Fix example documentation inconsistencies

Author: djhoese

doc/source/examples/jpss_aws_marketplace.rst

@@ -31,7 +31,7 @@ to provide the input files from the NOAA AWS s3 Command Line Interface (CLI) usi
 This `polar2grid.sh` command provides an Amazon Simple Storage Service (S3) URI and
 single granule filename that I want to use, along with
 the accompanying location of the coincident geolocation file.
-Note that the AWS JPSS Marketplace online data Browse Bucket URLs
+Note that the JPSS AWS Marketplace online data Browse Bucket URLs
 use an https address, but the directory structures and filenames are the same, in this case,
 ``VIIRS-I1-SDR/2026/02/08/SVI01_j02_d20260208_t1956574_e1958221_b16834_c20260208202125135000_oebc_ops.h5``.
 
@@ -104,7 +104,7 @@ true color image that includes all of the Western United States. Looking at the
 orbit track map, I can see that I will need to choose a data time range between
 19:54 to 20:00 UTC for complete coverage for this day. Remember that the
 orbit tracks represent the sub-satellite point on the earth; the actual swath
-width of the VIIRS observations is approximately 3000km. Using this information
+width of the VIIRS observations is approximately 3000 km. Using this information
 I can execute the following single `Polar2Grid` command that includes globbing
 in the file start time to download 5 granules into memory while the image is being
 made. The values in the curly brackets are expanded as part of the script execution.

doc/source/examples/viirs_edr_example.rst

@@ -134,7 +134,7 @@ The annotated image with overlays is shown below.
     :width: 100%
     :align: center
 
-    CSPP VIIRS NOAA-20 Aerosol Optical Depth PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from June 5, 2024, 18:50 UTC observations.
+    CSPP VIIRS NOAA-20 Aerosol Optical Depth PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from 5 June 2024, 18:50 UTC observations.
 
 Other CSPP VIIRS EDR product images can be created in a similar manner.
 For example, the Polar2Grid commands to create a VIIRS Cloud Top Temperature
@@ -163,7 +163,7 @@ And the resulting image is shown below:
     :width: 100%
     :align: center
 
-    CSPP VIIRS NOAA-20 Cloud Top Temperature PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from June 5, 2024, 18:50 UTC observations.
+    CSPP VIIRS NOAA-20 Cloud Top Temperature PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from 5 June 2024, 18:50 UTC observations.
 
 From the same VIIRS EDR files, the Cloud Height product images can be created using the commands
 below.
@@ -193,7 +193,7 @@ And results in the creation of the following image:
     :width: 100%
     :align: center
 
-    CSPP VIIRS NOAA-20 Cloud Top Height PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from June 5, 2024, 18:50 UTC observations.
+    CSPP VIIRS NOAA-20 Cloud Top Height PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from 5 June 2024, 18:50 UTC observations.
 
 Using the same color enhancement and scale, the Polar2Grid commands to create a VIIRS Cloud Base Height
 image with overlays are shown below.
@@ -223,7 +223,7 @@ And results in the creation of the following image:
     :width: 100%
     :align: center
 
-    CSPP VIIRS NOAA-20 Cloud Base Height PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from June 5, 2024, 18:50 UTC observations.
+    CSPP VIIRS NOAA-20 Cloud Base Height PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from 5 June 2024, 18:50 UTC observations.
 
 Next, the Polar2Grid commands to create a VIIRS Total Cloud Fraction image with overlays are shown below.
 
@@ -251,7 +251,7 @@ And results in the creation of the following image:
     :width: 100%
     :align: center
 
-    CSPP VIIRS NOAA-20 Total Cloud Fraction PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from June 5, 2024, 18:50 UTC observations.
+    CSPP VIIRS NOAA-20 Total Cloud Fraction PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from 5 June 2024, 18:50 UTC observations.
 
 
 Similarly, the commands to create a Normalized Difference Vegetation Index (NDVI)
@@ -280,7 +280,7 @@ is shown below, followed by the output image.
     :align: center
 
 
-    CSPP VIIRS NOAA-20 NDVI PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from June 5, 2024, 18:50 UTC observations.
+    CSPP VIIRS NOAA-20 NDVI PNG image with added borders, coastlines and an annotated colorbar. The retrievals were created from 5 June 2024, 18:50 UTC observations.
 
 Polar2Grid supports the creation of individual band and true color images from VIIRS EDR Land Surface
 Reflectance output files (SurfRefl*.nc).  Surface reflectances differ from
@@ -313,4 +313,4 @@ valid only over land.  The commands are followed by the resulting output image.
     :align: center
 
 
-    CSPP VIIRS NOAA-20 Land Surface Reflectance True Color image with added borders and coastlines. The retrievals were created from June 5, 2024, 18:50 UTC observations.
+    CSPP VIIRS NOAA-20 Land Surface Reflectance True Color image with added borders and coastlines. The retrievals were created from 5 June 2024, 18:50 UTC observations.