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Law's research combines direct measurements of forest data, remote sensing, and modeling that spans from regional to global scales. Her Ph.D. research established the metrics needed to estimate aerial coverage of different types of vegetation from space and then used that information to assess net primary production in Oregon.At Oregon State, she quantified temporal changes in respiration in a pine forest through measuring changes in carbon dioxide levels.While building the equipment needed to measure photosynthesis in this project she realized that the spikes in carbon dioxide were caused by cars waiting at a nearby traffic light which she described as an "ah-ha" moment that expanded her interest in global change research
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BULLETIN OF THE ATOMIC SCIENTISTSno. 6 (2023): 377-384
AGU ADVANCESno. 6 (2023): n/a-n/a
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Natureno. 7972 (2023): 44-45
CONSERVATION SCIENCE AND PRACTICEno. 7 (2023)
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William J. Ripple,Christopher Wolf,Jillian W. Gregg,Johan Rockstrom,Thomas M. Newsome,Beverly E. Law, Luiz Marques,Timothy M. Lenton,Chi Xu,Saleemul Huq, Leon Simons, Sir David Anthony King
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