University of Idaho - College of Natural Resources

Restoration Ecology Certificate

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2001 CNR
University of Idaho
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RANGE 440 Restoration Ecology Syllabus

Spring  2005 On-Line Course
Instructor: James Kingery

Course Overview and Objectives

Course Format

Required Readings

Grading

Lessons
Contact: jkingery@uidaho.edu
              Department of Rangeland Ecology and Management
              208-885-6536

   
             


Course Overview and Objectives

Due to ever-increasing demands many of our wildland ecosystems have been degraded and are no longer able to provide the level of goods and services to society that they once were capable of. The overall objective of this course is to provide an in-depth overview of the field of restoration ecology as an approach to repair/restore damaged wildland ecosystems. We will evaluate the appropriateness of this approach where restoration goals call for low-input, sustainable vegetation managed for biological diversity, wildlife habitat, forest or rangeland productivity and watershed considerations. It is not the intent of this course to describe all possible repair strategies but rather to establish the foundation for a comprehensive approach toward designing situation-specific wildland restoration strategies.  We will draw upon ecological theories about succession, disturbance, ecological processes, and hierarchies of time and space, as well as evaluate the different theories of restoration ecology.  We will examine case studies of restoration projects arid land, forestland and riparian settings. Restoration (as defined by the Society for Ecological Restoration in 1993) is the process of reestablishing to the extent possible the structure, function, and integrity of indigenous ecosystems and the sustaining habitats they provide. In drastically altered ecosystems this process may take hundreds if not thousands of years to recreate these pre-disturbed conditions. It may not be possible to completely recreate such a community and, certainly not in a short time.  We can, however, begin the process by educating ourselves about what may have been present before the land was altered and then developing a long-term plan to restore the land, as much as possible, to its former natural condition.  Since nature is dynamic, the most we can ever do is establish the conditions for natural processes to work.

Course Format 

This course is divided into seven lessons with two to three modules per lesson (see lessons under menu).  Specific objectives and instructions are specified for each lesson and module within the lesson. The format for this course will be entirely computer basedon-line via the World Wide Web.  On this web site you will find the syllabus, schedule, lessons and other activities and resources for the class. 
 

Required Readings

Three textbooks are required for this class and are available at the University of Idaho bookstore.  The book titles are:
 

Text 1:  Repairing Damaged Wildlands: A Process-Oriented, Landscape-Scale Approach. By; Steven G. Whisenant. Cambridge University Press, 1999.

Text 2: A Sand County Almanac. By Aldo Leopold.1949. 

Other Reading Sources

There will also be a number of other assigned readings throughout the course.  Copies of the reading assignments will be available through electronic reserve (eReserve) at the University of Idaho Library whenever possible, otherwise it will be the responsible of the student to obtain the assigned reference.  

 

Grading

  There are no exams for this course, however, for each of the seven lessons there will be question/statements that will require a written response directly to me as well as opportunities for discussion amongst class members via a threaded discussion format in WebCT.

Grading will be based on the written responses to me, participation in threaded discussions and overall class participation. Responses directly to me will be graded for organization, clarity of reasoning, grammar, and spelling.  Each response paper sent to me should be completed in Microsoft Word 97 or higher. The paper should be formatted in a legible 12 point font (such as Times New Roman) and double - spaced. Your grade for participation in class discussion will be assigned based on the quality of feedback to fellow students, how frequently you ask pertinent questions and contribute to the class. A more detailed set of criteria for evaluating participation in the threaded discussion groups will be distributed at the beginning of the semester. 65% of your grade will be from responses directly to me and 35% from class participation threaded discussion, etc.  Your final grade will be assigned according to the University of Idaho scale (90-100%=A, 80-89=B, etc.) based on points earned out of total possible:

Direct responses to me (Approx. 650 points)                  65%

Active participation and discussion (Approx.350 points)   35%

The development of this course was made possible by a grant from the Idaho State Board of Education.  Special thanks to David Cillay, David Schlater, Katrina Perekrestenko, and others from the University of Idaho office of Instructional Technology Services and Center for Teaching Innovation for their assistance in the development of this course.

  
 

   

Students who are enrolled will have full access to detailed coursework for each lesson.
Lessons: | 1 | 2 | 3 | 4 | 5 | 6 | 7 |  

Lesson 1 : Wildland Restoration Ecology (WRE)

1.1  Definitions of Restoration Ecology
1.2  Developments in Restoration Ecology
1.3  Appropriateness of Restoration Ecology
Lesson 2 : Goals for Ecological Restoration
2.1  Attributes of an altered wildland ecosystem.
2.2  Different "reference ecosystems" alternatives.
2.3  Attributes of an ecologically restored wildland ecosystem. 
Lesson 3 :  Plant Community Dynamics
3.1  Abiotic and biotic influences.
3.2  Autogenic processes/secondary succession.
3.3  Directing vegetational change.
Lesson 4 :  Ecological Restoration Prescription
4.1  Ecological Restoration Design.
4.2  Restoration prescription objectives
4.3  The Ecological Restoration Plan.
Lesson 5 :  Post Restoration Evaluation and Monitoring
5.1  Monitoring protocol: Design and objectives
5.2  Assessing risk and uncertainty
Lesson 6 :  Case Studies and Principles
6.1  Ecological restoration of arid uplands.
6.2  Ecological restoration of riparian areas.
6.3  Ecological restoration of forestland.

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