Articles citing this paper
A comparison of the effectiveness of camera trapping and live trapping for sampling terrestrial small-mammal communities
Natasha De Bondi A , John G. White A C , Mike Stevens A B and Raylene Cooke A
+ Author Affiliations
- Author Affiliations
A School of Life and Environmental Sciences, Deakin University, 221 Burwood Highway, Burwood, Vic. 3125, Australia.
B Grampians National Park, Parks Victoria, PO Box 18, Halls Gap, Vic. 3381, Australia.
C Corresponding author. Email: john.white@deakin.edu.au
Wildlife Research 37(6) 456-465 https://doi.org/10.1071/WR10046
Submitted: 8 March 2010 Accepted: 23 August 2010 Published: 18 October 2010
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Hogg Kayleigh,
Freeman Marianne,
Fadaei Erfan,
Dick Jaimie T.A.,
Montgomery W. Ian,
Reid Neil, Tosh David G.
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Burns Phoebe A.
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van der Putten Towi A. W.,
van Hoof Paul H.,
Heijkers Dirk,
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Hinds Rachel,
Megill William M.,
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Glover Hayley K.,
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Cribbin Aimie,
Tan Laura X. L.,
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Maguire Grainne S., Cardilini Adam P. A.
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Godley Brendan J.,
Hodgson David J., Cameron Elissa Z.
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Dawson Melissa,
Fourie Richard,
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Nimmo Dale G.,
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Tworkowski Lauren,
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Wildlife Research. 2017 44(8). p.637
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Perry J. J.,
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Reynolds Richard J.,
Beckner Makayla E.,
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Holland Greg J., Bennett Andrew F.
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Gray Emma L.,
Dennis Todd E.,
Baker Andrew M., Crowther Mathew S.
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Waterbirds. 2017 40(4). p.417
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Froese Graden,
Meier Amelia C.,
Beirne Chris,
Depenthal Johanna,
Kim Seokmin,
Mbélé Alex Ebang,
Nordseth Anna, Poulsen John R.
Ecosphere. 2019 10(12).
Bait preference for remote camera trap studies of the endangered northern quoll (Dasyurus hallucatus)
Austin Caitlin,
Tuft Katherine,
Ramp Daniel,
Cremona Teigan, Webb Jonathan K.
Australian Mammalogy. 2017 39(1). p.72
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Bosma Luwieke,
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Bryja Josef, van Steenbergen Frank
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Delisle Zackary J.,
McGovern Patrick G.,
Dillman Brian G.,
Reeling Carson J.,
Caudell Joe N., Swihart Robert K.
Wildlife Society Bulletin. 2023 47(2).
Comparison of Small-Mammal Sampling Techniques in Tidal Salt Marshes of the Central Gulf Coast of Florida
DeSa Melissa A.,
Zweig Christa L.,
Percival H. Franklin,
Kitchens Wiley M., Kasbohm John W.
Southeastern Naturalist. 2012 11(1). p.89
The Mostela: an adjusted camera trapping device as a promising non-invasive tool to study and monitor small mustelids
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Mammal Research. 2020 65(4). p.843
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Deere Nicolas J.,
Wearn Oliver R.,
Mahyudin Azniza,
Jami Jamiluddin bin,
Reynolds Glen, Struebig Matthew J.
Frontiers in Forests and Global Change. 2021 4
Urbanization, climate and species traits shape mammal communities from local to continental scales
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Hall Sharon J.,
Fidino Mason,
Adalsteinsson Solny A.,
Ahlers Adam A.,
Angstmann Julia,
Anthonysamy Whitney J. B.,
Biro Elizabeth,
Collins Merri K.,
Dugelby Barbara,
Gallo Travis,
Green Austin M.,
Hartley Laura,
Jordan Mark J.,
Kay Cria A. M.,
Lehrer Elizabeth W.,
Long Robert A.,
MacDougall Brandon,
Magle Seth B.,
Minier Darren E.,
Mowry Chris,
Murray Maureen,
Nininger Kristina,
Pendergast Mary E.,
Remine Katie R.,
Ryan Travis,
Salsbury Carmen,
Sander Heather A.,
Schell Christopher J.,
Șekercioğlu Çagan H.,
Shier Catherine J.,
Simon Kelly C.,
St. Clair Colleen C.,
Stankowich Theodore,
Stevenson Cassondra J.,
Wayne Lisa,
Will Dave,
Williamson Jacque,
Wilson Larry,
Zellmer Amanda J., Lewis Jesse S.
Nature Ecology & Evolution. 2023 7(10). p.1654
Occupancy and detectability modelling of vertebrates in northern Australia using multiple sampling methods
Einoder Luke D.,
Southwell Darren M.,
Lahoz-Monfort José J.,
Gillespie Graeme R.,
Fisher Alaric,
Wintle Brendan A., Crowther Mathew S.
PLOS ONE. 2018 13(9). p.e0203304
Seasonal and daily activity patterns of mammals in the colony of great cormorants
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Mammalia. 2021 85(5). p.439
Gaps in Monitoring Leave Northern Australian Mammal Fauna with Uncertain Futures
Preece Noel, Fitzsimons James
Diversity. 2022 14(3). p.158
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Twining Joshua P.,
McFarlane Claire,
O'Meara Denise,
O'Reilly Catherine,
Reyne Marina,
Montgomery W. Ian,
Helyar Sarah,
Tosh David G., Augustine Ben C.
Ecosphere. 2022 13(10).
Study of the distribution of mustelids over the Southern Urals using noninvasive methods
Kiseleva N. V., Sorokin P. A.
