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About

Cheryl Page is an environmental researcher whose work focuses on the real-time monitoring and modeling of coastal water quality, with a particular emphasis on hypoxia and episodic environmental events in shallow, wind-driven bays. Her major contributions center on the development and deployment of integrated, fixed robotic profiler systems that capture high-frequency, real-time data—essential for understanding the transient dynamics that control aquatic ecosystem health. Page’s research has been instrumental in revealing how diurnal wind patterns and summer stratification can lead to hypoxic conditions (dissolved oxygen below 2 mg/L) in bays like Corpus Christi Bay, Texas. Her most cited papers, including "A Fixed Robotic Profiler System to Sense Real-Time Episodic Pulses in Corpus Christi Bay" (7 citations) and "Integrated real-time monitoring system to investigate the hypoxia in a shallow wind-driven bay" (6 citations), demonstrate her pioneering role in observatory design and operation. Notably, her work was part of the National Science Foundation’s Water and Environmental Research Systems Network, highlighting her contribution to advancing real-time environmental sensing. Page’s findings are critical for coastal management and for predicting how climate change may alter these vulnerable ecosystems.