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78 actions found

Provide artificial hibernacula for bats to replace disturbed sites
No evidence found (no assessment) Based on: 0 studies
Provide artificial hibernacula for bats to replace disturbed sites
Provide artificial hibernacula to replace roosts lost in reclaimed mines
No evidence found (no assessment) Based on: 0 studies
Provide artificial hibernacula to replace roosts lost in reclaimed mines
Provide artificial roost structures for bats
Likely to be beneficial Based on: 22 studies
Provide artificial roost structures for bats
Provide foraging habitat in urban areas
Unknown effectiveness (limited evidence) Based on: 2 studies
Provide foraging habitat in urban areas
Provide training to professionals
No evidence found (no assessment) Based on: 0 studies
Provide training to professionals
Relocate bats from reclaimed mines to new hibernation sites
No evidence found (no assessment) Based on: 0 studies
Relocate bats from reclaimed mines to new hibernation sites
Remove invasive plant species
Unknown effectiveness (limited evidence) Based on: 1 study
Remove invasive plant species
Remove turbine lighting to avoid attracting bats
No evidence found (no assessment) Based on: 0 studies
Remove turbine lighting to avoid attracting bats
Replace or improve habitat for bats around roads
No evidence found (no assessment) Based on: 0 studies
Replace or improve habitat for bats around roads
Replant native trees
No evidence found (no assessment) Based on: 0 studies
Replant native trees

100 studies found

Life after logging: post-logging recovery of a neotropical bat community

Journal of Applied Ecology

Based on: Clarke F.M., Rostant L.V. & Racey P.A.

(2005)
Managed forests in the western Cascades: the effects of seral stage on bat habitat use patterns

Bats and Forests Symposium

Based on: Erickson J.L. & West S.D.

(1996)
Management effects on bat hibernacula in the Netherlands

Biological Conservation

Based on: Voûte A.M. & Lina P.H.C.

(1986)
Managing competition between birds and bats for roost boxes in small woodlands, north-east England

Conservation Evidence

Based on: Meddings A., Taylor S., Batty L., Knowles M. & Latham D.

(2011)
Managing forests with prescribed fire: Implications for a cavity-dwelling bat species

Forest Ecology and Management

Based on: Boyles J.G. & Aubrey D.P.

(2006)
Modified cave entrances: thermal effect on body mass and resulting decline of endangered indiana bats (Myotis sodalis)

Conservation Biology

Based on: Richter A.R., Humphrey S.R., Cope J.B. & Brack V.

(1993)
Phenology of bat occurrence in boxes in central Poland

Mammalia

Based on: Lesiński G., Skrzypiec-Nowak P., Janiak A. & Jagnieszczak Z.

(2009)
Pipistrelle bats and their prey do not benefit from four widely applied agri-environment management prescriptions

Biological Conservation

Based on: Fuentes-Montemayor E., Goulson D. & Park K.

(2011)
Population changes of brown long-eared bats (Plecotus auritus) in bat boxes at Thetford Forest

Journal of Applied Ecology

Based on: Boyd I.L. & Stebbings R.E.

(1989)

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