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Gabriel Spreitzer
Gabriel Spreitzer
ETH Zurich - Marie Curie Postdoctoral Research Fellow
Verified email at aucklanduni.ac.nz - Homepage
Title
Cited by
Cited by
Year
Using Structure from Motion photogrammetry to assess large wood (LW) accumulations in the field
G Spreitzer, J Tunnicliffe, H Friedrich
Geomorphology 346, 106851, 2019
412019
Large wood (LW) 3D accumulation mapping and assessment using structure from Motion photogrammetry in the laboratory
G Spreitzer, J Tunnicliffe, H Friedrich
Journal of Hydrology 581, 124430, 2020
312020
Porosity and volume assessments of large wood (LW) accumulations
G Spreitzer, J Tunnicliffe, H Friedrich
Geomorphology 358, 107122, 2020
252020
SmartWood: Laboratory experiments for assessing the effectiveness of smart sensors for monitoring large wood movement behaviour
G Spreitzer, J Gibson, M Tang, J Tunnicliffe, H Friedrich
Catena 182, 104145, 2019
252019
Physical modelling of large wood (LW) processes relevant for river management: Perspectives from New Zealand and Switzerland
H Friedrich, D Ravazzolo, V Ruiz‐Villanueva, I Schalko, G Spreitzer, ...
Earth Surface Processes and Landforms 47 (1), 32-57, 2022
182022
Effects of large wood (LW) blockage on bedload connectivity in the presence of a hydraulic structure
G Spreitzer, J Tunnicliffe, H Friedrich
Ecological Engineering 161, 106156, 2021
152021
Flume experiments on the geomorphic effects of large wood in gravel-bed rivers
D Ravazzolo, G Spreitzer, H Friedrich, J Tunnicliffe
Proceedings of the River Flow, 2020
82020
Effects of a large woody debris accumulation on channel-bed morphology during flood events
G Spreitzer, H Friedrich, J Tunnicliffe
River Flow 2018 - Ninth International Conference on Fluvial Hydraulics …, 2018
72018
The effect of large wood accumulations with rootwads on local geomorphic changes
D Ravazzolo, G Spreitzer, J Tunnicliffe, H Friedrich
Water Resources Research 58 (5), e2021WR031403, 2022
52022
Towards a non-intrusive method employing digital twin models for the assessment of complex large wood accumulations in fluvial environments
G Spreitzer, I Schalko, RM Boes, V Weitbrecht
Journal of Hydrology 614, 128505, 2022
42022
Using smart sensors for measuring impact forces of large wood (LW)
G Spreitzer, J Tunnicliffe, H Friedrich
E-proceedings of the 38th IAHR World Congress, doi 10, 2019
42019
Measuring the impact: new insights into flood-borne large wood collisions with river structures using an isolated sensor-unit
G Spreitzer, D Ravazzolo, J Tunnicliffe, H Friedrich
Natural Hazards 113 (3), 1495-1517, 2022
32022
Video footage from drones for Structure-from-Motion photogrammetry-A practical and rapid assessment method for large wood accumulations in rivers?
G Spreitzer, I Schalko, RM Boes, V Weitbrecht
EGU General Assembly Conference Abstracts, EGU21-4966, 2021
12021
Quantification of large wood (LW) impact forces at field-scale using SmartWood
G Spreitzer, I Schalko, R Boes, V Weitbrecht
Proceedings of the 39th IAHR World Congress, 5182-5190, 2022
2022
Innovative Sensors for Measuring Large Wood (LW) Movement Dynamics in Rivers
G Spreitzer, I Schalko, R Boes, V Weitbrecht
AGU Fall Meeting Abstracts 2021, EP55B-1114, 2021
2021
SmartWood: Assessment of large wood (LW) impact forces in rivers
H Friedrich, G Spreitzer, JF Tunnicliffe
AGU Fall Meeting Abstracts 2019, EP41D-2385, 2019
2019
Quantification and assessment methods for large wood (LW) in fluvial systems
G Spreitzer
PhD Thesis-University of Auckland, 2019
2019
Flow-sediment-large woody debris interplay: Introducing an appropriately scaled laboratory experiment
H Friedrich, G Spreitzer, JF Tunnicliffe
AGU Fall Meeting Abstracts 2017, EP43B-1886, 2017
2017
Investigation of the sediment transport processes using tracer stones in in alpine torrents
G Spreitzer, G Harb, J Schneider
EGU General Assembly Conference Abstracts, 8723, 2015
2015
Evaluation of bed load transport processes in steep channels based on tracer stone data
G Harb, G Spreitzer, J Schneider
IAHR Congress, 1001-1001, 2015
2015
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