GIS Applications in Environmental Systems
GIS 5306 (se
c. 3868)


AVHRR 10-Day NDVI Mosaic

SYLLABUS as of 22 August 2008 (Tentative)

Instructor: Dr. Michael W. Binford

Office Hours: 10:00 a.m.-12:00 m. Wednesdays or by Appointment

Office: 3139 Turlington Hall
Phone: (352) 392-4652 ext. 215
E-mail: mbinford@geog.ufl.edu


Class Meetings: Mondays Period 7-9, 1:55 - 4:55 PM
Description: Hands-on seminar on modeling environmental systems with GIS. Spatial concepts, analytical methods, and technologies developed by geographers, hydrologists, soil scientists, and landscape ecologists are now being applied to problems in many different environmental science disciplines. Graduate students in those disciplines, which include ecology and landscape ecology, forestry, fisheries and aquatic sciences, wildlife sciences, geology, agricultural and biological engineering, and environmental engineering sciences among others, who choose to study spatial phenomena have only basic-level GIS courses to support their research (with the exception of a spatial modeling course in Environmental Engineering Sciences). This course will provide advanced-level experience with environmental modeling with GIS for students from a range of disciplines. Note that for Fall 2008, emphasis will be placed on hydrological modeling. The first part of the course will be in-depth work with ArcHYDRO, and the second part will be modeling various hydrological systems.

Prerequisites: Graduate Standing; GEO 5177 GIS in Research (which is equivalent to GEO 3151c Foundations of GIS) or equivalent IS REQUIRED. College-level Statistics or Quantitative Analysis in Geography and College-level Algebra are required, basic courses in Ecology or other Environmental Sciences, Physics recommended.

Basis of Grade:  Combination of class participation and performance on the semester-long project. This is an advanced graduate-level class. The instructor assumes that all students are self-motivated to conduct the exercises and learn the material because they want to do so. Consequently grades are not used to push the students. Your grade will result from your effort and performance.

        Useful Links
             ArcHydro Discussion Forum (ESRI)
             ArcHydro Online Support System (U. Texas - David Maidment's Center for Research in Water Resources web site)

SCHEDULE (NOTE THAT THIS IS ALWAYS TENTATIVE. CHECK BACK OFTEN.)

Seminar Meetings

          Note that after the first meeting, students will lead the presentation and discussion about various topics.
Week Dates Topic
1 25 Aug Introduction; Overview of GIS/environmental models; components of environment/ecological systems; Procedures for Hydrological Modeling; Asking good research or management questions.
Class Logistics; First Assignment. PDF File of Slides
No Workshop
 
2 1  Sept
No Meeting - Labor Day
3 8 Sept
Guest Workshop Leader: Alan Foley, Jones Edmunds consulting firm.
   ALAN FOLEY'S PRESENTATION
Student 1 - ArcHydro overview - Ursula Garfield
Student 2 - Geodatabases - Darina Palacio
Workshop: Geodatabase Tutorial  Read pages 1-6, do Ch. 2 "Quick Start" pages 7-44 (20 minutes?) and be familiar with the material in Ch. 3 "Editing GIS Features" and Ch. 4 "Building Geodatabases."

     Data for Geodatabase Tutorial are in G:\share\GIS_5306_GIS_Apps_in_Environmental_Systems\ArcTutor\BuildingaGeodatabase.
Please copy these data to your own folder or hard drive.
Additional documents: Building a Geodatabase. This document includes everything you ever need for understanding Geodatabase creation and use.


4 15 Sept Guest Workshop Leader: Jack Hampson, National Water Resources Technologies Program, PBS&J, Tampa.
Student 3
- ArcHydro basics: Geometric Networks - Erin Bunting
Workshop: Geometric Network Tutorial


5 22 Sept Guest Workshop Leader: Sandra Fox - St. Johns River Water Management District
Workshop: Determining teams. Determining the drainage basin for the individual, semester-long project. Begin work on proposal for semester project.


6 29 Sept
Student 4 - Digital Elevation Models - Sources, Accuracy and Precision - M.W. Binford; Paper on sensitivity of DEM-derived topographic variables for hydrological applications
Student 5 - ArcHydro methods - Emilly Magen Foster
Proposal first draft for semester project due
Data Collection and Analysis: DEM and soils


7 6   Oct Student 6 - Stream Networks - Sources, Accuracy and Precision - Darina Palacio
Student 7 - ArcHydro methods - Kimly Reth
Proposal second draft for project due
Data Collection and Analysis: Stream Network and land-cover/vegetation
Interesting paper on using RADAR rainfall data as input to HEC-GeoHMS for hydro modeling (From Erin and Darina)


8 13 Oct Student 8 - Hydrological Modeling - A multitude of approaches with emphasis on HEC-RAS - Steven Marks
Student 9 - Hydrological basics - streamflow gauging, data analysis, basis for model "validation." - Kellie Norris Volunteer?
Data Collection and Analysis: Gaging stations, streamflow history and statistics.

9 20 Oct Work Day.

10 27 Oct Work Day.

11 3  Nov Work Day.
12 10 Nov Work Day.
13 17 Nov Work Day.
14 24 Nov Work Day.
15 1  Dec
Work Day and in-class presentations if necessary.
16
8 Dec
In-class project presentations.

12 Dec
Final Papers Due

Semester-long Project. I believe that the best way to become very good at using any tool is to use it to solve problems. So, each of you, either individually or as a team no larger than three people, will conduct a semester-long project with which you will:
     1. select a small to medium-sized drainage basin somewhere in the world,
     2. develop a research or management question that must be addressed by modeling the basin's hydrology,
     3. write a short proposal that outlines the questions and describes project methods, data requirements, and likely outcomes
     4. collect all the data necessary for the modeling,
     5. select an appropriate dynamic simulation model,
     6. condition the data using ArcHydro tools so that the simulation model can be implemented,
     7. implement the model to simulate recorded hydrological characteristics (discharge, flood hydrographs, etc.) well enough to "validate" the model,
     8. conduct research or management experiments to explore "what if" scenarios of future changes,
     9. write a short report documenting your work, and
    10. present a short report to the class about your study


ACADEMIC HONESTY

You are all bound by the student academic honor code.

“We, the members of the University of Florida community, pledge to hold ourselves and our peers to the
highest standards of honesty and integrity.”
"On my honor, I have neither given nor received unauthorized aid in doing this assignment."

 The work you hand in for labs and for exams MUST be your own work. Any material obtained from other sources must be cited correctly. Do not plagiarize material. The first time a student is caught cheating they will get zero on the lab/test. On the second offense the student will be reported to the appropriate student body.

Cell phones – These MUST be turned off in both lectures and labs. Also note when you are in the labs outside class time Cell phones must be off or you will be asked to leave the lab.