Instructor: Dr. Matthew J. Gray (mattjgray@utk.edu)
Phone: 974-2740 (office)
Office: 247 Ellington Plant Sciences Building
Meeting Time and Place: 8:30–12:00 and 1:30–5:00 M,Tu,W,Th,F 114 PSB or 128 PSB (alternate location)
Course Goal: To expose students to the basic principles of wetland ecology and management via class lectures and field experiences.
Required Text: Wetlands, 2000, 3rd edition (ISBN 047129232X)
Authors: William J. Mitsch and James C. Gosselink
Course Credits: 2 credits
Course Duration: 7–18 March 2005
Tentative Schedule:
7–11 March:
|
Monday1 |
Tuesday2 |
Wed1 |
Thursday |
Friday |
Morning |
Wetland Definition, Wetland Delineation |
Hydrology, Nutrient Cycling |
Human Impacts, Sedimentation, Values |
Wetland Management |
Carrying Capacity Estimation |
Afternoon |
Wetland Delineation, Waterfowl, Amphibian, and Wetland Plant ID |
(Finish up morning lectures) OPEN (Study) |
Wetland Regulations Wetland Impoundment Construction |
(Finish up if necessary) OPEN (Study) |
PRACTICUM (Delineation & Waterfowl, Amphibian, and Plant ID) |
14–18 March:
|
Monday |
Tuesday |
Wed |
Thursday |
Friday |
Morning |
EXAM (8:30−10:00) Leave @ 10:30 |
Meet TN NWR Personnel, Presentation, Tour of Refuge |
Meet Dr. Allan Houston (bottomland sedimentation) |
Meet Dr. Rick Kaminski, MSU Presentations |
Drive back to (7−8 hours) |
Afternoon |
Stay at |
Tour of Refuge, Visit WTES, (Stay @ Ames |
Drive to Noxubee Wildlife Refuge |
Meet Noxubee Staff & Tour Refuge |
1NOTE: On Monday and Wednesday mornings we will meet in 128 PSB due to WFS 445 (Bird) Lab in 114 PSB.
2NOTE: On Tuesday, 8 March, we will meet from 8:30–10:30 pm then break for 1½ hours and reconvene at 12:00 pm (noon) to finish lecture materials.
Academic Assessment:
Weights of Academic Assessments and Grading Scale:
The exam, lab practicum, homework assignment, and participation (field trip attendance) will be weighted as follows:
● Exam: 50% (Monday, 14 March 2005 at 8:30 am)
● Lab Practicum: 30% (Friday, 11 March 2005 at 2:00 pm in 114 PSB)
● Participation: 15%
● DUD Assignment: 5% (due Monday, 14 March 2005)
Your course grade will be determined using the following scale:
Grade |
Final Weighted Percent |
|
Grade |
Final Weighted Percent |
A |
90–100% |
|
C |
70–76% |
B+ |
87–89% |
|
D |
60–69% |
B |
80–86% |
|
F |
<60% |
C+ |
77–79% |
|
|
|
Extra Credit:
You can positively influence your grade as much as 4.5% by volunteering for extra credit. Your volunteer work however must be related to wetlands or wetland fauna (e.g., amphibians, waterbirds). 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 27 April 2005. A volunteer form (see below) must be filled out by the supervising individual.
Attendance:
Attendance on the week-long field
trip to west
Teaching Resources:
Homework Assignment
DUD Calculations (Due: Monday, 14 March 2005)
Recommended
•What
are Wetlands? Chap 2, Chap 6 (155–164, Hydric Soils), Chap 21 (754–758)
•Wetland Delineation Chap
21 (737–744)
USFWS (Cowardin) Classification System
•Wetland
Hydrology Chap 5
•Nutrient
Cycling Chap 6
(165–187)
•Wetland
Losses Chap 4 (71–89),
Chap 17 (611–625)
•Wetland
Values Chap 16
(571–591)
•Wetland
Regs & Programs Chap
18, Chap 19 (653–668)
•Wetland Construction Chap
19 (668–680)
NWRC
Waterfowl Habitat Management Handbook 13.4.8
Waterfowl Habitat Management Handbook for
LMRV
•Wetland
Management Chap 17 (625–638)
NWRC
Waterfowl Habitat Management Handbook 13.4.6
NWRC
Waterfowl Habitat Management Handbook 13.2.1
Greentree Reservoir
Handbook
(Fredrickson and Batema 1992)
Supplemental Resources
USACE Wetland Delineation Manual (1987)
USACE
Wetland Delineation Form
NRCS Field Indicators of Hydric Soils
USFWS
National Hydrophyte List (1996)
USFWS
Wetland Status and Trends (2000)
Bottomland Hardwood Guidebook: GTRs (King and Fredrickson 1998)
Shorebird Management Handbook (Helmers 1992)
North American
Waterfowl Management Plan (2004)
Testing Preparation
Internet Resources:
Lectures:
“What is a Wetland?” “What is a Wetland?” (PDF)
“Wetland
Delineation” “Wetland
Delineation”
(PDF)
“Wetland
Hydrology” “Wetland
Hydrology” (PDF)
“Chemical Transformations” “Chemical Transformations” (PDF)
“Wetland Values” “Wetlands
Values” (PDF)
“Wetland Losses
& Human Impacts” “Wetland Losses
& Human Impacts”
(PDF)
“Hardwood
Bottomland Sedimentation” “Hardwood
Bottomland Sedimentation” (PDF)
“Moist-soil Management” “Moist-soil Management” (PDF)
“Green-tree Reservoir Management” “Green-tree
Reservoir Management” (PDF)
“Wetland
Impoundment Construction” (slides,
video, and handouts)
“Wetland
Carrying Capacity” “Wetland
Carrying Capacity”
“Wetland
Regulation & Programs” (handouts
& websites [see below] only)
Websites (Class)
Louisiana Coastal Wetland Loss
NWRC Waterfowl Management Site
Websites (Wetland
Conservation Programs)
Wetland Reserve Program WRP Brochure Tennessee WRP Website
Tennessee Partners Program TPP Brochure
Conservation Reserve Program (Forested Riparian Buffer Practice) Iowa
Brochure
Websites (Wetland
Conservation & Professionals)
Lab Resources:
Lectures:
“Tennessee Anuran
Identification” “Tennessee Anuran
Identification”
(PDF)
“Tennessee
Salamander Identification” “Tennessee
Salamander Identification” (PDF)
“Waterfowl
Identification” “Waterfowl
Identification”
(PDF)
Websites
Vascular Plant Identification and Taxonomy: http://tenn.bio.utk.edu/vascular/vascular.html
Waterfowl Identification: http://www.npwrc.usgs.gov/resource/tools/duckdist/duckdist.htm and http://www.ducks.org/waterfowling/gallery/
Wetland Class Photos
Spring Camp 2005
Tennessee
National Wildlife Refuge