anchor.diff:  79a2980fe531424fb457b9c3ca61db6c,Git 03: Git Clone - Work Locally On Your Computer,
   e5c107fbf4a248588d5dbf7fbaffd49f,Git 04: Markdown Files,
   ea49cde9b9514a89b3fb232708bbadb5,Git 05: Git Add Changes - Commit,
  -31383d0105344f06bca692be74798305,Assignment: Version Control with GitHub ,
  +31383d0105344f06bca692be74798305,Assignment: Version Control with GitHub,
   6e908b9477034bc9b4a23b37c16a2455,The Importance of Reproducible Science,
   c234390cc4724005b20d9a6048c8a889,Document & Publish Your Workflow: R Markdown & knitr,
   d73ad7014305439ba1d1e2bdd574cc1b,Document Code with R Markdown_,
  
positive.code: d3f52facdd2e4ed9862a56f28217f5cb,Raster 03: Raster Calculations in R - Subtract One Raster from Another and Extract Pixel Values For Defined Locations,
  1c45b4a12e2a47f081c86f167059fad5,Raster 04: Work With Multi-Band Rasters - Image Data in R,
  0f5e34fdc92349d4a3e317b83b6e38f6,Raster 05: Raster Time Series Data in R,
  6571bb183e98409c971b660784acf93b,"Raster 06: Plot Raster Time Series Data in R Using RasterVis and
  Levelplot",
  6224f9bae89c4f6399274b84968b3bc1,Raster 07: Extract NDVI Summary Values from a Raster Time Series,
  04b622c3efab4519a60b861b885dc576,Spatial Data Series Capstone Challenges,
  d447575df18a45618504010a416da4ed,Git 01: Intro to Git Version Control,
  
negative.code: 5be9f80592394af3bc09cf8e469fef6e,Using neonUtilities in Python,
  67a5e95e1b7445aca7d7750b75c0ee98,Plotting a NEON RGB Camera Image (GeoTIFF) in Python,
  61ad1fc43ddd45b49cad1bca48656bbe,NEON AOP Hyperspectral Data in HDF5 format with Python - Tiles,
  046a83d83f2042d8b40dea1b20fd6779,Band Stacking, RGB & False Color Images, and Interactive Widgets in Python - Tiled Data,
  4b8efebb6b6749c792efa54a38edbab7,Data Institute 2018: Download the Data,
  d967358feca948ed8db09b676bf12d30,Plot a Spectral Signature in Python - Tiled Data,
  19e0b890b3c64f46b2189c8273a2e0a4,Calculate NDVI & Extract Spectra Using Masks in Python - Tiled Data,
  