The practice of using small ruminants to manage unwanted vegetation (noxious weeds, invasive species, weeds, etc.) is considered an environment favorable practice. Sheep and goats have a small environmental footprint and combined with their size and maneuverability allure their use as tools to manage unwanted vegetation. The main objective of this extension demonstration project was to develop a module with multiple components to propose solutions for management of unwanted vegetation using sheep and goats on Delmarva. During the spring and summer of 2014, 2 groups of sheep and goats were selected to be part of a vegetation management demonstration at the University of Maryland Eastern Shore. The animals were confined using cattle panels and steel posts to 2 main targeted areas. Area 1 consisted of 2 drain canal sites with a total area of 2160.24 m² and contained mixed understory, predominantly multiflora rose (Rosa multiflora). Area 2 consisted of steep banks in 2 lagoons with a combined target area of 1,670.97 m². The vegetation was predominantly horseweed (Coniza canadensis). To estimate dry matter available for consumption, vegetation samples were collected from random sites (1 m²). The collected samples were weighed, air-dried and sent to a laboratory for analysis. The vegetation’s total digestible nutrients for the ditch and lagoon locations were 54.25% and 51.40%, respectively. Percent protein was higher in Area 1 than the lagoon location, 9.25% and 4.98%, respectively. Acid detergent fiber percentage was similar, 45.90% for the canals and 45.98% for the lagoon banks. In Area 1 there were 419.3 kg Dry Matter (DM) available for consumption and 1019.3 kg DM on Area 2. The results obtained showed that in Area 1 it took 29 d to obtain an average disappearance of unwanted vegetation of 83% using 10 does and 10 ewes (average BW 35.6 kg). While in Area 2, it took 40 sheep and goat wethers (average BW 41.3 kg) 28 d remove 95% of unwanted vegetation. The measurement of vegetation disappearance is a key component for future studies to estimate the number of sheep and goats necessary to manage vegetation in targeted areas.