Student Research Reports

This research evaluates the potential of using satellite-derived NDVI to accurately measure carbon storage at Xinwu Senior High School (XWSH). Located on a subtropical coastal plain, the site’s unique monsoon climate provides a rigorous setting for studying woody plant resilience. The study explores the relationship between physical structures—Diameter at Breast Height (DBH) and tree height—and spectral data. We hypothesize that higher DBH and tree height yield higher NDVI values. To test this, we conducted field surveys one to two times per week using measuring tapes and the GLOBE Observer app. These ground-based measurements serve as "ground truth" to establish a statistical correlation with satellite data. By analyzing how species diversity and location affect this model, we aim to provide a streamlined method for estimating carbon storage. This approach reduces the labor required for fieldwork and supports a new planting strategy for the school, focusing on species with high carbon storage and NDVI performance.