@@ -128,27 +128,12 @@ An example of exploring a GeoDataFrame with **one line of code**.
1281281 . Explore! Run the cells, follow the prompts.
129129
130130
131- ### Step 2: Load the GeoJSON file you wrote in the previous module (WIP)
132-
133- ``` python
134- doc.add_geojson_layer(" my-geojson.json" , name = " My GeoJSON" )
135- ```
136-
131+ ### Step 2: Follow the instructions in the Notebook
137132
133+ The Notebook contains everything you need to complete step 2 of this exercise.
138134
139- ### Step 3: Apply some symbology to this data (WIP)
140135
141- 1 . Right-click the layer in the layers panel on the left. If that's not already open,
142- click the globe icon on the far left.
143- 1 . Select "Edit Symbology".
144- 1 . Select a field ("Value") to symbologize on.
145- 1 . Select a method: either "color" or "radius".
146- 1 . Select a color ramp.
147- 1 . Click "Classify".
148- 1 . Click OK.
149-
150-
151- ### Step 4: Collaborate! (WIP)
136+ ### Step 3: Collaborate! (WIP - Add to notebook)
152137
1531381 . In your small groups, join each-others' servers like you did in Module 1.
1541391 . What observations can you make about this data?
@@ -157,8 +142,8 @@ doc.add_geojson_layer("my-geojson.json", name="My GeoJSON")
1571421 . Can you think of other datasets that might be interesting to visualize together?
158143 Operations you might want to perform on the data in JupyterLab?
1591441 . How does this feel?
160- What feels good?
161145 What feels like friction?
146+ What feels good?
162147 We'd be SO thrilled if you'd
163148 [ open an experience report] ( https://github.com/geojupyter/jupytergis/issues/new/choose )
164149 to share your thoughts.
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