Jake Gristey
Research Scientist
- PhD, University of Reading, 2018
- MMet, University of Reading, 2014
Research Interests
My research uses real-world observations and model simulations to understand how radiative energy flows into, out of, and within the Earth-atmosphere system. These radiative energy flows are ultimately responsible for driving virtually all atmospheric circulations (i.e. our weather) and for determining how our planet changes in the longer term. It is therefore important to understand the drivers of variability in Earth's energy flows so that we can use this knowledge to reliably predict and prepare for the future.
Current Research
Since September 2018 I have been working with NOAA's ASRE program. The aim of this work is to advance understanding of sunlight variability beneath low-level clouds over land. These cloudy conditions are very frequent but challenging to simulate in weather prediction models. Observations, large eddy simulations, and 3D radiative transfer are providing new process level understanding to inform the weather prediction model errors, ultimately leading to improved weather forecasts that society is becoming increasingly reliant on.
Since September 2020 I have been working on the Libera project. Libera is a satellite mission selected by NASA, due to launch in the mid-to-late 2020s, to continue the crucial observations of the top-of-atmosphere energy flows (i.e. Earth's Radiation Budget: ERB). I am interested in the innovative capabilities that Libera will provide to advance ERB science, including a wide-field-of-view camera and a spectral separation of the reflected sunlight. Algorithms are under development to ensure the full scientific potential of these new capabilities can be extracted once the satellite instrument is launched.
Research Categories
Atmosphere, Spaceto
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CECA Member
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May 31, 2023P.I.(s)
About CECA
CECA connects and creates a supportive environment for graduate students and postdocs who come from various academic units to do research in CIRES.