Leslie M. Hartten
- The synoptics and dynamics of the atmosphere over the tropical oceans
- Boundary layer meteorology
- The response of wind profiling radars to atmospheric processes
- Good graphical practices applied to scientific research
- How science is done, and by whom
I've been hooked on weather since I took Earth Science in 8th grade. Experiences during my undergraduate days convinced me I wasn't cut out to be a forecaster, so I turned to research and have never regretted it. I've studied fair-weather continental boundary layers and tropical marine ones; large-scale tropical phenomena and long-term variations in sea breezes; some of the instruments that collect data; and the career paths of meteorologists.
Since I arrived in Boulder in 1993, much of my work has focused on the weather over the tropical Pacific and its interactions with the underlying ocean and with global climate. I've also been involved in various investigations into the uses and abuses of data collected by wind profiling radars. In the last several years I've been branching out into the Indian and western Atlantic basins, and have begun using Linear Inverse Modelling (LIM) as a tool to study ocean/atmosphere relationships.
In early 2016 I spent 5 weeks on Kiritimati (pronounced "Christmas") Island in the equatorial central Pacific (2.01°N, 157.4°W). My colleagues and I launched twice-daily radiosondes as part of the El Niño Rapid Response (ENRR) field campaign. Since then I've been leading the effort to quality control the surface and upper-air data collected from Kiritimati and the NOAA Ship Ronald H. Brown during ENRR, and working with others to disseminate our data and initial results.
- 2016 - "EEO/Diversity Award for Exemplary Service" from NOAA/Office of Oceanic and Atmospheric Research
- 2011 - Premier recipient of the “Director's Diversity Award” from CIRES
- 2010 - “Ten Years of Service” award from SOARS®
- 1984-1985 - Fellowship, Wisconsin Alumni Research Foundation
- 1981-1984 - National Merit Scholar