Ryan Ng

he/ him
location_on Room 107
Graduate Degree

About

Pursuing a MSc degree 

Research Areas: Digital Geographies, Geospatial Analysis, GIS/ Water, Ice, Landscapes

Supervisor: Marwan Hassan

Degrees: BSc. Geographical Sciences (UBC)

Entry Date: Sept 2025

Expected Graduation Date: May 2026

Research Statement: Pools and riffles are a defining feature of gravel bed rivers. They provide a mosaic of hydraulic environments that support a range of aquatic organisms, yet the way they persist and are maintained remain poorly understood. My research proposes a reproducible method for objectively identifying pools over decadal timescales. In doing so, I hope to better understand the processes governing their evolution so as to guide their design for river management and restoration.


Ryan Ng

he/ him
location_on Room 107
Graduate Degree

About

Pursuing a MSc degree 

Research Areas: Digital Geographies, Geospatial Analysis, GIS/ Water, Ice, Landscapes

Supervisor: Marwan Hassan

Degrees: BSc. Geographical Sciences (UBC)

Entry Date: Sept 2025

Expected Graduation Date: May 2026

Research Statement: Pools and riffles are a defining feature of gravel bed rivers. They provide a mosaic of hydraulic environments that support a range of aquatic organisms, yet the way they persist and are maintained remain poorly understood. My research proposes a reproducible method for objectively identifying pools over decadal timescales. In doing so, I hope to better understand the processes governing their evolution so as to guide their design for river management and restoration.


Ryan Ng

he/ him
location_on Room 107
Graduate Degree
About keyboard_arrow_down

Pursuing a MSc degree 

Research Areas: Digital Geographies, Geospatial Analysis, GIS/ Water, Ice, Landscapes

Supervisor: Marwan Hassan

Degrees: BSc. Geographical Sciences (UBC)

Entry Date: Sept 2025

Expected Graduation Date: May 2026

Research Statement: Pools and riffles are a defining feature of gravel bed rivers. They provide a mosaic of hydraulic environments that support a range of aquatic organisms, yet the way they persist and are maintained remain poorly understood. My research proposes a reproducible method for objectively identifying pools over decadal timescales. In doing so, I hope to better understand the processes governing their evolution so as to guide their design for river management and restoration.