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Introduction to Restoration Ecology

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Restoration ecology is a young field that integrates theory and knowledge from a range of disciplines, including the biological, physical, and social sciences as well as the humanities. This new textbook, written for upper-division undergraduates and first-year graduate students, offers a real-life introduction to the field and an interdisciplinary overview of the theory behind it.

 
Developed by ecologists and landscape architects, each of whom has been involved in restoration research and practice for many years, the focus of the book is on providing a framework that can be used to guide restoration decisions anywhere on the globe, both now and in the future. The text is organized around a restoration process that has been tested and revised by the authors in their restoration ecology courses taught at the University of Wisconsin-Madison over the past thirty years.
 
Each chapter includes a series of ""Food for Thought"" questions that both help students review concepts and put them to work in solving conservation problems. The framework is designed to work with the uniqueness, uncertainty, messiness, and constraints inherent in any real-world restoration project.
 
Success in ecological restoration requires not only technical proficiency but also skill in the social, cultural, and political arenas. Introduction to Restoration Ecology can help students develop the skills they need to succeed in all of these areas and is a much-needed new resource.




Front Cover

About Island Press

Subscribe

Title Page

Copyright Page

Contents

Case Studies

Acknowledgments

Introduction


Learning Objectives

1.1 What is Restoration Ecology?

1.2 Early Restoration Efforts in North America

1.3 Restoration Ecology Today

1.4 Types of Restoration

1.5 Outline of the Restoration Process

1.6 Assumptions, Challenges, and Opportunities for Restoration

Key Concepts

Resources for Further Study

Learning Objectives

2.1 The Conceptual Community/Ecosystem Model

2.2 Ecological Theory within Restoration Ecology

2.3 The Nature of Communities: Concepts and Explanations from Community Ecology

2.4 The Ecosystem: Focus on Functions and Process

2.5 Landscape Ecology

2.6 Climate Change

2.7 The Link Between Theory and Practice

Key Concepts

Resources for Further Study

Learning Objectives

3.1 Adaptive Restoration

3.2 Project Documentation

3.3 Establishing Communication Networks: Sharing and Evaluating Information

3.4 Incorporating Research into Restoration

Key Concepts

Resources for Futher Study

Learning Objectives

4.1 Overview of the Site Inventory and Analysis Process

4.3 Region and Context

4.4 Climate

4.5 Topography

4.6 Hydrology

4.7 Soils

4.8 Fauna (Mammals, Birds, Reptiles, Amphibians, Invertebrates, Soil Organisms)

4.9 Vegetation

4.10 Inventory and Analysis of Culutural Featres, Social Uses, and Perceptions

4.11 Regulations and Permits

4.13 The Analysis

Food for Thought

Resources for Further Study

Learning Objectives

5.1 Getting Started

5.2 Microclimate

5.3 Topography

5.4 Hydology: Freshwater Systems

5.5 Hydrology: Costal Marine Systems

5.6 Soils

5.7 Fauna

5.8 Vegetation

5.10 People

5.11 Inventory Protocols Revisited

Food for Thought

Resources for Further Study

Learning Objectives

6.1 Plan Features

6.2 The Master Plan Structure

6.3 Project Overview and Purpose

6.5 A Set of Alternative Solutions

6.6 Goals for Each Community or Restoration Unit

6.7 The Estimated Budget

6.8 Procedures for Plan Adoption, Review, and Modificiations

Resources for Further Study

Learning Objectives

7.1 Site Plan Outcomes

7.2 Plan Layout: Configuring the Site Plan

7.3 Creating the Landscape Experience

7.4 Developing a Site Plan for the Cross Plains Ice Age National Scientific Reserve

Food for Thought

Resources for Further Study

Learning Objectives

8.1 Defining the Implementation Units and Boundaries

8.2 Assessing Existing Site Conditions

8.3 Developing Implementation Strategies for Site Preparation

8.4 Developing Implementation Strategies to Reintroduce Biotic Components

8.5 Resolving Logistics

Key Concepts

Resources for Further Study

Learning Objectives

9.1 Features of the Monitoring Plan

9.2 Monitoring Vegetation

9.3 Establishing Monitoring Timelines

9.4 Analysis and Storage of Monitoring Data

9.5 Who Does the Monitoring?

9.6 The Monitoring Budget

Food for Thought

Resources for Further Study

Learning Objectives

10.1 The Need for Restoration Management

10.2 Features of the Management Plan

10.3 Vegetation Management Tools

10.4 Reducing Management Impacts

Food for Thought

Resources for Further Study

Learning Objectives

11.2 The Role of Humans in the Pest Species Problem

11.3 Impacts: Why Restoration Ecologists are Concerned About Pest Species

11.4 Factors that Exacerbate the Impact of Pest Species

11.5 Developing a Pest Species Management Plan

Food for Thought

Resources for Further Study

Learning Objectives

12.1 User Impacts

12.2 Cross-Boundry Influences

12.3 Potential Planning Approaches

Key Concepts

Resources for Further Study

Learning Objectives

13.1 The Social Dimension of Restoration

13.3 Working with Volunteers

Key Concepts

Resources for Further Study

14.1 The University of Wisconsin-Madison Arboretum

14.2 The Nature Conservancy Great Rivers Partnership Program

14.3 The Kootenai River Habitat Restoration Project Master Plan

15. Conclusion

15.1 The Future of Restoration

15.2 Questions You Will Be Asking in the Future

15.3 Final Thoughts

References

Glossary

Index

Island Press Board of Directors

"One of the first textbooks in restoration ecology to apply engaging pedagogy with high production values..."
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