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Mr

Chris Lyell

Research Fellow Post Fire Landscape Hydrology
Ecosystem and Forest Sciences
15 life on land
canopy gap probability
carbon stocks
als
space-borne lidar
canopy height
life sciences & biomedicine
geosciences, multidisciplinary
gedi
Chris Lyell's Profile Picture
Mr

Chris Lyell

 
Division
Science
 
Primary Interest
Forest Hydrology
Chris Lyell's Profile Picture
Mr

Chris Lyell

 
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Chris's  Short Profile
 

Projects

Displaying the 6 most recent projects from 6 for Chris Lyell.

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Mitigating extreme post-fire hydro-geomorphic risk in Victoria - Stage 4

2022 - 2023
Active
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Predicting Forest Fuel Moisture using Machine Learning and real-time networked sensors

2022 - 2023
Active
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Mitigating extreme post-fire hydro-geomorphic risk in Victoria-Stage 3

2021 - 2022
Completed
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S2020:22 Mitigating extreme post fire hydro-geomorphic risk in Victoria-Stage 2.

2021 - 2021
Completed
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Supplementary - Mitigating extreme post fire hydro-geomorphic risk in Victoria

2021 - 2021
Completed
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IFER: Developing Dead Fuel Moisture predictions using machine learning approaches – value adding to the Automatic Fuel Moisture Network

2020 - 2021
Completed

6

Projects

Project Types

6

Research Contracts

Scholarly Works

Displaying the 3 most recent scholarly works from 3 for Chris Lyell.

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Variable self-thinning explains hydrological responses to stand replacement in even-aged forests

RG Benyon, A Inbar, GJ Sheridan, CS Lyell, PNJ Lane

Journal article  |  2023  |  Journal of Hydrology

That streamflow from even-aged forests is a function of forest age (the Kuczera curve) is an accepted paradigm in Australian fores..

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Modelling sub-canopy landscape-scale shortwave radiation in Eucalyptus forests using a modified Beer-Lambert law combined with airborne LiDAR

Christopher Lyell, Petter Nyman, Thomas Duff, Glenn Newnham, Assaf Inbar, Patrick Lane, Tegan Brown, Gary Sheridan

Other  |  2023

<p>In forest systems, direct shortwave radiation (SWR) plays a vital role in fundamental energy and water processes that req..

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Performance of GEDI Space-Borne LiDAR for Quantifying Structural Variation in the Temperate Forests of South-Eastern Australia

Sonam Dhargay, Christopher S Lyell, Tegan P Brown, Assaf Inbar, Gary J Sheridan, Patrick NJ Lane

Journal article  |  2022  |  REMOTE SENSING

Monitoring forest structural properties is critical for a range of applications because structure is key to understanding and quan..

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Scholarly Works

Keyword Analysis

Forestry Sciences

Credentials

Positions

Research Fellow Post Fire Landscape Hydrology

Ecosystem and Forest Sciences

Education

Bachelor of Science

University of Melbourne

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