
FWF
410 RECOGNIZED
(University
article on incorporating new technology)
Instructor: Dr. Matthew J. Gray (mattjgray@utk.edu)
Phone: 974-2740 (office)
Office: 247 Ellington Plant Sciences Building
Office Hours: M-W-F: 8:0011:00 or by appointment
Meeting Time and Place: 12:401:55 T,R 125 PSB (lecture)
2:106:20 T 276 AE or field trip (section 1)
2:106:20 R 276 AE or field trip (section 2)
Teaching Assistants: Jonathan McCurry (jmccurr4@utk.edu, 101 PSAB or 203 Ellington, 974-2635)
Cindy Longmire (clongmir@utk.edu), 104 PSAB, 384-1230)
Course Goal: To expose students to the principles and steps necessary to perform a wildlife habitat analysis and write a professional management plan.
Course Content: Topics and activities will include an introduction to habitat and wildlife ecology, habitat sampling designs and techniques, statistical
analysis and presentation of data, and habitat management techniques in grasslands, forests and wetlands. Students also will be exposed to new technologies useful in habitat evaluation and management, and learn how to use Trimble Pathfinder, Trimble TerraSync, ESRI ArcGIS 9.1, Ramas GIS, Microsoft Excel, and SAS 9.1 software.
Academic Assessment:
Weights of Academic Assessments and Grading Scale:
Tests, final project and presentation, lab and homework assignments, plant collection, and participation (lab attendance) will be weighted as follows:
● Tests: 50% (each test 25%)
● Final Project & Presentation: 25% (group project)
● Lab Assignments & Homework: 10% (group and independent assignments)
● Plant Collection: 10% (independent project: due 27 October 2005)
● Participation: 5% (lab attendance mandatory: see below)
Your course grade will be determined using the following scale:
|
Grade |
Final Weighted Percent |
|
Grade |
Final Weighted Percent |
|
A |
90100% |
|
C |
7076% |
|
B+ |
8789% |
|
D |
6069% |
|
B |
8086% |
|
F |
<60% |
|
C+ |
7779% |
|
|
|
Extra Credit:
You can positively influence your grade as much as 4.5% by volunteering for extra credit. Your volunteer work can be any activity related to forestry, wildlife, or fisheries; however, it must be independent of a university organized event (e.g., volunteering at a deer check station for WFS 444 or activities associated with the Student Chapter of the Wildlife Society). For every 8 hours of volunteer work, your final grade will be increased by 1.5% up to 4.5% (24 hours total). All volunteering must be completed by 6 December 2005. A volunteer form (see below) must be filled out by the supervising individual. Bill Smith (wildlife manager at Kyker Bottoms) often is looking for volunteer assistance (310-8691 cell, Bill.Smith@state.tn.us).
Attendance: Attendance at labs is mandatory1 and will count for 5% of your final grade.
|
Number of Labs Missed |
Percent Added to Final Grade |
|
0 |
5% |
|
1 |
3% |
|
2 |
1% |
|
>2 |
0% |
1If you miss a lab (excused or unexcused) and do not want percentage points deducted, you may perform volunteer work or write a 5-page research paper to compensate for this credit. If you choose to write a paper, the topic will be randomly selected from a pre-determined list (see below), and due exactly 2 weeks following the missed lab. The Nantahala trip will count for 2 labs.
Specifications
for a Make-up Paper
Teaching Resources:
Homework
Class Role and Groups (as of 8/23/05)
Plant Collection Grading Sheet
Kyker Bottoms WMA Location Maps
Additional
Kyker MapsLab #1 PRINT
OFF and take to LAB #1
Lab #1 Exercise PRINT OFF and take to LAB #1
Seven Islands Wildlife Refuge Directions
Blackboard Instructions Website: http://online.utk.edu
Lab #2 Exercise PRINT
OFF and take to LAB #2
Required
TEST #1 Material
1) Trimble GeoExplorer XM Tutorial. Handout in class.
2) Oderwald and Boucher (2003). GPS after selective availability. Journal of Forestry 101(4):24−27.
3) Hall et al. (1997). The habitat concept and a plea for standard terminology. Wildlife Society Bulletin 25:173−182.
4)
McNab, W. H, and S. A. Browning. 1992.
Preliminary ecological classification of arborescent communities on the
Wine Spring Creek watershed,
5) Jones, B., and C. Harper. 2004. Habitat management. Pages 47-59 in Ruffed Grouse Ecology and Management in the Appalachian Region. Final Project Report of the Appalachian Cooperative Grouse Research Project.
6) Elzinga et al. (2001) Book: Chap 12 (pp. 209-224, 226)
7) Sutherland (1996) Book: Chap 3 (pp. 111-124)
8) Elzinga et al. (2001) Book: Chap 8 (pp. 116-134), Chap 11 (196-198)