CLOUD-BASED REMOTE SENSING WITH GOOGLE EARTH ENGINE
  • home
  • Foreword
  • Go to the book
    • Get the repo
    • Foreword, by Rebecca Moore
    • Introduction
    • Acknowledgements
    • Section F1: Programming and Remote Sensing Basics
    • Section F2: Interpreting Images
    • Section F3: Advanced Image Processing
    • Section F4: Interpreting Image Series
    • Section F5: Vectors and Tables
    • Section F6: Advanced Topics
    • Section A1: Human Applications
    • Section A2: Aquatic and Hydrological Applications
    • Section A3: Terrestrial Applications - Part 1
    • Section A3: Terrestrial Applications - Part 2
  • Table of contents
  • Videos
  • About
  • Contact
  • User Map

​Author-led Videos

Visit the entire YouTube channel here!


View slides from our presenters here!



Live Sessions Finished!
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We have finished our live recordings of book chapters. You can see the results below!
​

Part 1: Fundamentals


F1: Programming and Remote Sensing Basics

F1.0 JavaScript and the Earth Engine API
F1.1 Exploring Images
F1.2 Survey of Raster Datasets

 F1.3 The Remote Sensing Vocabulary

F2: Interpreting Images

F2.0 Image Manipulation: Bands, Arithmetic, Thresholds, and Masks
F2.1 Interpreting an Image: Classification
F2.2 Accuracy Assessment: Quantifying Classification Quality

F3: Advanced Image Processing

F3.0 Interpreting an Image: Regression
F3.1 Advanced Pixel-based Img. Transformation
F3.2 Neighborhood-based Image Transformation

F4: Interpreting Image Series

F4.0 Filter, Map, Reduce

F4.1 Exploring Image Collection

F4.2 Aggregating Images for Time Series

F4.3 Clouds and Image Compositing

F4.4 Change Detection

F4.5 Interpreting Annual Time Series with LandTrendr

F4.6 Fitting Functions to Time Series
F4.7 Interpreting Time Series with CCDC
F4.8 Data Fusion: Merging Classification Streams
F4.9 Exploring Lagged Effects in Time Series

F5: Vectors and Tables

F5.0 Exploring Vectors (TBA)

F5.1 Raster/Vector Conversions

F5.2 Zonal Statistics

​F5.3: Advanced Vector Operations
​F5.4: GEEDiT: Digitising from Satellite Imagery (TBA)

F6: Advanced Topics

F6.0 Advanced Raster Visualization
​

F6.1 Collaborating in Earth Engine with Scripts and Assets (TBA)

F6.2 Scaling up in Earth Engine (TBA)

F6.3 Sharing Work in Earth Engine: Basic UI and Apps
​F6.4 Combining R and Earth Engine (TBA)
 

Part 2: Applications


A1: Human Applications

A1.1 Agricultural Environments (TBA)
A1.2 Urban Environments
A1.3 Built Environments​ (TBA)



A1.4 Air Pollution and Population Exposure

​A1.7 Humanitarian Applications
A1.5 Heat Islands

​A1.8 Monitoring Gold Mining Activity Using SAR (TBA)
A1.6 Health Applications


A2: Aquatic and Hydrological Applications

A2.1 Groundwater monitoring with GRACE (TBA)

A2.2 Benthic Habitats

A2.3 Surface Water Mapping (TBA)

A2.4 River morphology (TBA)

A2.5 Water Balance and Drought (TBA)

A2.6 Defining Seasonality: First Date of No Snow (TBA)


A3: Terrestrial Applications

A3.1 Active Fire Monitoring

A3.2 Mangroves

A3.3 Mangroves II - Change Mapping (TBA)

A3.4 Forest Degradation and Deforestation
A3.5 Deforestation Viewed from Multiple Sensors
A3.6 Working With GPS & Weather Data (TBA)

A3.7 Creating Presence and Absence Points (TBA)

A3.10 Conservation II - Assessing Agricultural Intensification Near Protected Areas (TBA)


A3.8 Detecting Land Cover Change in Rangelands


A3.9 Conservation I - Assessing the Spatial Relationship Between Burned Area and Precipitation

  • home
  • Foreword
  • Go to the book
    • Get the repo
    • Foreword, by Rebecca Moore
    • Introduction
    • Acknowledgements
    • Section F1: Programming and Remote Sensing Basics
    • Section F2: Interpreting Images
    • Section F3: Advanced Image Processing
    • Section F4: Interpreting Image Series
    • Section F5: Vectors and Tables
    • Section F6: Advanced Topics
    • Section A1: Human Applications
    • Section A2: Aquatic and Hydrological Applications
    • Section A3: Terrestrial Applications - Part 1
    • Section A3: Terrestrial Applications - Part 2
  • Table of contents
  • Videos
  • About
  • Contact
  • User Map