1. 1. Connecting the Arctic to your backyard Polar amplification and the jet stream
2. 2. New England Climate Heres the plan.
3. 3. 2000-2009 anomaly w/r/t 1951-1980 mean NASA's Goddard Space Flight Center Polar Amplification. The What.
4. 4. Polar Amplification. The Why.
5. 5. Polar Amplification. The Why. 1979-2000 median extent
6. 6. Polar Amplification. The Why.
7. 7. Polar Amplification. The Future. http://nca2014.globalchange.gov/report/our-changing-climate/melting-ice
8. 8. Polar Amplification. The Future.
9. 9. New England Climate Heres the plan.
10. 10. The Jet Stream. Simplified.
11. 11. http://www.ux1.eiu.edu/~cfjps/1400/circulation.html The Jet Stream. How.
12. 12. The Coriolis Effect
13. 13. http://www.ux1.eiu.edu/~cfjps/1400/circulation.html The Jet Stream. How.
14. 14. http://www.ux1.eiu.edu/~cfjps/1400/circulation.html The Jet Stream. How.
15. 15. NASA's Goddard Space Flight Center The Jet Stream in reality
16. 16. The Jet Stream & Arctic Amplification.
17. 17. The Jet Stream & Arctic Amplification.
18. 18. The Jet Stream & Arctic Amplification.
19. 19. The Jet Stream & Arctic Amplification.
20. 20. The Jet Stream & Arctic Amplification.
21. 21. source: National Climate Assessment 2014 data set: Global Historical Climatology Network - Daily Its already raining more.
22. 22. Rawlins, GRL, 2012 Future warmer winters.
23. 23. Rawlins, GRL, 2012 Future wetter winters.
24. 24. In summary. 1. Loss of Arctic sea ice and snow cover 2. Decrease in Equator to Pole temperature gradient 3. More N-S movement in JS 4. Warmer, wetter winters 5. More extreme and longer lasting events
25. 25. Connecting the Arctic to your backyard Polar amplification and the jet stream