Maritime Spatial Ecologist

The petitioner proposes to develop algorithms and biogeochemical models that integrate satellite observations with ship-based measurements to monitor ocean health. Her work focuses on tracking pollution trends, identifying harmful algal blooms, and analyzing the effects of human activity on coastal ecosystems. These findings are intended to support improved marine protection policies and long-term sustainability efforts.

The petitioner proposes to study the impacts of anthropogenic and natural stressors on soft-bottom macrofaunal communities to inform the conservation of vulnerable marine ecosystems. This work utilizes functional diversity analyses, biological trait assessments, and biotic indices to evaluate ecological health and enhance ecosystem resilience.

The petitioner proposes to continue research on climate change impacts, invasive species, biocontrol, conservation, and ecosystem restoration. The work focuses on developing integrated and sustainable mathematical models and techniques for managing invasive species and pests to improve food biosecurity and protect coastal resources like coral reefs.

The petitioner aims to utilize marine engineering methods to detect and monitor harmful species in marine and freshwater ecosystems to mitigate environmental threats. His work also focuses on enhancing safety measures in maritime transportation and optimizing predictive models for ship repair time and labor costs to streamline project development.