Contemporary Problems of Ecology. 2013 6(3). p.300
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Seibold Sebastian,
Cadotte Marc W.,
MacIvor J. Scott,
Thorn Simon, Müller Jörg
Trends in Ecology & Evolution. 2018 33(10). p.754
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Újváry Dóra, Szemethy László
Applied Animal Behaviour Science. 2017 195 p.112
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Green Austin M.,
Chynoweth Mark W., Şekercioğlu Çağan Hakkı
Frontiers in Ecology and Evolution. 2020 8
The history of wildlife camera trapping as a survey tool in Australia
Meek Paul D.,
Ballard Guy-Anthony,
Vernes Karl, Fleming Peter J. S.
Australian Mammalogy. 2015 37(1). p.1
Remote Cameras Versus Visual and Auditory Methods for Surveying the Colorado Chipmunk (Neotamias quadrivittatus)
Perkins-Taylor Ian E., Frey Jennifer K.
Western North American Naturalist. 2020 80(3).
Citizen science and community action provide insights on a threatened species: nest box use by the brush-tailed phascogale (Phascogale tapoatafa)
Lawton Jessica A.,
Holland Greg J.,
Timewell Chris,
Bannon Asha,
Mellick Elizabeth,
Bennett Andrew F., Brown Peter
Wildlife Research. 2022 49(6). p.513
The effect of camera orientation on the detectability of wildlife: a case study from north‐western Australia
Moore Harry A.,
Valentine Leonie E.,
Dunlop Judy A.,
Nimmo Dale G.,
Rowcliffe Marcus, Caravaggi Anthony
Remote Sensing in Ecology and Conservation. 2020 6(4). p.546
Community structure of dasyurid marsupials in the arid Pilbara is consistent with a top-down system, their distribution and abundance depend on that of larger members of the guild
Hernandez-Santin Lorna, Fisher Diana O.
Journal of Arid Environments. 2022 198 p.104680
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Risch Derek R.,
Ringma Jeremy,
Honarvar Shaya, Price Melissa R.
Pacific Conservation Biology. 2021 27(2). p.186
Power of faecal pellet count and camera trapping indices to monitor mammalian herbivore activity
Davis Naomi E.,
Di Stefano Julian,
Whelan Jim,
Wright John,
Taylor Lorraine,
Coulson Graeme,
Sitters Holly, Sullivan Tom
Wildlife Research. 2022 49(8). p.686
Innovations and Interdisciplinary Solutions for Underserved Areas (2022)
Putting rakali in the spotlight: innovative methods for detecting an elusive semi-aquatic mammal
Sanders Emmalie,
Nimmo Dale G.,
Turner James M.,
Wassens Skye,
Michael Damian R., Carthey Alexandra
Wildlife Research. 2024 51(6).
Optical design challenges of subnivean camera trapping under extreme Arctic conditions
Pusenkova Anastasiia,
Poirier Mathilde,
Kalhor Davood,
Galstian Tigran,
Gauthier Gilles, Maldague Xavier
Arctic Science. 2022 8(2). p.313
Detecting and protecting the threatened Kangaroo Island dunnart (Sminthopsis fuliginosusaitkeni)
Hohnen Rosemary,
P. Murphy Brett,
A. Gates Jody,
Legge Sarah,
R. Dickman Chris, C. Z. Woinarski John
Conservation Science and Practice. 2019 1(1). p.e4
Ecological factors associated with site occupancy of an endemic chipmunk
Perkins‐Taylor Ian E., Frey Jennifer K.
The Journal of Wildlife Management. 2018 82(7). p.1466
Quantifying the bias in density estimated from distance sampling and camera trapping of unmarked individuals
Chauvenet Alienor L.M.,
Gill Robin M.A.,
Smith Graham C.,
Ward Alastair I., Massei Giovanna
Ecological Modelling. 2017 350 p.79
Optimising camera trap height and model increases detection and individual identification rates for a small mammal, the numbat (
Seidlitz Anke,
Bryant Kate A.,
Armstrong Nicola J.,
Calver Michael, Wayne Adrian F.
Australian Mammalogy. 2020 43(2). p.226
A non‐invasive approach to measuring body dimensions of wildlife with camera traps: A felid field trial
Paton Alexandra J.,
Brook Barry W., Buettel Jessie C.
Ecology and Evolution. 2024 14(7).
Reliable detection of low-density Pacific rats by using camera trapping
Yiu Sze Wing,
Gronwald Markus,
Russell James C., Belmain Steven
Wildlife Research. 2022 50(5). p.398
First you get the money, then you get the power: Comparing the cost and power of monitoring programs to detect changes in occupancy of a threatened marsupial predator
Moore Harry A.,
Dunlop Judy A.,
Geyle Hayley M.,
Greenwood Leanne, Nimmo Dale G.
Conservation Science and Practice. 2023 5(2).
High variation in camera trap-model sensitivity for surveying mammal species in northern Australia
Heiniger Jaime, Gillespie Graeme
Wildlife Research. 2018 45(7). p.578
Comparison of species richness and detection between line transects, ground camera traps, and arboreal camera traps
Moore J. F.,
Pine W. E.,
Mulindahabi F.,
Niyigaba P.,
Gatorano G.,
Masozera M. K., Beaudrot L.
Animal Conservation. 2020 23(5). p.561
The effectiveness and cost of camera traps for surveying small reptiles and critical weight range mammals: a comparison with labour-intensive complementary methods
Welbourne Dustin J.,
MacGregor Christopher,
Paull David, Lindenmayer David B.
Wildlife Research. 2015 42(5). p.414
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Cepeda-Duque Juan C.,
Arango-Correa Eduven,
Andrade-Ponce Gabriel P.,
Mazariegos Luis,
Hofmeester Tim R., Ramírez-Chaves Héctor E.
