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1
Introduction
2
Building the scene database
3
Building a Collated Mosaic Sequence product
4
View the report
5
Edit the product
6
Rendering
7
Time Control Panel
8
NDVI Index
9
NDVI color table
10
Clip to polygon
11
Compute multidimensional statistics
12
Biomass proxy Feed On Offer
13
Calculator clipping operation
14
Transformation operation
15
Biomass proxy statistics graph
16
Biomass proxy over 10 years
17
Batch hardcopy imagery export
Description:
Explore a comprehensive 38-minute tutorial on performing vegetation change analysis using ProRaster Scientific version 2.2.03. Learn how to process 552 Landsat 8 and 9 scenes, create a Collated Mosaic Sequence product, compute NDVI, and transform it into a proxy measure of "Feed On Offer" for Coorabulka Station in western Queensland. Follow step-by-step instructions on building scene databases, applying spatial clipping, computing statistics, and visualizing data over a 10-year period. Gain insights into the channel country's yearly flooding events and their impact on vegetation. Discover productivity tools and techniques for efficient geospatial analysis, including database creation, product sequencing, NDVI computation, and data transformation. Conclude with a demonstration of batch hardcopy imagery export and time series visualization in Excel.

NDVI Analysis and Biomass Proxy Calculation for Coorabulka Station Using ProRaster Scientific

Roberts Geospatial Engineering
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