Strategic planning is increasingly recognized as necessary for providing the greatest possible conservation benefits for restoration efforts. Rigorous, science-based resource assessment, combined with acknowledgement of broader basin trends, provides a solid foundation for determining effective projects.
A well-designed revegetation plan is a foundational component of a successful stream restoration project. It helps to ensure the establishment and long-term viability of a healthy riparian corridor, which is critical to stream ecology and stream structure. This technical guidance document provides information and recommendations on: Important elements to consider when developing a revegetation plan for a stream restoration project Construction specifications within revegetation plans Items to address during and after construction
  Individual people are responsible for creating the trash that clogs our waterways, and it’s often up to individual people to clean that trash up. Hosting a river cleanup project in your area is a great way to not only improve the health of your local waterway, but to form new friendships with like-minded people.    Get expert advice from seasoned river cleanup organizations on hosting the most effective project possible.

This website provides links to past webinars hosted by the Conservation Biology Institute. Topics are wide ranging. 

This groundbreaking new publication from the Society for Ecological Restoration provides updated and expanded guidance on the practice of ecological restoration, clarifies the breadth of ecological restoration and allied environmental repair activities, and includes ideas and input from a diverse international group of restoration scientists and practitioners.

This science module will introduce you to the concepts of water budgets, environmental flows, and water security and provide instruction on using tools that are now available online.

This document by Wildhorse Riverworks describes how to use live cuttings in revegetation projects.

Landhelp.info is for private land owners and managers, professionals, helpers, and students to learn how to better manage lands, animals and people.

This document, prepared by Weld County, discusses the appropriate way to calibrate a sprayer for herbicide application. Calibration is critical to ensure the correct amount of herbicide is applied; over application can injure desirable vegetation and under application can result in noxious weeds building up resistance to chemical over time. 

Employing livestock to manipulate vegetation is as old as grazing itself. Promoting grazing to manage vegetation as a paid service – typically called prescribed or targeted grazing – is a more recent phenomenon. As targeted grazing has gained a foothold in the land management arena, both research and experience have evolved to provide land managers and grazing service providers with more definitive tools for managing vegetation.

This fact sheet from Utah State University discusses cut stump herbicide treatment, which can be used to control Russian olive at any time of the year.

This guide, produced by Wildlands Restoration  Volunteers, describes appropriate techniques for gathering, storing and planting dormant willow cuttings for revegetation and bank stabilization projects. 

This bibliography is a compendium of state-of-knowledge publications about the threats affecting western U.S. riparian ecosystems. The bibliography is ordered alphabetically and the type of threats discussed in each publication is highlighted. These threats include agriculture, climate change, dam construction, disease, drought, invasive species, fire, floods, flow regulation, forest harvesting, grazing, groundwater depletion, insects, mining, recreation, roads, water diversions, urbanization, and water quality.

Provided by Your Remarkable Riparian, this webpage provides a wealth of information about riparian restoration, including mini-modules, workshops, and presentations. 

The purpose of this beautifully illustrated guide is to cultivate awareness of native riparian vegetation and appreciation for its role in proper riparian function. 

The four primary objectives of this project were to: (1) compile existing geospatial data regarding the location and type of wetlands in Colorado; (2) initiate an on-the-ground pilot project to assess the ecological condition of common wetland types in one hydrologic basin (Rio Grande Headwaters, HUC 6: 130100); (3) develop statewide strategies for setting wetland restoration priorities funded by CPW’s Wetlands Program; and (4) develop an interactive online mapping tool to transfer this information to local and statewide partners in wetlands conservation.

Developed by the Pahranagat Valley Cooperative Weed Management Area, this fact sheet provides information on the ecology and treatment of Russian olive. 

Developed by the Natural Resources Conservation Service, this guide provides a simple key to help identify common willows, cottonwoods, alder, birch and dogwood.