Remote sensing of geomorphology / edited by Paolo Tarolli, Simon M. Mudd.

Format:

Book

Contributor:

Tarolli, Paolo.

Mudd, Simon Marius.

ScienceDirect (Online service)

Series:

Developments in earth surface processes ; 23.

Developments in Earth surface processes ; v. 23

Language:

English

Subjects (All):

Geomorphology--Remote sensing.

Geomorphology.

Landforms--Remote sensing.

Landforms.

Physical Description:

1 online resource.

Place of Publication:

Amsterdam : Elsevier, [2020]

System Details:

text file

Contents:

Intro

Remote Sensing of Geomorphology

Copyright

Contents

Contributors

Foreword

Reference

Introduction to remote sensing of geomorphology

Chapter 1: Structure from motion photogrammetric technique

1. Introduction

1.1. Brief historical summary and state of the art

1.2. Reasons for success in geomorphological surveys

2. Method

2.1. Choosing suitable settings to comply with the application at hand

2.1.1. Image quality

2.1.2. Ground sampling distance

2.1.3. Image network geometry

2.1.4. Camera parameter choice during bundle adjustment

2.1.5. Referencing: GCP weights and distribution

2.1.6. Exterior influences

2.2. Accuracy considerations in geomorphological applications

2.3. Direct geo-referencing (DG) for flexible UAV applications

2.3.1. Achievable accuracies

2.3.2. Guidelines for DG applications

3. Reconstructing processes across space

4. Reconstructing processes in time

4.1. Past and real-time reconstruction

4.2. Time-lapse imagery for 4D change detection

4.2.1. Guidelines for time-lapse SfM photogrammetry

5. Final remarks

References

Further reading

Chapter 2: Topo-bathymetric airborne LiDAR for fluvial-geomorphology analysis

1. High-resolution topography: Where is the bathymetry?

2. Synoptic fluvial bathymetry survey techniques

2.1. Topo-bathymetric lidar vs existing approaches

2.2. Topo-bathymetric airborne lidar sensors

2.3. Survey examples and typical data characteristics

3. Controls on depth penetration and surveyable rivers

3.1. Theoretical controls on the bathymetric waveform and bottom echo intensity

3.2. Results on maximum measurable depth and sensor comparison

3.3. Depth uncertainty and detail resolving capability

3.4. Surveyable rivers and survey strategy

4. Data processing

4.1. Water-surface detection, bathymetric classification, and refraction correction

4.2. FWF analysis

5. Applications in fluvial geomorphology

5.1. Multi-scale high-resolution fluvial geomorphology

5.2. Coupling with 2D-3D hydraulic modeling

5.3. Synoptic channel morphodynamics and sediment budget

6. Conclusions and remaining challenges

6.1. A priori prediction of depth penetration and river bathymetric cover

6.2. Automatic classification on massive lidar datasets

6.3. FWF analysis in the context of fluvial environments

6.4. Large-scale hydraulic modeling on topo-bathymetric data

Acknowledgments

Chapter 3: Ground-based remote sensing of the shallow subsurface: Geophysical methods for environmental applications

2. Methods

2.1. Geo-electrical (DC resistivity) methods

2.2. EMI methods and GPR

2.3. Seismics

3. Application examples

3.1. System structure

3.1.1. The Settolo site

3.1.2. The Trecate site

3.1.3. The Aviano site

Notes:

Includes index.

Electronic reproduction. Amsterdam Available via World Wide Web.

Other Format:

Print version:

ISBN:

9780444641786

0444641785

Publisher Number:

99985004845

Access Restriction:

Restricted for use by site license.