A template for prioritizing site retreatment needs based on quantifying data from the Rapid Monitoring Protocol.
An Integrated Pest Management Plan for the Bill Williams River National Wildlife Refuge. This plan outlines the biological degradation of native riparian forest habitat along the Lower Colorado River and the invasive species management actions needed to protect and restore riparian forests and marshlands of the Bill Williams River.
DeRango, B., 2023. Integrated Pest Management Plan Bill Williams River National Wildlife Refuge.
A look into the response of riparian vegetation in the Upper Gila River Watershed to climate change and its implications for restoration work. Researchers used remote sensing to develop maps to identify areas at increased risk of degradation and analyze changes in riparian vegetation using climate as a framework. They found that despite intensifying drought throughout the watershed, vegetation greenness has increased. However, there has been increased stress and rates of wildfire and other disturbances in the lower watershed within the past 5 years.
Habitat factsheets and scorecards describe the habitat needs and behaviors of species of interest in the Colorado State Wildlife Action Plan. This particular document is for dabbling ducks and their utilization of seasonal shallow water wetlands. These habitat details and score cards can be used to analyze current habitat conditions and potential for improvement.
This report, contracted by the Utah Division of Wildlife Resources (UDWR) describes a vegetation-monitoring trip that was conducted on May 9-12, 2022, by John Leary (RiversEdge West) and Wally Macfarlane (Utah State University) from Bonanza Bridge to Asphalt Wash and a subsequent vegetation data analysis. The vegetation-monitoring trip and analysis evaluated the effectiveness of prior non-native vegetation removal efforts and established the baseline condition for planned upcoming treatments.
Remote sensing methods are commonly used to monitor the invasive riparian shrub tamarisk (Tamarix spp.) and its response to the northern tamarisk beetle (Diorhabda carinulata), a specialized herbivore introduced as a biocontrol agent to control tamarisk in the Southwest USA in 2001.
Stabler and Still estimate density and standing biomass of tamarisk along waterways in a northwest to southeast transect in Oklahoma to test the hypothesis that environmental conditions in northwest Oklahoma would make successful invasion by tamarisk more likely. They found that the invasive potential of tamarisk in Oklahoma is likely limited by streamflow and climate but not by soil salinity.
This document is designed to serve as a Scope of Work for contractors or staff completing invasive plant treatments, as well as a documentation of work completed on a single page. It is a fillable pdf but can also be downloaded blank to fill out in the field, or adapted to individual project needs.
This document is designed to serve as a Scope of Work for contractors or staff completing revegetation (planting and/or seeding) projects, as well as a documentation of work completed on a single page. It is a fillable pdf but can also be downloaded blank to fill out in the field, or adapted to individual project needs.
Vegetation response to invasive Tamarix control in southwestern U.S. rivers: a collaborative study including 416 sites
Gonzalez et al. 2017