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1
Introduction
2
Overview
3
Cost
4
Sample Design
5
Carbon Markets
6
Can we Detect Change
7
Example
8
Back of the envelope math
9
Power analysis
10
Variance
11
Model Uncertainty
12
Baseline
13
Modelbased protocols
14
Short list of technologies
15
Optimizing sample design
16
Soil spectroscopy
17
Soil survey library
18
Fieldbased soil sensors
19
Remote sensing
20
Remote sensing for carbon
21
Models
22
Indigo Carbon Challenge
23
Conclusion
24
Questions
25
Soil Health Institute
26
What we know
27
What are the parts
28
Whats the problem
29
Needle in haystack
30
Cost certainty credibility
31
Spectrum
32
X2 Lab
33
In situ field
34
Inelastic neutron scattering
35
Bulk density
36
Big picture
37
Private data
Description:
Explore emerging approaches to measuring soil carbon in this webinar featuring experts Cristine Morgan and Jonathan Sanderman. Delve into key topics including cost-effective methods, sample design optimization, carbon markets, and detecting changes in soil carbon levels. Learn about innovative technologies such as soil spectroscopy, field-based sensors, and remote sensing for carbon monitoring. Examine model-based protocols, power analysis, and variance considerations in soil carbon quantification. Gain insights into the challenges of soil carbon measurement, including cost, certainty, and credibility. Discover the potential of private data and new technologies like inelastic neutron scattering. Understand the importance of soil carbon sequestration in working lands and its implications for effective soil management practices.

Measuring Soil C - Emerging Approaches

AGU
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