Mammalia. 2023 87(5). p.419
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Weingarth Kirsten,
Zeppenfeld Thorsten,
Heibl Christoph,
Heurich Marco,
Bufka Ludĕk,
Daniszová Kristina, Müller Jörg
Biodiversity and Conservation. 2015 24(12). p.2935
Oils ain’t oils: can truffle-infused food additives improve detection of rare and cryptic mycophagous mammals?
Claridge Andrew W.,
Paull David J., Cunningham Ross B.
Australian Mammalogy. 2016 38(1). p.12
Taking the bait: The influence of attractants and microhabitat on detections of fauna by remote‐sensing cameras
Rendall Anthony R.,
White John G.,
Cooke Raylene,
Whisson Desley A.,
Schneider Thomas,
Beilharz Lisa,
Poelsma Eleanor,
Ryeland Julia, Weston Michael A.
Ecological Management & Restoration. 2021 22(1). p.72
Comparison of trapping and camera survey methods for determining presence of allegheny woodrats
Castleberry Steven B.,
Mengak Michael T., Menken Theron E.
Wildlife Society Bulletin. 2014 38(2). p.414
Detectability and activity patterns of sambar deer (Rusa unicolor) in Baw Baw National Park, Victoria
Davies Christopher,
Wright Wendy,
Hogan Fiona E., Davies Hugh
Australian Mammalogy. 2020 42(3). p.312
Finding the sweet spot in camera trapping: A global synthesis and meta‐analysis of minimum sampling effort
Ghazian Nargol, Lortie Christopher J.
Ecological Management & Restoration. 2023 24(2-3). p.145
Novel microsatellites and investigation of faecal DNA as a non-invasive population monitoring tool for the banded hare-wallaby (
Cowen Saul,
Smith Michael,
McArthur Shelley,
Rayner Kelly,
Jackson Chantelle,
Anderson Georgina,
Ottewell Kym, Deakin Janine
Australian Journal of Zoology. 2022 69(2). p.55
Evidence that post‐fire recovery of small mammals occurs primarily via in situ survival
Hale Susannah,
Mendoza Lorissa,
Yeatman Tom,
Cooke Raylene,
Doherty Tim,
Nimmo Dale,
White John G., Andersen Alan
Diversity and Distributions. 2022 28(3). p.404
USING CAMERA TRAPS TO SURVEY HUMBOLDT'S FLYING SQUIRRELS IN OLD- AND SECOND-GROWTH REDWOOD FORESTS
Clucas Barbara, Atkins Zephan
Northwestern Naturalist. 2022 103(1).
Camera traps equipped with macro lenses as a tool for monitoring arboreal small mammals: a case study in an agroecosystem (NE Italy)
Nardotto Alessandro, Bertolin Cristian
Natural History Sciences. 2024
Towards meaningful monitoring: A case study of a threatened rodent
Geyle Hayley M.,
Guillera‐Arroita Gurutzeta,
Davies Hugh F.,
Firth Ronald S. C.,
Murphy Brett P.,
Nimmo Dale G.,
Ritchie Euan G.,
Woinarski John C. Z., Nicholson Emily
Austral Ecology. 2019 44(2). p.223
Context‐dependency and anthropogenic effects on individual plant–frugivore networks
Miguel M. Florencia,
Jordano Pedro,
Tabeni Solana, Campos Claudia M.
Oikos. 2018 127(7). p.1045
Using owl pellets to infer habitat associations and clarify the regional distribution of a cryptic shrew
Biedma L.,
Román J.,
Godoy J. A., Calzada J.
Journal of Zoology. 2019 308(2). p.139
Wiley StatsRef: Statistics Reference Online (2014)
Identification of threatened rodent species using infrared and white-flash camera traps
Burns Phoebe A.,
Parrott Marissa L.,
Rowe Kevin C., Phillips Benjamin L.
Australian Mammalogy. 2018 40(2). p.188
Can camera trapping be used to accurately survey and monitor the Hastings River mouse (Pseudomys oralis)?
Meek Paul D., Vernes Karl
Australian Mammalogy. 2016 38(1). p.44
Molecular Ecological Network Analyses: An Effective Conservation Tool for the Assessment of Biodiversity, Trophic Interactions, and Community Structure
Meyer Jordana M.,
Leempoel Kevin,
Losapio Gianalberto, Hadly Elizabeth A.
Frontiers in Ecology and Evolution. 2020 8
African Golden Cats, Citizen Science, and Serendipity: Tapping the Camera Trap Revolution
Sheil Douglas,
Mugerwa Badru, Fegraus Eric H.
South African Journal of Wildlife Research. 2013 43(1). p.74
Best bait for your buck: bait preference for camera trapping north Australian mammals
Diete Rebecca L.,
Meek Paul D.,
Dixon Kelly M.,
Dickman Christopher R., Leung Luke K.-P.
Australian Journal of Zoology. 2015 63(6). p.376
Decline of the dasyurid marsupial Antechinus minimus maritimus in south-east Australia: implications for recovery and management under a drying climate
Wilson Barbara A.,
Zhuang-Griffin Lily, Garkaklis Mark J.
Australian Journal of Zoology. 2017 65(4). p.203
Recovering an endangered vole and its habitat may help control invasive house mice
Haswell Peter M.,
López-Pérez Andrés M.,
Clifford Deana L., Foley Janet E.
Food Webs. 2023 34 p.e00267
Natural and anthropogenic factors affecting Allegheny woodrat occupancy
Lombardi Jason V.,
Castleberry Steven B.,
Mengak Michael T., Terrell V. K.
