markdown source builds

Auto-generated via {sandpaper} Source : f053cc7 Branch : main Author : Drake Asberry <[email protected]> Time : 2024-03-24 18:26:22 +0000 Message : Merge pull request #430 from Aariq/patch-2 Update 10-vector-csv-to-shapefile-in-r.Rmd
datacarpentry · Mar 24, 2024 · eeb1f58 · eeb1f58
1 parent 74d772e
commit eeb1f58
Show file tree

Hide file tree

Showing 2 changed files with 5 additions and 5 deletions.
diff --git a/10-vector-csv-to-shapefile-in-r.md b/10-vector-csv-to-shapefile-in-r.md
@@ -194,16 +194,16 @@ contain the information that helps us determine the CRS:
 - `utmZone`: 18
 
 In
-[When Vector Data Don't Line Up - Handling Spatial Projection \& CRS in R](09-vector-when-data-dont-line-up-crs/)
+[When Vector Data Don't Line Up - Handling Spatial Projection \& CRS in R](09-vector-when-data-dont-line-up-crs.html)
 we learned about the components of a `proj4` string. We have everything we need
 to assign a CRS to our data frame.
 
 To create the `proj4` associated with UTM Zone 18 WGS84 we can look up the
 projection on the
-[Spatial Reference website](https://www.spatialreference.org/ref/epsg/wgs-84-utm-zone-18n/),
+[Spatial Reference website](https://spatialreference.org/ref/epsg/32618/),
 which contains a list of CRS formats for each projection. From here, we can
 extract the
-[proj4 string for UTM Zone 18N WGS84](https://www.spatialreference.org/ref/epsg/wgs-84-utm-zone-18n/proj4/).
+[proj4 string for UTM Zone 18N WGS84](https://spatialreference.org/ref/epsg/32618/proj4.txt).
 
 However, if we have other data in the UTM Zone 18N projection, it's much easier
 to use the `st_crs()` function to extract the CRS in `proj4` format from that
@@ -396,7 +396,7 @@ ggplot() +
 ## Plot Extent
 
 In
-[Open and Plot Vector Layers in R](06-vector-open-shapefile-in-r/)
+[Open and Plot Vector Layers in R](06-vector-open-shapefile-in-r.html)
 we learned about spatial object extent. When we plot several spatial layers in
 R using `ggplot`, all of the layers of the plot are considered in setting the
 boundaries of the plot. To show this, let's plot our `aoi_boundary_HARV` object

diff --git a/md5sum.txt b/md5sum.txt
@@ -13,7 +13,7 @@
 "episodes/07-vector-shapefile-attributes-in-r.Rmd" "726f78cdabe6ebe90a609b31127674ca" "site/built/07-vector-shapefile-attributes-in-r.md" "2024-03-24"
 "episodes/08-vector-plot-shapefiles-custom-legend.Rmd" "733bf768d8f27d9c7e548e7f835fda67" "site/built/08-vector-plot-shapefiles-custom-legend.md" "2024-03-24"
 "episodes/09-vector-when-data-dont-line-up-crs.Rmd" "b3a4cc71f14583f1fcfc77d591ba9e62" "site/built/09-vector-when-data-dont-line-up-crs.md" "2024-03-24"
-"episodes/10-vector-csv-to-shapefile-in-r.Rmd" "8aef2c986b83fd01b40fd0b4b8c1795c" "site/built/10-vector-csv-to-shapefile-in-r.md" "2024-03-24"
+"episodes/10-vector-csv-to-shapefile-in-r.Rmd" "fe9f2056f24f9f54689143b27c8c3615" "site/built/10-vector-csv-to-shapefile-in-r.md" "2024-03-24"
 "episodes/11-vector-raster-integration.Rmd" "47b8925ff021264a97064c40a2bfdc5a" "site/built/11-vector-raster-integration.md" "2024-03-24"
 "episodes/12-time-series-raster.Rmd" "92e1060bf9c37509d918da8ab1b7101f" "site/built/12-time-series-raster.md" "2024-03-24"
 "episodes/13-plot-time-series-rasters-in-r.Rmd" "8035b6301e382fbed8837a9fd4d8dc16" "site/built/13-plot-time-series-rasters-in-r.md" "2024-03-24"