Update project description, and enlarge embedded interactive map

projects/08_Urban_Safety_Planner.py

@@ -9,16 +9,12 @@ def get_map():
 
 st.header('Urban Safety Planner', divider='green')
 
-st.markdown("#### Where Do Earthquakes Occur?")
-st.markdown("Earthquakes typically coincide with techtonic plate boundaries.")
-st.markdown("#### Which Prefectures have the highest Population Density?")
-st.markdown("The three highest prefectures by population density are: Tokyo, Kanagawa and Osaka")
-st.markdown("#### Which Prefectures are Prone to High-Magnitude Earthquakes?")
-st.markdown("Tokyo has the highest population density, and has experienced some earthquakes")
-st.markdown("Osaka is relatively less populated, but has experienced stronger earthquakes than Tokyo")
-st.markdown("Kanagawa's long coastline, as well as relatively high population density and proximity to strong earthquakes, make it a risk for Tsunami")
+st.markdown("#### Which High Population Density Prefectures are Prone to High-Magnitude Earthquakes?")
+st.markdown("Tokyo has the highest population density, and has experienced some earthquakes in the past.")
+st.markdown("Osaka is relatively less populated, but has experienced stronger earthquakes than Tokyo.")
+st.markdown("Kanagawa's long coastline, as well as relatively high population density and proximity to strong earthquakes, make it a potential Tsunami risk.")
 st.markdown("*This is based off the [Geospatial Analysis](https://www.kaggle.com/learn/geospatial-analysis) course by Kaggle*")
 st.divider()
 
 earthquake_html = get_map()
-components.html(earthquake_html)
+components.html(earthquake_html, height = 450)