Wildlife Society Bulletin. 2018 42(4). p.667
Site occupancy of select mammals in the tropical forest of Eastern Himalaya
Ahmad Arif, Gopi Govindan Veeraswami
Frontiers in Ecology and Evolution. 2024 11
Natural and anthropogenic processes influence the occurrence of vertebrate fauna in coastal dunes
Chadwick Alicia,
Weston Michael A.,
Burns Thomas,
Randall Georgia,
Radvan Max, Rendall Anthony R.
Estuarine, Coastal and Shelf Science. 2022 276 p.108025
Using microchip-reading antennas to passively monitor a mammal reintroduction in south-west Queensland
Arkinstall Cassandra M.,
FitzGibbon Sean I.,
Bradley Kevin J.,
Moseby Katherine E.,
Murray Peter J., Denny Martin
Australian Mammalogy. 2022 45(1). p.98
The distribution, habitat preference and population dynamics of the pale field-rat (
O’Neill Sally,
Short Jeff, Calver Mike
Wildlife Research. 2021 48(5). p.444
Spatially explicit capture–recapture analysis of bobcat (Lynx rufus) density: implications for mesocarnivore monitoring
Thornton Daniel H., Pekins Charles E.
Wildlife Research. 2015 42(5). p.394
Wildfires affect mesocarnivores habitat use and mammalian predator-prey relationships in a Mediterranean ecosystem
Tomassini Orlando,
Favilla Andrea,
Aghemo Anna,
Bedini Gianni,
Petroni Giulio,
Giunchi Dimitri, Massolo Alessandro
Acta Oecologica. 2024 123 p.103986
Assessing different methods for measuring mammal diversity in two southern African arid ecosystems
Burt Chloe,
Fritz Hervé,
Keith Mark,
Guerbois Chloé, Venter Jan A.
Mammal Research. 2021 66(2). p.313
A Comparison of Bat Calls Recorded by Two Acoustic Monitors
Kunberger Jane M., Long Ashley M.
Journal of Fish and Wildlife Management. 2023 14(1). p.171
Determining the efficacy of camera traps, live capture traps, and detection dogs for locating cryptic small mammal species
Thomas Morgan L.,
Baker Lynn,
Beattie James R., Baker Andrew M.
Ecology and Evolution. 2020 10(2). p.1054
Camera trapping arboreal mammals in Argentina’s Atlantic Forest
Agostini Ilaria,
Pizzio Esteban,
Varela Diego,
Iezzi María Eugenia,
Cruz Paula,
Paviolo Agustín, Di Bitetti Mario S.
Mammalia. 2022 86(6). p.551
Spatial, road geometric and biotic factors associated with Barn Owl mortality along an interstate highway
Arnold Erin M.,
Hanser Steven E.,
Regan Tempe,
Thompson Jeremy,
Lowe Melinda,
Kociolek Angela, Belthoff James R.
Ibis. 2019 161(1). p.147
Towards good practice guidance in using camera‐traps in ecology: influence of sampling design on validity of ecological inferences
Hamel Sandra,
Killengreen Siw T.,
Henden John‐Andre,
Eide Nina E.,
Roed‐Eriksen Lars,
Ims Rolf A.,
Yoccoz Nigel G., O'Hara Robert B.
Methods in Ecology and Evolution. 2013 4(2). p.105
Factors affecting the abundance of Peters’s squirrel, Sciurus oculatus, in a population of Central Mexico
Tobajas Jorge,
Jímenez José, Sánchez-Rojas Gerardo
Revista Mexicana de Biodiversidad. 2020 91(1). p.913064
Landscape-scale factors determine occupancy of the critically endangered central rock-rat in arid Australia: The utility of camera trapping
McDonald Peter J.,
Griffiths Anthony D.,
Nano Catherine E.M.,
Dickman Chris R.,
Ward Simon J., Luck Gary W.
Biological Conservation. 2015 191 p.93
Incorporating disturbance into trophic ecology: Fire history shapes mesopredator suppression by an apex predator
Geary William L.,
Ritchie Euan G.,
Lawton Jessica A.,
Healey Thomas R.,
Nimmo Dale G., Tulloch Ayesha
Journal of Applied Ecology. 2018 55(4). p.1594
Quantifying the sensitivity of camera traps: an adapted distance sampling approach
Marcus Rowcliffe J.,
Carbone Chris,
Jansen Patrick A.,
Kays Roland, Kranstauber Bart
Methods in Ecology and Evolution. 2011 2(5). p.464
A Camera-trap Survey Targeting Herpetofauna at Naval Air Station, Key West, Florida
Silvy Nova J.,
Lopez Roel R.,
Lopez Cristian N.,
Uzquiano Jewel A.,
Frank Philip A., Wheatley-Techmer Wendy
Southeastern Naturalist. 2022 21(3).
Changing use of camera traps in mammalian field research: habitats, taxa and study types
McCallum Jamie
Mammal Review. 2013 43(3). p.196
Can NDVI identify drought refugia for mammals and birds in mesic landscapes?
White John G.,
Sparrius Jacinta,
Robinson Tomas,
Hale Susannah,
Lupone Luke,
Healey Tom,
Cooke Raylene, Rendall Anthony R.
Science of The Total Environment. 2022 851 p.158318
Optimising Camera Traps for Monitoring Small Mammals
Glen Alistair S.,
Cockburn Stuart,
Nichols Margaret,
Ekanayake Jagath,
Warburton Bruce, Deschner Tobias
PLoS ONE. 2013 8(6). p.e67940
Determining ranges of poorly known mammals as a tool for global conservation assessment
Stewart Claire L.,
Watson James E.M.,
Bland Lucie M., Tulloch Ayesha I.T.
