Forty-five experimental and commercial olfactory attractants (lures) were tested under field conditions over a 30-month period to evaluate attractiveness to coyotes, elicited behaviors, and responses with lethal and simulated lethal coyote capture devices. The top 7 lures evaluated in spring and summer test periods that produced the highest simulated coyote capture rates with trap rings, M-44 heads, and break-away snares were WU 15-20%, Sheep Liver Extract, and (Carman\u27s) Canine Distance Call Lure; (Carman\u27s) Final Touch, Rotten Meat Odor, and TMAD 10%; and Estrous Urine Fractions, respectively
We appreciate this opportunity to present a brief synopsis of a complex field study recently complet...
Lethal control methods are required to stop coyote depredation or to reduce the coyote population in...
Coyotes (Canis latrans) live in social groups with relatively small territories or as single, non-te...
Forty-five experimental and commercial olfactory attractants (lures) were tested under field conditi...
Responses of free-roaming coyotes (Canis latrans) to four chemical attractants (W-U lure, artificial...
Seasonal responses of captive coyotes (Canis latrans) to 9 chemical attractants (W-U lure, TMAD, SFE...
This paper reviews recent research by the Denver Wildlife Research Center, Section of Predator Manag...
Odors are frequently used to attract coyotes (Canis latrans) to control devices. Coyote olfactory pe...
This study was designed to evaluate the attractiveness of eight aldehyde volatiles (octanal, nonanal...
Changes in effectiveness and nontarget species selectivity of a new system for delivering ingestible...
A new device for orally delivering substances to coyotes (Canis latrans) has been under development ...
This paper examines the severity of livestock depredation by coyotes (Canis latrans), reviews eviden...
Coyote attractants are inherently variable because they are usually derived by mixing and fermenting...
Research on coyote control has lagged behind operational control for several decades. With the curre...
It has now been 21 months since President Nixon\u27s Executive Order #11643 was issued and there has...
We appreciate this opportunity to present a brief synopsis of a complex field study recently complet...
Lethal control methods are required to stop coyote depredation or to reduce the coyote population in...
Coyotes (Canis latrans) live in social groups with relatively small territories or as single, non-te...
Forty-five experimental and commercial olfactory attractants (lures) were tested under field conditi...
Responses of free-roaming coyotes (Canis latrans) to four chemical attractants (W-U lure, artificial...
Seasonal responses of captive coyotes (Canis latrans) to 9 chemical attractants (W-U lure, TMAD, SFE...
This paper reviews recent research by the Denver Wildlife Research Center, Section of Predator Manag...
Odors are frequently used to attract coyotes (Canis latrans) to control devices. Coyote olfactory pe...
This study was designed to evaluate the attractiveness of eight aldehyde volatiles (octanal, nonanal...
Changes in effectiveness and nontarget species selectivity of a new system for delivering ingestible...
A new device for orally delivering substances to coyotes (Canis latrans) has been under development ...
This paper examines the severity of livestock depredation by coyotes (Canis latrans), reviews eviden...
Coyote attractants are inherently variable because they are usually derived by mixing and fermenting...
Research on coyote control has lagged behind operational control for several decades. With the curre...
It has now been 21 months since President Nixon\u27s Executive Order #11643 was issued and there has...
We appreciate this opportunity to present a brief synopsis of a complex field study recently complet...
Lethal control methods are required to stop coyote depredation or to reduce the coyote population in...
Coyotes (Canis latrans) live in social groups with relatively small territories or as single, non-te...