Additional bait substrates for the avicide, DRC-1339 Concentrate (3-chloro-4- methylaniline hydrochloride), could provide USDA/Wildlife Services with more flexibility when managing nuisance populations of European starlings (Sturnus vulgaris) at livestock facilities. From January 11 to 21, 2008, we conducted 11 2-choice preference tests with 6 bait types at a feedlot in central Kansas. The baits included cracked corn mixed with lard (2 concentrations), 2 forms of distiller’s grain (wet powder and pellets), 2 types of livestock feed (calf-starter pellet and sweet-feed mix), and a custom-produced poultry pellet (carrier pellet) made by USDA specifically for baiting starlings. We evaluated bait preference using 95% confidence intervals of mean...
Several years ago starling problems in cattle feed lots exploded to economic proportions. In 1964 o...
DRC-1339 is an avicide registered by the Animal and Plant Health Inspection Service\u27s (APHIS) Wil...
We developed a bioenergetics model for European starlings (Sturnus vulgaris) that estimated mortalit...
Additional bait substrates for the avicide, DRC-1339 Concentrate (3-chloro-4- methylaniline hydrochl...
Additional bait substrates for the avicide, DRC-1339 Concentrate (3-chloro-4- methylaniline hydrochl...
Since 1960, the Denver Wildlife Research Center has been investigating methods of controlling starli...
Populations of wintering Starlings(sturnus vulgaris) causing problems at cattle feedlots have been e...
The Denver Wildlife Research Center has been investigating methods to combat starling (Sturnus vulga...
During the winters of 1987-88 and 1988-89 a study was conducted to evaluate the potential of DRC-133...
DRC-1339 is a slow-acting avicide registered by the Animal and Plant Health Inspection Service\u27s ...
Research efforts to combat the problem of European starling damage in livestock feeding areas (feedl...
European starlings (Sturnus vulgaris) are an invasive species in the United States that damage agric...
DRC-1339 (3-chloro-4-methylbenzenamine HCI) is the active ingredient in Starlicide Complete, a comme...
Compound DRC-1339 is a restricted-use, slow-acting avicide that is registered to control a number of...
Four studies were conducted in January 1977-79 in Kentucky and Tennessee. Two of these studies were ...
Several years ago starling problems in cattle feed lots exploded to economic proportions. In 1964 o...
DRC-1339 is an avicide registered by the Animal and Plant Health Inspection Service\u27s (APHIS) Wil...
We developed a bioenergetics model for European starlings (Sturnus vulgaris) that estimated mortalit...
Additional bait substrates for the avicide, DRC-1339 Concentrate (3-chloro-4- methylaniline hydrochl...
Additional bait substrates for the avicide, DRC-1339 Concentrate (3-chloro-4- methylaniline hydrochl...
Since 1960, the Denver Wildlife Research Center has been investigating methods of controlling starli...
Populations of wintering Starlings(sturnus vulgaris) causing problems at cattle feedlots have been e...
The Denver Wildlife Research Center has been investigating methods to combat starling (Sturnus vulga...
During the winters of 1987-88 and 1988-89 a study was conducted to evaluate the potential of DRC-133...
DRC-1339 is a slow-acting avicide registered by the Animal and Plant Health Inspection Service\u27s ...
Research efforts to combat the problem of European starling damage in livestock feeding areas (feedl...
European starlings (Sturnus vulgaris) are an invasive species in the United States that damage agric...
DRC-1339 (3-chloro-4-methylbenzenamine HCI) is the active ingredient in Starlicide Complete, a comme...
Compound DRC-1339 is a restricted-use, slow-acting avicide that is registered to control a number of...
Four studies were conducted in January 1977-79 in Kentucky and Tennessee. Two of these studies were ...
Several years ago starling problems in cattle feed lots exploded to economic proportions. In 1964 o...
DRC-1339 is an avicide registered by the Animal and Plant Health Inspection Service\u27s (APHIS) Wil...
We developed a bioenergetics model for European starlings (Sturnus vulgaris) that estimated mortalit...