05:14

Clumping Pixels with the Majority Filter in QGIS 3.10 (lab 7- V2)

19:44

Unsupervised Classification Using the SCP Plugin in QGIS 3.10 (Lab 5- V2)

21:58

Supervised Classification Using the SCP Plugin in QGIS 3.10

21:58

Supervised Classification using SCP plugin in QGIS 3.10

04:24

Rescaling Satellite Images for Classification Input (C10 - V3)

10:09

Introduction to Principal Component Analysis for Image Classification (C10- V2)

17:08

Introduction to textural classification in QGIS 3.10 (with r.recode and r.texture) (Lab 5- V1)

17:34

Introduction to Classification and Spectral Separability in Remote Sensing (C9 - V1)

15:17

Introduction to Unsupervised Classification (C10 - V1)

16:59

Introduction to Supervised Classification (C9-V2)

03:38

Intro to Zonal Statistics Tool in QGIS 3.10

02:47

Quick Intro to Raster Calculator in QGIS 3.10

15:07

Using Thermal Inertia to Discriminate Geologic Features (Class 7 - V3)

11:20

Overview of Thermal Remote Sensing (C7- V1)

13:14

Deriving Temperature from a Thermal Band (C7- v2)

07:55

Converting MODIS image from HDF to GeoTIFF format using HEG Tool (Lab 4 V4)

08:47

Downloading MODIS Imagery from EarthData (Lab 4- V3)

12:24

Introduction to Measuring Suspended Sediment by Satellite (Lab 4- v5)

04:57

Adding and Editing a Legend in QGIS 3.10

12:38

Discriminating lithologies (rock types) in multi-spectral remote sensing (lab 2- v5)

11:45

Discriminating geologic features in map view (lab 2- v4)

16:00

Extracting Spectral Signatures Using the SCP Plugin in QGIS 3.10 (Lab 4 - V2)

08:53

Computing Reflectance Using the SCP Plugin in QGIS 3.10 (Lab 4 - v1)

19:40

Introduction to Spectral (Un)mixing (Class 6 - v1)

20:29

Computing reflectance from measured radiance (Class 6 - V1)

14:03

Introduction to Satellite Orbits (Class 5- V3)

22:27

Tradeoffs between spatial, spectral, and temporal resolution (Class 5 - V1)

08:20

Whiskbroom vs. Pushbroom Sensors (Class 5- V2)

08:04

Hyperspectral Imaging (AVIRIS and SeaWiFS)

16:04

Creating a Band Ratio Composite in QGIS (Lab 2 - V3)

03:51

Clipping a Raster in QGIS (lab 2- V2)

16:52

Obtaining + Loading Landsat Imagery in QGIS (lab 2- V1) [SEE UPDATES BELOW!!]

09:57

Band Ratios in Remote Sensing (C4 - V4)

07:22

Specular vs. Lambertian Reflectors in Remote Sensing (C4 - V3)

15:22

Radiometric Resolution and Contrast Stretch in Remote Sensing (C4- V2)

05:56

Download lab data and set up folder structure (for Midd students only!)

12:28

What is electromagnetic radiation (light/photons)? (C3- v1)

08:33

Emission of electromagnetic radiation (EMR) and the blackbody curve (C3- v2)

20:23

Absorption and reflection of electromagnetic radiation (light/photons) (C3- V3)

06:21

Shapefile Symbology and Labeling in QGIS

03:36

Editing a Shapefile in QGIS

06:26

Exporting a Map in QGIS

03:09

Creating a Shapefile in QGIS

12:00

Getting Oriented in QGIS

16:09

Rasters, Multi-Band Rasters, and RGB display (C4, V1)

05:01

What is GIS? (Class 1, vid1)

12:53

Making a DEM from LiDAR point-cloud data in ArcMap

19:29

Basics of Digital Topography

21:37

Basics of Airborne LiDAR (C17, V1)

06:17

V34 downloading data from the National Map server

12:07

Introduction to the Global Positioning System (GPS) (C12, V2)

05:49

V29: Inserting a UTM grid in ArcMap

16:38

V10: computing band ratios in ArcMap (image analysis window)

12:48

v9: Adjusting color and Contrast in ArcMap

09:28

v8 Clip and composite Landsat bands in ArcMap

12:02

V7- downloading a Landsat Image from GloVis

18:51

Intro to coordinate systems and UTM projection (C12, V1)

11:33

V31a: Creating ground truth points in ArcMap

22:22

Post-classification smoothing in ArcMAP (L5, V14)

16:49

V28a: Classification tools in ArcMap