USGS map of the Ghost Ranch quadrangle, by Koning, et. al., 2006. This map is much further zoomed out compared to my map, but the area in the center is covered by my map. I created mine independently from this interpretation, of course. 

Here's a map I made from field photos, structural data and Google Earth. Knowledge of the stratigraphy and how it looks like in outcrops is vital to understanding this area. The faults on this map are interpreted by both myself and the USGS map to make a horst and graben strucutre, characteristic of the Rio Grande Rift.

Do you like ArcGIS figures? Well this is the project for you. I mapped previous landslides in ArcGIS and did several analyses to identify areas of high risk of landslides in Seattle. Here's some reading material for you if you're into Quaternary geology.

Most interesting to me in this project, we wanted to say something broadly about what factor correlates the strongest with landslides. In other words, we determined the strongest factors correlating areas to mapped landslides. We did a frequency ratio analysis (bottom left) for the area we mapped as landslides, with 5 different factors: slope, relief, precipitation and the geology of the host rock. 

We broadly concluded that areas with high relief, high slope and most strongly, coastline areas are most susceptible to landslides. Here's an interesting thought though: I think we proved correlation, not causation. I was careful in my conclusions not to say high relief was causing landslides, because that's not true. That's an important part of science: to prove what your evidence supports and nothing more.