Seed predation by rodents has limited successful re-establishment of desirable shrubs, forbs, and grasses on degraded western rangelands. We need to develop methods that temporarily reduce rodent numbers or their predation of planted seed if we are to establish diverse rangeland plant communities. Range site conversion treatments of chaining, prescribed burning, spraying, or drilling have not been effective in reducing deer mice populations. However, seed predation has been reduced by adopting seeding strategies that mimic natural seed predation avoidance mechanisms. Seedings have been designed to mimic the "satiation" strategy for plant establishment by providing more seed and sacrifice foods than can be utilized by the resident rodent pop...
Because stabilization of the tailings sand berms is necessary to reduce erosion by wind and water, t...
This paper examines the relationship between adjacent non-crop vegetation and rodent (Rattus rattus)...
Seed dispersal by caching rodents is a context-dependent mutualism in many systems. Plants benefit w...
Seed predation by rodents has limited successful re-establishment of desirable shrubs, forbs, and gr...
This study was designed to determine the influence of range seeding on rodent populations inhabiting...
Reforestation of cutover forest land by direct application of seed has long been a goal of foresters...
Thirteen-lined ground squirrels (Spermophilus tridecemlineatus) and other small rodents damage corn ...
Captive deer mice from pinyon-juniper, sagebrush-bitterbrush, and Jeffrey pine-ceanothus plant assoc...
Thirteen-lined ground squirrels (Spermophilus tridecemlineatus) and other small rodents damage corn ...
Damage to coniferous seedlings and trees by forest rodents, including forest lagomorphs, is a major ...
The principal forest rodent control efforts, which attempt to reduce or prevent rodent damage to ref...
Many desert plants germinate and establish from seed caches made by granivorous rodents. As a prelim...
Damage to coniferous seedlings and trees by forest rodents, including forest lagomorphs, is a major ...
Mammalian damage to forest resources is widespread and causes annual economic loss. Wildlife damage ...
Mammalian damage to forest resources is widespread and causes annual economic loss. Wildlife damage ...
Because stabilization of the tailings sand berms is necessary to reduce erosion by wind and water, t...
This paper examines the relationship between adjacent non-crop vegetation and rodent (Rattus rattus)...
Seed dispersal by caching rodents is a context-dependent mutualism in many systems. Plants benefit w...
Seed predation by rodents has limited successful re-establishment of desirable shrubs, forbs, and gr...
This study was designed to determine the influence of range seeding on rodent populations inhabiting...
Reforestation of cutover forest land by direct application of seed has long been a goal of foresters...
Thirteen-lined ground squirrels (Spermophilus tridecemlineatus) and other small rodents damage corn ...
Captive deer mice from pinyon-juniper, sagebrush-bitterbrush, and Jeffrey pine-ceanothus plant assoc...
Thirteen-lined ground squirrels (Spermophilus tridecemlineatus) and other small rodents damage corn ...
Damage to coniferous seedlings and trees by forest rodents, including forest lagomorphs, is a major ...
The principal forest rodent control efforts, which attempt to reduce or prevent rodent damage to ref...
Many desert plants germinate and establish from seed caches made by granivorous rodents. As a prelim...
Damage to coniferous seedlings and trees by forest rodents, including forest lagomorphs, is a major ...
Mammalian damage to forest resources is widespread and causes annual economic loss. Wildlife damage ...
Mammalian damage to forest resources is widespread and causes annual economic loss. Wildlife damage ...
Because stabilization of the tailings sand berms is necessary to reduce erosion by wind and water, t...
This paper examines the relationship between adjacent non-crop vegetation and rodent (Rattus rattus)...
Seed dispersal by caching rodents is a context-dependent mutualism in many systems. Plants benefit w...