Brady Flinchum

Lecturer

University of Newcastle Australia

Australia

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Brady Flinchum is a Lecturer at the University of Newcastle in Australia. His research areas focus on the critical zone, including the relationship between seismic anisotropy and porosity development, as well as the impacts of geological factors on soil and vegetation. Recent articles by Dr. Flinchum explore themes such as shear strengthening under longleaf pine, forest vulnerability to drought, and advanced geostatistical methods for understanding groundwater systems.

Articles (10)

Year:

2025

Year:

2025

Year:

2025

Year:

2024

Year:

2024

Year:

2022

Year:

2022

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2022

Year:

2022

Year:

2021

Collaborators (8)

R. P. Callahan

UNITED STATES

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Ciaran Harman

Associate Professor

Johns Hopkins University

UNITED STATES

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Clifford Riebe

Professor

University of Wyoming

UNITED STATES

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Jorden Hayes

Assistant Professor

Dickinson College

UNITED STATES

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Sylvain Pasquet

Institut de Physique du Globe de Paris

FRANCE

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Leonard Sklar

Professor

Concordia University

CANADA

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W. S. Holbrook

UNITED STATES

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Dario Grana

Assistant Professor

University of Wyoming

UNITED STATES

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Brady Flinchum

Research Interests

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Articles (10)

On the role of inherited rock fabric in critical zone porosity development: Insights from seismic anisotropy measurements using surface waves

Using Vp$V_p$ and Vs$V_s$ to characterize the spatial extent of shear strengthening under a longleaf pine

Exploring the connection between critical zone structure and tree distribution in a semiarid eroding landscape with shallow seismic refraction

2D Near‐Surface Full‐Waveform Tomography Reveals Bedrock Controls on Critical Zone Architecture

Low Vp/Vs Values as an Indicator for Fractures in the Critical Zone

Forest vulnerability to drought controlled by bedrock composition

Correction: Geostatistical Rock Physics Inversion for Predicting the Spatial Distribution of Porosity and Saturation in the Critical Zone

What Do P-Wave Velocities Tell Us About the Critical Zone?

Geostatistical Rock Physics Inversion for Predicting the Spatial Distribution of Porosity and Saturation in the Critical Zone

Improving the hydrogeologic conceptualization of a remote semiarid palaeovalley groundwater system using airborne electromagnetics, seismic refraction and reflection, and downhole nuclear magnetic resonance

Collaborators (8)

R. P. Callahan

Ciaran Harman

Clifford Riebe

Jorden Hayes

Sylvain Pasquet

Leonard Sklar

W. S. Holbrook

Dario Grana

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