Animal Architects
Nate Lund
1
Index
1.1
Technical Resources
1.2
Notes to Self
2
About (WIP)
2.1
Table of Contents
I Chapter I
3
Animal Architects: A Conceptual Model for Geomorphic and Pedologic Animal Activity
4
Chapter I Notes
4.1
Outline
4.2
Numerical Models
4.3
Annotated Bibliography
4.3.1
Part 2
II Chapter II
5
Chatper Overview
5.1
Data Management Standards
5.2
Section template
6
Erosion pins
6.1
Dataset Building
6.1.1
Extracting elevation, slope, and curvature from DEMS to GPS points.
6.2
Visualizing etc.
6.2.1
Spatial Plots
7
Sediment Collectors
8
Fallout Radionulcides
8.1
Dataset Building
8.1.1
Extracting elevation, slope, and curvature from DEMS to GPS points.
9
Terrestrial LiDAR
9.1
Classifing LiDAR point clouds
10
Mapping
10.1
Creating DEMs (and other rasters) from MN LiDAR data
10.2
Visualzing Sites
III Chapter III
Modeling Soil, Hillslope, Landscape Evolution
10.3
Brief Outline
10.4
Important equations / variables
10.5
Resources
10.6
Notes
11
Numerical Model Building
11.1
Soil Transport via Diffusion-Advection
11.1.1
Model 1: R Diffusion (local mixing) of included and excluded components.
11.1.2
Model 2: Python diffusion (local mixing) of included components
11.2
References
11.3
Models and Code
Appendix
A
Gamma Detectors
A.0.1
Detector specs
B
A Brief History of Pedology
B.1
Introduction
B.2
History of Pedology
B.3
References
Published with Bookdown
Animal Architects
Section 7
Sediment Collectors