Search results for: species removal and eradication

One grant element is the removal and eradication of invasive species and vegetation in an approximately 1.2-acre area of the Northfield Town Forest. This project consists of two elements. The first element is the cutting of the invasive species and other vegetation to knee high level to allow for pesticide application and for volunteers to maintain and control future growth. This element shall be completed by 3/31/23.

Army Corps of Engineers (USACE), Baltimore District is considering a requirement for invasive species removal services for the Shookstown Creek restoration site at Fort Detrick in Frederick, MD.

This project involves removing and controlling a variety of non-native species and the treatment & removal of invasive species that may volunteer into the mitigation site (approximately 1.1 acres within the 29.26 acre primary enhancement area & 0.5 acre within the 20-ft weed-free buffer). The Contractor is responsible for conducting effective non-native plant treatment through non-native species eradication methods (pursuant to project’s HMMP).

Summer 2022 and Late Summer or Early Fall 2022) to ensure complete eradication.

BackgroundA strong emphasis is placed on invasive species management using minimally impactful manual control methods in environmentally sensitive wetland and riparian areas. Locations will typically be planted with native vegetation, so an awareness of native and invasive species identification is essential.

of non-native plant species, onsite topsoil salvage, finishing grading as per grading plan and topsoil and turf seeding.

SCOPE:Contract for the purchase of Pest Control and Elimination Services. The University of Wisconsin-Madison occupies 936 acres at the main University campus. Most of the academic buildings have pest control and elimination services provided by a University employee employed by University Facilities, Planning and Management. Housing, Athletics, and most research buildings need to contract out for these services for a variety of reasons.