Biological Conservation. 2021 260 p.109188
Fire and grass cover influence occupancy patterns of rare rodents and feral cats in a mountain refuge: implications for management
McDonald Peter J.,
Stewart Alistair,
Schubert Andrew T.,
Nano Catherine E. M.,
Dickman Chris R., Luck Gary W.
Wildlife Research. 2016 43(2). p.121
A comparison of vertical and horizontal camera trap orientations for detection of potoroos and bandicoots
Smith Justine K., Coulson Graeme
Australian Mammalogy. 2012 34(2). p.196
Encyclopedia of Environmetrics (2012)
Camera Trapping: A Contemporary Approach to Monitoring Invasive Rodents in High Conservation Priority Ecosystems
Rendall Anthony R.,
Sutherland Duncan R.,
Cooke Raylene,
White John, Boldgiv Bazartseren
PLoS ONE. 2014 9(3). p.e86592
Small mammals in fragments of Atlantic Forest: species richness answering to field methods and environment
Rodrigues Daniele Pereira,
Skupien Fabrício Luiz,
de Oliveira Sausen Jady, Lima Daniela Oliveira de
Journal of Tropical Ecology. 2020 36(3). p.101
Effects of the fire regime on mammal occurrence after wildfire: Site effects vs landscape context in fire-prone forests
Chia Evelyn K.,
Bassett Michelle,
Leonard Steve W.J.,
Holland Greg J.,
Ritchie Euan G.,
Clarke Michael F., Bennett Andrew F.
Forest Ecology and Management. 2016 363 p.130
Trialling monitoring methods for feral cats, ferrets and rodents in the Whangamarino wetland
Gillies Craig, Brady Matthew
New Zealand Journal of Zoology. 2018 45(3). p.192
An improved camera trap for amphibians, reptiles, small mammals, and large invertebrates
Hobbs Michael T.,
Brehme Cheryl S., Crowther Mathew S.
PLOS ONE. 2017 12(10). p.e0185026
Targeted sampling successfully detects the cryptic and declining arboreal marsupial (Phascogale pirata) in northern Australia
Geyle Hayley M.,
Woolley Leigh-Ann,
Davies Hugh F.,
Woinarski John C. Z., Murphy Brett P.
Pacific Conservation Biology. 2020 26(4). p.395
Small mammal daily activity periods derived using AHDriFT camera traps
Amber Evan D.,
Myers Jennifer M.,
Lipps Gregory J., Peterman William E.
Mammal Research. 2021 66(2). p.289
The pitfalls of wildlife camera trapping as a survey tool in Australia
Meek Paul D.,
Ballard Guy-Anthony, Fleming Peter J. S.
Australian Mammalogy. 2015 37(1). p.13
How reliable are motion‐triggered camera traps for detecting small mammals and birds in ecological studies?
Ortmann C. R., Johnson S. D.
Journal of Zoology. 2021 313(3). p.202
Detecting and protecting the threatened Kangaroo Island dunnart (Sminthopsis fuliginosus aitkeni)
Hohnen Rosemary,
P. Murphy Brett,
A. Gates Jody,
Legge Sarah,
R. Dickman Chris, C. Z. Woinarski John
Conservation Science and Practice. 2019 1(1).
Using magnification lenses on camera traps to improve small mammal identification
Meek P. D.,
Cook C. R., Goldingay Ross
Australian Mammalogy. 2022 44(3). p.413
The use of infrared sensors and digital cameras for documenting visitor use patterns: a case study from D'Aguilar National Park, south-east Queensland, Australia
Fairfax Russell James,
Dowling Ralph MacKenzie, Neldner Victor John
Current Issues in Tourism. 2014 17(1). p.72
Demography, passive surveillance and potential habitat modelling of an Australian giant trapdoor spider (Idiopidae: Euoplos grandis) from the Queensland Brigalow Belt: half a decade of population monitoring for conservation outcomes
Rix Michael G.,
Wilson Jeremy D.,
Laidlaw Melinda J.,
Harvey Mark S.,
Rix Alan G., Rix David C.
Austral Entomology. 2023 62(2). p.200
Comparing camera traps and visual encounter surveys for monitoring small animals
Boynton Madison K.,
Toenies Matthew,
Cornelius Nicole, Rich Lindsey
California Fish and Wildlife Journal. 2021 107(2). p.99
Advances in Computational Intelligence (2023)
Detecting and monitoring rodents using camera traps and machine learning versus live trapping for occupancy modeling
Hopkins Jaran,
Santos-Elizondo Gabriel Marcelo, Villablanca Francis
Frontiers in Ecology and Evolution. 2024 12
Response of mesocarnivores to anthropogenic landscape intensification: activity patterns and guild temporal interactions
Gálvez Nicolás,
Meniconi Paola,
Infante José,
Bonacic Cristian, Reyna Rafael
Journal of Mammalogy. 2021 102(4). p.1149
Evaluation of estimation quality of a general paradigm for indexing animal abundance when observations are counts
Shulman Benjamin,
Wagner Brandie D.,
Grunwald Gary K., Engeman Richard M.
Ecological Informatics. 2016 32 p.194
DNA metabarcoding—a new approach to fauna monitoring in mine site restoration
Fernandes Kristen,
van der Heyde Mieke,
Bunce Michael,
Dixon Kingsley,
Harris Richard J.,
Wardell‐Johnson Grant, Nevill Paul G.
Restoration Ecology. 2018 26(6). p.1098
Night of the hunter: using cameras to quantify nocturnal activity in desert spiders
Potter Tamara I.,
Greenville Aaron C., Dickman Christopher R.
