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Individual Studies

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78 actions found

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
Conserve existing roosts within developments
No evidence found (no assessment) Based on: 0 studies
Conserve existing roosts within developments
Create alternative roosts within buildings
No evidence found (no assessment) Based on: 0 studies
Create alternative roosts within buildings
Change timing of building works
No evidence found (no assessment) Based on: 0 studies
Change timing of building works
Conserve old buildings or structures as roosting sites for bats within developments
No evidence found (no assessment) Based on: 0 studies
Conserve old buildings or structures as roosting sites for bats within developments
Maintain bridges and retain crevices for roosting
No evidence found (no assessment) Based on: 0 studies
Maintain bridges and retain crevices for roosting
Protect brownfield sites
Unknown effectiveness (limited evidence) Based on: 1 study
Protect brownfield sites
Provide foraging habitat in urban areas
Unknown effectiveness (limited evidence) Based on: 2 studies
Provide foraging habitat in urban areas
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
Conserve old buildings or structures on agricultural land as roosting sites for bats
No evidence found (no assessment) Based on: 0 studies
Conserve old buildings or structures on agricultural land as roosting sites for bats

100 studies found

Cave gate designs for use in protecting endangered bats

Wildlife Society Bulletin

Based on: White D.H. & Seginak J.T.

(1987)
Conserving energy at a cost to biodiversity? Impacts of LED lighting on bats

Global Change Biology

Based on: Stone E.L., Jones G. & Harris S.

(2012)
Bat activity and species richness on organic and conventional farms: impact of agricultural intensification

Journal of Applied Ecology

Based on: Wickramasinghe L.P., Harris S., Jones G. & Vaughan N.

(2003)
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)
Use of modified water sources by bats in a managed pine landscape

Forest Ecology and Management

Based on: Vindigni M.A., Morris A.D., Miller D.A. & Kalcounis-Rueppell M.C.

(2009)
A large-scale mitigation experiment to reduce bat fatalities at wind energy facilities

The Journal of Wildlife Management

Based on: Baerwald E.F., Edworthy J., Holder M. & Barclay R.M.R.

(2009)
Translocation as a conservation tool to supplement relict bat colonies: a pioneer study with endangered horseshoe bats

Endangered Species Research

Based on: Weinberger I.C., Bontadina F. & Arlettaz R.

(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)
Effects of reduced impact logging on bat biodiversity in terra firme forest of lowland Amazonia

Biological Conservation

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

(2007)

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