What excites you about the job?
Going into the nitty gritty of data analysis and unraveling new features in datasets, such as the fluorescent glow from the chlorophyll stored in plants. It is still somewhat surreal to me that the data we are using actually come from a satellite in space. It’s exciting when we get our hands on information we have never had before.
OCO-2 is now in orbit above the Earth. What are you most excited about now that the mission is flying?
First and foremost I’m happy that we had a successful launch, as there is always a possibility of an unfortunate failure [as happened with the first OCO satellite]. Last week (on August 6, 2014) the mission had its “first light” – first real science data – so I will be busy analyzing those initial spectra. We know how the instrument should perform and how well it did on the ground before launch, but getting data from orbit is on a whole new level. After that, I’m looking forward to OCO-2 giving us the first global maps of atmospheric carbon dioxide and plant fluorescence in unprecedented detail.
What do you think the mission’s legacy will be?
OCO-2 is NASA’s first mission dedicated to carbon dioxide. It will test the waters to see how far we can go with space-based carbon dioxide information. I am hoping that the mission’s legacy will eventually be a more complete picture of the planet’s carbon budget and a more definitive answer to which areas of the world are absorbing our carbon emissions.
After OCO-2, what’s next for you?
I’m not sure yet, but I’d like to get involved in future missions studying not only carbon dioxide but also fluorescence from plants and methane.
How would you like to be remembered?
As someone who focuses on science and was part of OCO-2’s success.