Haoping Yang

Stennis Space Center, University of Southern Mississippi

Papers

Total Citations

H-Index

About

Haoping Yang is a leading researcher in ocean color remote sensing, with a focus on understanding the dynamic optical properties of coastal waters. Her work has fundamentally advanced the characterization of diurnal changes in ocean color, revealing how tidal cycles, wind forcing, and biological activity alter surface water reflectance on hourly timescales. By leveraging high-frequency above-water radiometry from NASA’s AERONET-OC network, Yang demonstrated that satellite imagery often misses critical intraday variability in turbid regions like the Gulf of Mexico. Her most cited study (2017, 15 citations) established a framework for detecting these rapid changes, while a foundational paper (2016, 8 citations) underscored the need for satellite validation protocols that account for such temporal dynamics. Yang’s research bridges the gap between satellite observations and coastal process studies, directly supporting the calibration of bio-optical algorithms used in operational ocean color products. Her work is essential for researchers studying phytoplankton blooms, sediment transport, and water quality monitoring, highlighting the importance of high-temporal-resolution measurements for accurate remote sensing of dynamic coastal environments.