Research

Completed Projects:

• NSF, CAREER: Understanding the Source of the MJO Predictability and its Impact on the Mid-latitudes  (2017-2023, PI)

• NSF, GeoPath-IMPACT: Increasing Geosciences Enrollment through Research Experiences, Mentoring, and Curriculum Interactions with Community Colleges and High Schools (2016-2021, Co-PI)

• NSF, Prediction and predictability for the multi-decadal variability in a changing climate (2011-2012, PI)

• NSF- Discovering Pathways into the Geosciences through EarthBus Partnership (NSF, Co-PI, 2021-2024)

• NOAA, Probabilistic seasonal prediction of the distribution of fish and marine mammals in the Northeast US (2017-2021, Co-PI)

• NOAA, Understanding the Sources of Subseasonal Predictability of Extratropical Cyclone Activity (2016-2020, Co-PI)

• NOAA, Prediction of Atmospheric Rivers in NMME (2015-2017, PI)

• California Department of Water Resource, Deep Learning for Prediction of the MJO Teleconnections (2021-2023, PI)

• NY Sea Grant, Understanding the impacts of climate change on the distribution, population connectivity, and productivity of summer flounder (Paralichthys dentatus) in the Mid-Atlantic Atlantic (2014-2016, Co-PI)

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• KMA- Machine Learning for improving Subseasonal Prediction (2021-2023, PI)

• KMA, Impact of the coupled initialization on sub-seasonal forecast  (2018-2020, PI)

• KMA,  Investigation of coupled initialization for seasonal predictability in North America and East Asia  (2016-2017, PI)

• KMA, Optimization of the global seasonal prediction system by improving land surface processes  (2013-2015, PI)