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Individual Studies

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78 actions found

Restrict timing of lighting
No evidence found (no assessment) Based on: 0 studies
Restrict timing of lighting
Restrict timing of timber treatment application
Likely to be ineffective or harmful Based on: 1 study
Restrict timing of timber treatment application
Retain deadwood/snags within forests for roosting bats
No evidence found (no assessment) Based on: 0 studies
Retain deadwood/snags within forests for roosting bats
Retain or plant trees on agricultural land to replace foraging habitat for bats
Unknown effectiveness (limited evidence) Based on: 2 studies
Retain or plant trees on agricultural land to replace foraging habitat for bats
Retain or relocate access points to bat roosts
No evidence found (no assessment) Based on: 0 studies
Retain or relocate access points to bat roosts
Retain or replace existing bat commuting routes on agricultural land
No evidence found (no assessment) Based on: 0 studies
Retain or replace existing bat commuting routes on agricultural land
Retain or replace existing bat commuting routes within developments
No evidence found (no assessment) Based on: 0 studies
Retain or replace existing bat commuting routes within developments
Retain residual tree patches in logged areas
Unknown effectiveness (limited evidence) Based on: 2 studies
Retain residual tree patches in logged areas

100 studies found

Preliminary field test results of an acoustic deterrent with the potential to reduce bat mortality from wind turbines

An investigative report submitted to the Bats and Wind Energy Cooperative.

Based on: Szewczak J.M. & Arnett E.

(2006)
Reconsidering the importance of harvested forests for the conservation of tree-dwelling bats

Biodiversity and Conservation

Based on: Russo D., Cistrone L., Garonna A. & Jones G.

(2010)
Reduced-impact logging and temporal activity of understorey bats in lowland Amazonia

Biological Conservation

Based on: Castro-Arellano I., Presley S.J., Willig M.R., Wunderle J.M. & Saldanha L.N.

(2009)
Reduced-impact logging has little effect on temporal activity of frugivorous bats (Chiroptera) in lowland Amazonia

Biotropica

Based on: Presley S.J., Willig M.R., Saldanha L.N., Wunderle J.M. & Castro-Arellano I.

(2009)
Response of northern bats (Myotis septentrionalis) to prescribed fires in eastern Kentucky forests

Journal of Mammalogy

Based on: Lacki M.J., Cox D.R., Dodd L.E. & Dickinson M.B.

(2009)
Responses of little brown myotis to exclusion and to bat houses

Wildlife Society Bulletin

Based on: Neilson A.L. & Fenton M.B.

(1994)
Responses of the big brown bat, Eptesicus fuscus, to a proposed acoustic deterrent in a lab setting.

A report submitted to the Bats and Wind Energy Cooperative and the Maryland Department of Natural resources

Based on: Spanjer G.R.

(2006)
Roost selection by male Indiana myotis following forest fires in Central Appalachian Hardwoods Forests

Journal of Fish and Wildlife Management

Based on: Johnson J.B., Ford W.M., Rodrigue J.L., Edwards J.W. & Johnson C.M.

(2010)

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