Update README_surfit.md

book/projects/project_readmes/README_surfit.md

@@ -15,13 +15,18 @@ The following people contributed to our project throughout the week:
 
 
 ## Project Goals
-Our team was interested: 
+Our team was interested in comparing length scales of the ATLO3 
+
 Our main goal(s) for 
-Other, individual 
+
 
 Our team was interested in further exploring the tutorial material and learning how to collaborate on object oriented code.
 Our goal for the week was to design a simple Python class called "Pho" (the ICESat-2 mascot) and have each person contribute a function to describe Pho or let it perform an action based on 
 
+### Study Sites 
+We compared tracks from Black Rock Desert, Nevada and Utqiagvik, Alaska. 
+
+
 
 ## Project Outcomes
 
@@ -35,7 +40,7 @@ Some examples might be:
 * Kate opened a [discussion on icepyx](https://github.com/icesat2py/icepyx/discussions).
 * Sam and Harvey put in a [SlideRule feature request](https://github.com/orgs/ICESat2-SlideRule/discussions).
 * six team members wrote [functions for Pho](link to project team repository).
-* Nathan wrote [code]https://github.com/ICESAT-2HackWeek/surfit.git that takes photon clouds and attempts to retrieve the associated surface height distribution. This code assumes the surface height distribution follows a Gaussian or log-normal distribution, convolves this with the ICESat-2 transmit pulse, and attempts to find the distribution parameters (mean height and width or roughness).
+* Nathan wrote code that takes photon clouds and attempts to retrieve the associated surface height distribution. This code assumes the surface height distribution follows a Gaussian or log-normal distribution, convolves this with the ICESat-2 transmit pulse, and attempts to find the distribution parameters (mean height and width or roughness). This version of the code runs over a granule near Utqiagvik. 
 * [Example Workflow Jupyter Notebook](your notebook url here).
 * We drafted a conference abstract for submission to [conference](https://www.agu.org/).