered by WordPress

CO2 ALERT

CO2 ALERT