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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

Constructed wetlands support bats in agricultural landscapes

Basic and Applied Ecology

Based on: Stahlschmidt P., Pätzold A., Ressl L., Schulz R. & Brühl C.A.

(2012)
Factors affecting bat house occupancy in Colorado

The Southwestern Naturalist

Based on: White E.P.

(2004)
Field test results of a potential acoustic deterrent 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.

(2008)
Bat response to shelterwood harvests and forest structure in oak-hickory forests

Forest Ecology and Management

Based on: Titchenell M.A., Williams R.A. & Gehrt S.D.

(2011)
Testing the effectiveness of an experimental bat deterrent at the Maple Ridge Wind farm.

A report submitted to the Bats and Wind Energy Cooperative.

Based on: Horn J.W., Arnett E.B., Jensen M. & Kunz T.H.

(2008)
Roost site selection by southern forest bat Vespadelus regulus and Gould's long-eared bat Nyctophilus gouldi in logged jarrah forests; south-western Australia

Forest Ecology and Management

Based on: Webala P.W., Craig M.D., Law B.S., Wayne A.F. & Bradley J.S.

(2010)
Use of artificial roost structures by bats at the Indianapolis international airport

Environmental Management

Based on: Whitaker J.J., Sparks D. & Brack V.J.

(2006)
Effects of group selection silviculture in bottomland hardwoods on the spatial activity patterns of bats

Forest Ecology and Management

Based on: Menzel M.A., Carter T.C., Menzel J.M., Mark F.W. & Chapman B.R.

(2002)

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