update README

wildlifeevoeco · Apr 21, 2020 · 511fcc4 · 511fcc4
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commit 511fcc4
Showing 1 changed file with 47 additions and 27 deletions.
diff --git a/README.md b/README.md
@@ -1,20 +1,22 @@
 
-study-area-figures
-==================
+# study-area-figures
 
-Collecting WEEL study area figures in one place, for sharing!
+Collecting WEEL study area figures in one place, for sharing\!
 
-Contributing:
--------------
+## Contributing:
 
 1.  Clone the repository
 2.  Add your script (follow the numbering scheme)
-3.  Add the output figure to `graphics/`, with a name and number matching the script it originates from.
-4.  (Ideally) add the figure to the `README.Rmd` so we can preview them all together in one spot.
+3.  Add the output figure to `graphics/`, with a name and number
+    matching the script it originates from.
+4.  (Ideally) add the figure to the `README.Rmd` so we can preview them
+    all together in one spot.
 
-**Note: currently the input folder is ignored, if you have small data you'd like to share, carefully remove it from the `.gitignore`**
+**Note: currently the input folder is ignored, if you have small data
+you’d like to share, carefully remove it from the `.gitignore`**
 
-Also, we output the features to `.gpkg` (GeoPackage) because... [shapefiles are hell](http://switchfromshapefile.org).
+Also, we output the features to `.gpkg` (GeoPackage) because…
+[shapefiles are hell](http://switchfromshapefile.org).
 
 Also\! I made a bash script for rerunning all the figures. If you want
 to try it, let me know.
@@ -23,71 +25,89 @@ to try it, let me know.
 
 1.  Fogo Island
 
-This uses data from Open Street Map and four packages: `osmdata`, `sf`, `data.table` and `ggplot`.
+This uses data from Open Street Map and four packages: `osmdata`, `sf`,
+`data.table` and `ggplot`.
 
-Reproducing: run `01-fogo-island-prep.R` to generate the islands polygon and `02-fogo-island-figure.R` to generate the figure.
+Reproducing: run `01-fogo-island-prep.R` to generate the islands polygon
+and `02-fogo-island-figure.R` to generate the figure.
 
 ``` r
 knitr::include_graphics('graphics/02-fogo-island.png')
 ```
 
 <img src="graphics/02-fogo-island.png" width="3200" />
 
-1.  Newfoundland
+2.  Newfoundland
 
-This uses data from Open Street Map and four packages: `osmdata`, `sf`, `data.table` and `ggplot`.
+This uses data from Open Street Map and four packages: `osmdata`, `sf`,
+`data.table` and `ggplot`.
 
-Reproducing: run `03-newfoundland-prep.R` to generate the islands polygon and `04-newfoundland-figure.R` to generate the figure.
+Reproducing: run `03-newfoundland-prep.R` to generate the islands
+polygon and `04-newfoundland-figure.R` to generate the figure.
 
-Note: this map doesn't show internal water. Let me know if that's something you'd like to add.
+Note: this map doesn’t show internal water. Let me know if that’s
+something you’d like to add.
 
 ``` r
 knitr::include_graphics('graphics/04-newfoundland.png')
 ```
 
 <img src="graphics/04-newfoundland.png" width="2240" />
 
-1.  Fogo with Newfoundland inset
+3.  Fogo with Newfoundland inset
 
-This uses data from Open Street Map and four packages: `osmdata`, `sf`, `data.table` and `ggplot`.
+This uses data from Open Street Map and four packages: `osmdata`, `sf`,
+`data.table` and `ggplot`.
 
-Reproducing: run `01-fogo-island-prep.R`, `03-newfoundland-prep.R`, to generate the Fogo and NL polygons and `04-fogo-inset-newfoundland-figure.R` to combine and generate the figure.
+Reproducing: run `01-fogo-island-prep.R`, `03-newfoundland-prep.R`, to
+generate the Fogo and NL polygons and
+`04-fogo-inset-newfoundland-figure.R` to combine and generate the
+figure.
 
 ``` r
 knitr::include_graphics('graphics/05-fogo-inset-nl.png')
 ```
 
 <img src="graphics/05-fogo-inset-nl.png" width="2240" />
 
-1.  Terra Nova
+4.  Terra Nova
 
-This uses data from GeoGratis and Open Street Map and six packages: `osmdata`, `curl`, `zip`, `sf`, `data.table` and `ggplot`.
+This uses data from GeoGratis and Open Street Map and six packages:
+`osmdata`, `curl`, `zip`, `sf`, `data.table` and `ggplot`.
 
-Reproducing: run `03-newfoundland-prep.R` and `06-terra-nova-prep.R` to generate the NL and TN polygons and `07-terra-nova-figure.R` to combine and generate the figure.
+Reproducing: run `03-newfoundland-prep.R` and `06-terra-nova-prep.R` to
+generate the NL and TN polygons and `07-terra-nova-figure.R` to combine
+and generate the figure.
 
 ``` r
 knitr::include_graphics('graphics/07-terra-nova.png')
 ```
 
 <img src="graphics/07-terra-nova.png" width="3200" />
 
-1.  Terra Nova Bunny Grids
+5.  Terra Nova Bunny Grids
 
-This uses data from GeoGratis and Open Street Map and six packages: `osmdata`, `curl`, `zip`, `sf`, `data.table` and `ggplot`.
+This uses data from GeoGratis and Open Street Map and six packages:
+`osmdata`, `curl`, `zip`, `sf`, `data.table` and `ggplot`.
 
-Reproducing: run `03-newfoundland-prep.R` and `06-terra-nova-prep.R` to generate the NL and TN polygons and `08-terra-nova-buns-figure.R` to combine and generate the figure.
+Reproducing: run `03-newfoundland-prep.R` and `06-terra-nova-prep.R` to
+generate the NL and TN polygons and `08-terra-nova-buns-figure.R` to
+combine and generate the figure.
 
 ``` r
 knitr::include_graphics('graphics/08-terra-nova-buns.png')
 ```
 
 <img src="graphics/08-terra-nova-buns.png" width="3200" />
 
-1.  Bloomfield
+6.  Bloomfield
 
-This uses data from Open Street Map and six packages: `osmdata`, `curl`, `zip`, `sf`, `data.table` and `ggplot`.
+This uses data from Open Street Map and six packages: `osmdata`, `curl`,
+`zip`, `sf`, `data.table` and `ggplot`.
 
-Reproducing: run `03-newfoundland-prep.R` and `06-terra-nova-prep.R` to generate the NL and TN polygons and `09-bloomfield-figure.R` to combine and generate the figure.
+Reproducing: run `03-newfoundland-prep.R` and `06-terra-nova-prep.R` to
+generate the NL and TN polygons and `09-bloomfield-figure.R` to combine
+and generate the figure.
 
 ``` r
 knitr::include_graphics('graphics/09-bloomfield.png')