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TRMM 3B42 Rain Rates (shaded) overlaid with 200 hPa Velocity Potential Anomalies (contoured)
Negative 200 hPa Velocity Potential Anomalies (Divergence) are cool-colored contours
Positive 200 hPa Velocity Potential Anomalies (Convergence) are warm-colored contours
Click here for: Anomalous Global TRMM Rain Rates and 200 hPa Velocity
Potential
Negative 200 hPa Velocity Potential Anomalies (Divergence) are cool-colored contours
Positive 200 hPa Velocity Potential Anomalies (Convergence) are warm-colored contours
Click here for: Anomalous Global TRMM Rain Rates and 200 hPa Velocity
Potential
About Me:
I received my B.S. (2008) and Ph.D. (2012) from the University at Albany, Albany, New York in atmospheric science and meteorology. My research was focused on convectively coupled atmospheric Kelvin waves and the Madden Julian Oscillation and their impact global circulation patterns and Atlantic tropical cyclone activity. This research is applicable in medium-range forecasts of Atlantic tropical cyclone activity and United States temperature. While in graduate school, I was in the field for NASA's HS3 campaign in 2012, and also was an intern for Citadel Investment Group in 2010.
I am currently employed at Weather Service International as an Operations Scientist. Some responsibilities of my job include Medium Range predictability and creation of new, real-time running teleconnection indices. I also contribute to WSI's seasonal forecasts of temperature (U.S., Asia), precipitation (Northwest U.S.), and Atlantic tropical cyclone activity. Further, I also consult with the on-air Tropical Experts at the Weather Channel with regards to medium-range Atlantic tropical cyclone activity prediction.
For more information on my background, please visit my Curriculum Vitae, or Resume.
Check out the UAlbany Weather Blog!!
Find me on Linkedin!
@MJVentrice on twitter
I received my B.S. (2008) and Ph.D. (2012) from the University at Albany, Albany, New York in atmospheric science and meteorology. My research was focused on convectively coupled atmospheric Kelvin waves and the Madden Julian Oscillation and their impact global circulation patterns and Atlantic tropical cyclone activity. This research is applicable in medium-range forecasts of Atlantic tropical cyclone activity and United States temperature. While in graduate school, I was in the field for NASA's HS3 campaign in 2012, and also was an intern for Citadel Investment Group in 2010.
I am currently employed at Weather Service International as an Operations Scientist. Some responsibilities of my job include Medium Range predictability and creation of new, real-time running teleconnection indices. I also contribute to WSI's seasonal forecasts of temperature (U.S., Asia), precipitation (Northwest U.S.), and Atlantic tropical cyclone activity. Further, I also consult with the on-air Tropical Experts at the Weather Channel with regards to medium-range Atlantic tropical cyclone activity prediction.
For more information on my background, please visit my Curriculum Vitae, or Resume.
Check out the UAlbany Weather Blog!!
Find me on Linkedin!
@MJVentrice on twitter
Archive: 200 hPa VP Hovmollers with Tropical Cyclones Archive: OLR Hovmollers with Tropical Cyclones
VP200 space-time filtered anomalies are standardized: Kelvin CINT = 1 STD; MJO CINT = 0.5 STD; ERW CINT = 2 STD
Last updated: July. 13, 2014