PeerJ. 2021 9 p.e10684
A novel method for camera-trapping small mammals
MCCleery Robert A.,
Zweig Christa L.,
Desa Melissa A.,
Hunt Rodney,
Kitchens Wiley M., Percival H. Franklin
Wildlife Society Bulletin. 2014 38(4). p.887
Compact development minimizes the impacts of urban growth on native mammals
Villaseñor Nélida R.,
Tulloch Ayesha I. T.,
Driscoll Don A.,
Gibbons Philip,
Lindenmayer David B., Collen Ben
Journal of Applied Ecology. 2017 54(3). p.794
Using Camera Traps to Assess Mammal and Bird Assemblages in a Midwestern Forest
Cloyed Carl S.,
Cappelli Laura R.,
Tilson David A.,
Crawford John A., Dell Anthony I.
Journal of Fish and Wildlife Management. 2018 9(2). p.496
Camera traps in the canopy: surveying wildlife at tree hollow entrances
Cotsell Nigel, Vernes Karl
Pacific Conservation Biology. 2016 22(1). p.48
Monitoring wild pig populations: a review of methods
Engeman R. M.,
Massei G.,
Sage M., Gentle M. N.
Environmental Science and Pollution Research. 2013 20(11). p.8077
Comparison of survey techniques on detection of northern flying squirrels
Diggins Corinne A.,
Gilley L. Michelle,
Kelly Christine A., Ford W. Mark
Wildlife Society Bulletin. 2016 40(4). p.654
Toward reliable population density estimates of partially marked populations using spatially explicit mark–resight methods
Carter Andrew,
Potts Joanne M., Roshier David A.
Ecology and Evolution. 2019 9(4). p.2131
Distance and size matters: A comparison of six wildlife camera traps and their usefulness for wild birds
Randler Christoph, Kalb Nadine
Ecology and Evolution. 2018 8(14). p.7151
Use of a novel camera trapping approach to measure small mammal responses to peatland restoration
Littlewood Nick A.,
Hancock Mark H.,
Newey Scott,
Shackelford Gorm, Toney Rose
European Journal of Wildlife Research. 2021 67(1).
Predator occupancy rates in a thinned ponderosa pine forest, Arizona: A pilot study
Barrett Kevin J.,
Kalies Elizabeth L., Chambers Carol L.
Wildlife Society Bulletin. 2012 36(2). p.232
On the Reliability of Expert Identification of Small-Medium Sized Mammals from Camera Trap Photos
Meek Paul Douglas,
Vernes Karl, Falzon Greg
Wildlife Biology in Practice. 2013 9(2).
Computer-Aided Pattern Recognition of Large Reptiles as a Noninvasive Application to Identify Individuals
Moro Dorian, MacAulay Isobel
Journal of Applied Animal Welfare Science. 2014 17(2). p.125
Applying camera traps to detect and monitor introduced mammals on oceanic islands
Lamelas-López Lucas, Salgado Iván
Oryx. 2021 55(2). p.181
On the Right Track? Comparing Concurrent Spoor and Camera-Trap Surveys in Botswana
Torrents-Ticó Miquel,
Rich Lindsey,
McNutt John Weldon,
Nthomiwa Mpho,
Mothala Motimedi,
Motsamai Galesiiwe, Jordan Neil R.
African Journal of Wildlife Research. 2017 47(2). p.128
Horizontal or vertical? Camera trap orientations and recording modes for detecting potoroos, bandicoots and pademelons
Taylor Brendan D.,
Goldingay Ross L., Lindsay John M.
Australian Mammalogy. 2014 36(1). p.60
Validating activity indices from camera traps for commensal rodents and other wildlife in and around farm buildings
Lambert Mark,
Bellamy Fiona,
Budgey Richard,
Callaby Rebecca,
Coats Julia, Talling Janet
Pest Management Science. 2018 74(1). p.70
A permanent security post for camera trapping
Meek Paul D.,
Ballard Guy-Anthony, Fleming Peter J. S.
Australian Mammalogy. 2013 35(1). p.123
Linking camera‐trap data to taxonomy: Identifying photographs of morphologically similar chipmunks
McKibben Fiona E., Frey Jennifer K.
Ecology and Evolution. 2021 11(14). p.9741
Landscape Characteristics Affecting Small Mammal Occurrence in Heterogeneous Olive Grove Agro-Ecosystems
Barão Isabel,
Queirós João,
Vale-Gonçalves Hélia,
Paupério Joana, Pita Ricardo
Conservation. 2022 2(1). p.51
Status and trends in United States terrestrial mammal research since 1900
Readyhough Taylor S.,
Butler Andrew R.,
Stephens Ryan B.,
Hall Lily M.,
Heit David R.,
Poisson Mairi K.P., Moll Remington J.
Mammal Review. 2024
Comparative Analysis of Three Different Methods for Monitoring the Use of Green Bridges by Wildlife
Gužvica Goran,
Bošnjak Ivana,
Bielen Ana,
Babić Danijel,
Radanović-Gužvica Biserka,
Šver Lidija, Maldonado Jesus E.
PLoS ONE. 2014 9(8). p.e106194
Estimating the density of small mammals using the selfie trap is an effective camera trapping method
Gracanin Ana,
Minchinton Todd E., Mikac Katarina M.
Mammal Research. 2022 67(4). p.467
Moving forward on the sampling efficiency of neotropical small mammals: insights from pitfall and camera trapping over traditional live trapping
Palmeirim Ana Filipa,
Benchimol Maíra,
Peres Carlos A., Vieira Marcus Vinícius
Mammal Research. 2019 64(3). p.445
A Reconnaissance Method for Small Mammal Abundance Assessment in Urban Environments
Tolkachev O. V.,
Malkova E. A., Maklakov K. V.
