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1
Introduction
2
Autogenic vs Allogenic Signals
3
Quantitative Approach
4
Talk Outline
5
Lobyte3D
6
How does it work
7
Parameters
8
Comparison
9
Animations
10
Strike Section
11
Synthetic Seismic
12
Constant Sediment Supply
13
Monte Carlo Method
14
Spectral Analysis
15
Power Spectra
16
Signal Bump
17
Conclusions
18
Questions
19
Signal bump histogram
20
Input from field data
21
How will this reflect in the bump
22
Implications for collecting outcrop data
23
Erosion or deposition
24
Time conversion
25
Career data
26
Erosion
27
No Randomness
28
Signal Bumps
29
Submarine Fan Environment
30
Wrap Up
Description:
Explore autogenic and allogenic processes in deep-water fan systems through a comprehensive lecture by Professor Peter Burgess from the University of Liverpool. Dive into the complexities of stratigraphic signals, learning how to distinguish between external forcing and internal system dynamics. Utilize the Lobyte3D numerical model to conduct experiments on signal preservation in sedimentary records. Analyze synthetic seismic data, spectral analysis, and Monte Carlo methods to understand signal extraction from noise. Investigate the implications for field data collection and interpretation in submarine fan environments. Gain insights into quantitative approaches for deciphering sedimentary records and their significance in reconstructing past tectonic and climatic events.

Exploring Autogenic and Allogenic Processes in Lobyte3D

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