"From a young age, Yushu Xia was keenly aware of the importance of environmental health-a passion sparked by her grandfather, a geology professor and author of popular science books who inspired her love for science and education. Today, Xia combines these interests as an assistant research professor at Lamont-Doherty Earth Observatory, which is part of the Columbia Climate School. Xia's niche: the intersection of soil and agricultural science with modeling and data science, all of which are essential in "truly understand[ing] how soils function," she says."
"I was deeply inspired by my grandfather, a geology professor whose greatest passion was influencing the next generation and communicating science to broad audiences. He wrote many children's books that introduced young readers to the wonders of geoscience. His example sparked my interest in academia and my desire to use research as a way to inspire others. From an early age, I was motivated to address environmental challenges and contribute to positive change in society."
"I have always been passionate about soils, which reside at the center of many important themes. For example, better soil management can reduce environmental pollution. It could also be considered a nature-based solution because putting more carbon into the soils can reduce carbon dioxide in the atmosphere. Most importantly, improved soil health management can enhance agricultural productivity, which directly benefits farmers and ranchers."
Yushu Xia combines a lifelong interest in environmental health with academic research at Lamont-Doherty Earth Observatory. Xia focuses on the intersection of soil and agricultural science with modeling and data science to better understand soil function. Soil management can reduce environmental pollution, act as a nature-based solution by storing carbon, and improve agricultural productivity to benefit farmers and ranchers. Early inspiration from a geology professor and science communicator fostered a commitment to education and environmental problem-solving. Current research emphasizes innovative projects, community and student engagement, and modern analytical approaches beyond traditional field sampling and laboratory tests.
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