Russian Journal of Ecology. 2021 52(4). p.329
The role of large wood in streams as ecological corridors for wildlife biodiversity
Trevarrow Ezmie, Arismendi Ivan
Biodiversity and Conservation. 2022 31(8-9). p.2163
Capturing the cryptic: a comparison of detection methods for stoats (Mustela erminea) in alpine habitats
Smith Des H. V., Weston Kerry A.
Wildlife Research. 2017 44(5). p.418
Pits or pictures: a comparative study of camera traps and pitfall trapping to survey small mammals and reptiles
Dundas Shannon J.,
Ruthrof Katinka X.,
Hardy Giles E. St.J., Fleming Patricia A.
Wildlife Research. 2019 46(2). p.104
Strong influence of local habitat structure on mammals reveals mismatch with edge effects models
Villaseñor Nélida R.,
Blanchard Wade,
Driscoll Don A.,
Gibbons Philip, Lindenmayer David B.
Landscape Ecology. 2015 30(2). p.229
Camera‐trapping version 3.0: current constraints and future priorities for development
Glover‐Kapfer Paul,
Soto‐Navarro Carolina A.,
Wearn Oliver R.,
Rowcliffe Marcus, Sollmann Rahel
Remote Sensing in Ecology and Conservation. 2019 5(3). p.209
The ecological impact of commercial beehives on invasive cane toads (Rhinella marina) in eastern Australia
Silvester Renee,
Shine Richard,
Oldroyd Benjamin, Greenlees Matthew
Biological Invasions. 2017 19(4). p.1097
Non-invasive monitoring and reintroduction biology of the brush-tailed rock-wallaby (
Kleemann S.,
Sandow D.,
Stevens M.,
Schultz D. J.,
Taggart D. A.,
Croxford A., Deakin Janine
Australian Journal of Zoology. 2022 69(2). p.41
Accuracy of identifications of mammal species from camera trap images: A northern Australian case study
Potter Larissa C.,
Brady Christopher J., Murphy Brett P.
Austral Ecology. 2019 44(3). p.473
More long‐unburnt forest will benefit mammals in Australian sub‐alpine forests and woodlands
Dixon Kelly M.,
Cary Geoffrey J.,
Renton Michael,
Worboys Graeme L., Gibbons Philip
Austral Ecology. 2019 44(7). p.1150
Time‐lapse camera trapping as an alternative to pitfall trapping for estimating activity of leaf litter arthropods
Collett Rachael A., Fisher Diana O.
Ecology and Evolution. 2017 7(18). p.7527
The efficacy of monitoring techniques for detecting small mammals and reptiles in arid environments
Molyneux J.,
Pavey C. R.,
James A. I., Carthew S. M.
Wildlife Research. 2017 44(7). p.534
Comparison of Small-Mammal Sampling Techniques in Tidal Salt Marshes of the Central Gulf Coast of Florida
DeSa Melissa A.,
Zweig Christa L.,
Percival H. Franklin,
Kitchens Wiley M., Kasbohm John W.
Southeastern Naturalist. 2012 11(1). p.G17
Detecting mammals in heterogeneous landscapes: implications for biodiversity monitoring and management
Swan Matthew,
Di Stefano Julian,
Christie Fiona,
Steel Erin, York Alan
Biodiversity and Conservation. 2014 23(2). p.343
Sherlock—A flexible, low‐resource tool for processing camera‐trapping images
Penn Matthew J.,
Miles Verity,
Astley Kelly L.,
Ham Cally,
Woodroffe Rosie,
Rowcliffe Marcus, Donnelly Christl A.
Methods in Ecology and Evolution. 2024 15(1). p.91
Drivers of survival in a small mammal of conservation concern: An assessment using extensive genetic non-invasive sampling in fragmented farmland
Proença-Ferreira António,
Ferreira Clara,
Leitão Inês,
Paupério Joana,
Sabino-Marques Helena,
Barbosa Soraia,
Lambin Xavier,
Alves Paulo Célio,
Beja Pedro,
Moreira Francisco,
Mira António, Pita Ricardo
Biological Conservation. 2019 230 p.131
Seasonal and diel activity patterns of small mammal guilds on the Pannonian Steppe: a step towards a better understanding of the ecology of the endangered Hungarian birch mouse (Sicista trizona) (Sminthidae, Rodentia)
Cserkész Tamás,
Kiss Csaba, Sramkó Gábor
Mammal Research. 2023 68(1). p.13
Activity Patterns of Allegheny Woodrats (Neotoma magister) and Two Potential Competitors in Virginia
Powers Karen E.,
Thorne Emily D.,
Platt Logan R.,
Nelson Anderson Kayla M.,
Van Meter Logan M.,
Wozniak Chris M.,
Reynolds Richard J., Ford W. Mark
Northeastern Naturalist. 2023 30(1).
The effects of inter-fire interval on flora-fauna interactions in a sub-alpine landscape
O'Loughlin Christopher,
Courtney Jones Stephanie,
Jenkins Meaghan, Gordon Christopher E.
Forest Ecology and Management. 2020 473 p.118316
The application of camera trapping to assess Rallidae species richness within palustrine wetland habitat in South Africa
Colyn Robin B,
Campbell Alastair M, Smit-Robinson Hanneline A
Ostrich. 2017 88(3). p.235
Mammal Occurrence in Rock Outcrops in Shenandoah National Park: Ecological and Anthropogenic Factors Influencing Trap Success and Co-Occurrence
Lombardi Jason V.,
Mengak Michael T.,
Castleberry Steven B., Terrell Vanessa K.
