Fossorial mammals such as the pocket gopher (Thomomys spp.) are well adapted to life in an underground closed burrow system. These animals can have considerable influence on ecosystems and can cause significant damage to agricultural crops, forest resources, and field machinery. The research and management of pocket gopher populations poses many challenges to land managers and research biologists. Both live-trapping for research purposes and kill trapping for control purposes are important tools for working with pocket gophers. Trapping can be an effective and efficient tool if the proper traps are used and trappers are trained to place traps properly and avoid some common mistakes. Many types of kill traps are available on the commercial m...
The Plains pocket gopher has the largest range of its genus, and it is the gopher that inhabits much...
Pocket gophers (Thomomys spp.) damage or destroy regeneration on hundreds of thousands of acres of f...
We evaluated the ability of underground fencing to exclude pocket gophers (Thomomys bottae) from exp...
Fossorial mammals such as the pocket gopher (Thomomys spp.) are well adapted to life in an undergrou...
We investigated the efficiency of DK-1 and Macabee® pocket gopher (Geomys bursarius) traps placed in...
The pocket gopher is one of the most damaging vertebrate pests in California and throughout much of ...
We compared trapping vs. traditional strychnine baiting to control pocket gophers in alfalfa fields ...
Current techniques for the control of pocket gophers use traps, fumigants or toxic baits. Trapping a...
Pocket gopher biology, behavior, damage, and control are discussed extensively in this paper, with e...
This fact sheet is a report of a study that compared three traps used for pocket gopher management t...
Pocket gophers are medium-sized fossorial (burrowing) rodents, which have external fur-lined pouches...
The pest status of pocket gophers (Thomomys spp. and Geomys spp.) to agricultural crops and home gar...
Trapping is an integral tool in research and control of damage caused by pocket gophers (Thomomys sp...
Pocket gophers occur only in North and Central America but within this vast area few other native ro...
A new concept in pocket gopher control is advanced which relies on two behavioral traits common to p...
The Plains pocket gopher has the largest range of its genus, and it is the gopher that inhabits much...
Pocket gophers (Thomomys spp.) damage or destroy regeneration on hundreds of thousands of acres of f...
We evaluated the ability of underground fencing to exclude pocket gophers (Thomomys bottae) from exp...
Fossorial mammals such as the pocket gopher (Thomomys spp.) are well adapted to life in an undergrou...
We investigated the efficiency of DK-1 and Macabee® pocket gopher (Geomys bursarius) traps placed in...
The pocket gopher is one of the most damaging vertebrate pests in California and throughout much of ...
We compared trapping vs. traditional strychnine baiting to control pocket gophers in alfalfa fields ...
Current techniques for the control of pocket gophers use traps, fumigants or toxic baits. Trapping a...
Pocket gopher biology, behavior, damage, and control are discussed extensively in this paper, with e...
This fact sheet is a report of a study that compared three traps used for pocket gopher management t...
Pocket gophers are medium-sized fossorial (burrowing) rodents, which have external fur-lined pouches...
The pest status of pocket gophers (Thomomys spp. and Geomys spp.) to agricultural crops and home gar...
Trapping is an integral tool in research and control of damage caused by pocket gophers (Thomomys sp...
Pocket gophers occur only in North and Central America but within this vast area few other native ro...
A new concept in pocket gopher control is advanced which relies on two behavioral traits common to p...
The Plains pocket gopher has the largest range of its genus, and it is the gopher that inhabits much...
Pocket gophers (Thomomys spp.) damage or destroy regeneration on hundreds of thousands of acres of f...
We evaluated the ability of underground fencing to exclude pocket gophers (Thomomys bottae) from exp...