Natural Areas Journal. 2017 37(4). p.507
Wildlife inventory from camera-trapping surveys in the Azores (Pico and Terceira islands)
Lamelas-Lopez Lucas,
Pardavila Xose,
Amorim Isabel, Borges Paulo
Biodiversity Data Journal. 2020 8
An investigation into the utility of eastern barn owl pellet content as a tool to monitor small mammal diversity in an arid ecosystem
Schoenefuss Pia,
Kutt Alex S.,
Kern Pippa L.,
Moffatt Kate A.,
Bon Joshua,
Wardle Glenda M.,
Dickman Chris R.,
Hurwood David A., Baker Andrew M.
Austral Ecology. 2024 49(3).
Mark my words: experts’ choice of marking methods used in capture-mark-recapture studies of small mammals
Jung Thomas S,
Boonstra Rudy,
Krebs Charles J, Pavey Chris
Journal of Mammalogy. 2020 101(1). p.307
Physical factors at salt licks influenced the frequency of wildlife visitation in the Malaysian tropical rainforest
Razali Nor Bazilah,
Shafie Muhammad Syafiq Haiqal,
Mohd Jobran Rahaniza Ali ,
Abdul Karim Nur Hayati ,
Khamis Shamsul ,
Mohd-Taib Farah Shafawati,
Md Nor Shukor ,
Ngadi Ehwan ,
Atiqah Razali Siti Hajar ,
Husin Shahril Mod, Redza Hussein Mohamed Shah
Tropical Zoology. 2020 33(3).
Spot on: using camera traps to individually monitor one of the world’s largest lizards
Moore Harry A.,
Champney Jacob L.,
Dunlop Judy A.,
Valentine Leonie E., Nimmo Dale G.
Wildlife Research. 2020 47(4). p.326
A frontier in the use of camera traps: surveying terrestrial squamate assemblages
Welbourne Dustin J.,
Paull David J.,
Claridge Andrew W.,
Ford Frederic,
Rowcliffe Marcus, De Angelo Carlos
Remote Sensing in Ecology and Conservation. 2017 3(3). p.133
Biodiversity monitoring for the jarrah (Eucalyptus marginata) forest in south-west Western Australia: An extension to ten-year findings of Forestcheck
Thorn Sian,
Wills Allan, McCaw Lachlan
Forest Ecology and Management. 2024 567 p.122082
Landscape Use and Co-Occurrence Patterns of Neotropical Spotted Cats
Nagy-Reis Mariana B.,
Nichols James D.,
Chiarello Adriano G.,
Ribeiro Milton Cezar,
Setz Eleonore Z. F., Serrano Ferron Emmanuel
PLOS ONE. 2017 12(1). p.e0168441
Recommended guiding principles for reporting on camera trapping research
Meek P. D.,
Ballard G.,
Claridge A.,
Kays R.,
Moseby K.,
O’Brien T.,
O’Connell A.,
Sanderson J.,
Swann D. E.,
Tobler M., Townsend S.
Biodiversity and Conservation. 2014 23(9). p.2321
Do available products to mask human scent influence camera trap survey results?
Muñoz David,
Kapfer Joshua, Olfenbuttel Colleen
Wildlife Biology. 2014 20(4). p.246
It’s a trap: Optimizing detection of rare small mammals
Harkins Kristina M.,
Keinath Doug,
Ben-David Merav, Yue Bi-Song
PLOS ONE. 2019 14(3). p.e0213201
Using habitat suitability information from across a species range to inform understudied ecosystems
Hurtado Cindy M,
Burton A Cole, Reyna Rafael
Journal of Mammalogy. 2022 103(4). p.814
Ideating iDNA: Lessons and limitations from leeches in legacy collections
Siddall Mark E.,
Barkdull Megan,
Tessler Michael,
Brugler Mercer R.,
Borda Elizabeth,
Hekkala Evon, Doi Hideyuki
PLOS ONE. 2019 14(2). p.e0212226
The Use of Selfie Camera Traps to Estimate Home Range and Movement Patterns of Small Mammals in a Fragmented Landscape
Gracanin Ana, Mikac Katarina M.
Animals. 2022 12(7). p.912
Snap happy: camera traps are an effective sampling tool when compared with alternative methods
Wearn Oliver R., Glover-Kapfer Paul
Royal Society Open Science. 2019 6(3). p.181748
Non‐invasive methods for monitoring weasels: emerging technologies and priorities for future research
Jachowski David S.,
Bergeson Scott M.,
Cotey Stacy R.,
Croose Elizabeth,
Hofmeester Tim R.,
MacPherson Jenny,
Wright Patrick,
Calderón‐Acevedo Camilo A.,
Carter Stephen P.,
Dürst Andrin C.,
Egloff Gregory B.,
Hamed M. Kevin,
Hapeman Paul,
Harris Stephen N.,
Hassler Kendyl,
Humbert Jean‐Yves,
Karp Denise,
Kays Roland,
Mausbach Jelena,
Morin Dana J.,
Mos Jeroen,
Allué Salvador Salvador,
Smith Lisa,
Twining Joshua P.,
Williamson Chad R., Zub Karol
Mammal Review. 2024 54(3). p.243
Comparison of Minimally Invasive Monitoring Methods and Live Trapping in Mammals
Miranda Paez Andrea,
Sundaram Mekala, Willoughby Janna R.
Genes. 2021 12(12). p.1949
Estimating Wildlife Density as a Function of Environmental Heterogeneity Using Unmarked Data
Connor Thomas,
Division Wildlife,
Tripp Emilio,
Bean William T.,
Saxon B. J.,
Camarena Jessica,
Donahue Asa,
Sarna-Wojcicki Daniel,
Macaulay Luke,
Tripp William, Brashares Justin
Remote Sensing. 2022 14(5). p.1087
