Articles citing this paper
An eDNA approach to detect eastern hellbenders (Cryptobranchus a. alleganiensis) using samples of water
Zachary H. Olson A C , Jeffrey T. Briggler B and Rod N. Williams A
+ Author Affiliations
- Author Affiliations
A Department of Forestry & Natural Resources, Purdue University, West Lafayette, IN 47907, USA.
B Missouri Department of Conservation, PO Box 180, Jefferson City, MO 65102, USA.
C Corresponding author. Email: olson.z.h@gmail.com
Wildlife Research 39(7) 629-636 https://doi.org/10.1071/WR12114
Submitted: 26 June 2012 Accepted: 15 August 2012 Published: 17 September 2012
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Kidd Anne G.,
Wilson Chris C., Mahon Andrew R.
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Carøe Christian,
Campos Paula F.,
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Wildlife Research. 2018 45(2). p.164
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Austin Christopher M.,
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Wei Nu-Wei V.,
Miller Adam,
Pierce Simon J.,
Rowat David,
Stevens Guy,
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Carim Kellie J.,
Young Michael K.,
McKelvey Kevin S.,
Mock Karen E., Schwartz Michael K.
Ecology and Evolution. 2018 8(5). p.2659
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PeerJ. 2019 7 p.e7597
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Nakai Katsuki,
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Gotoh Ryo O.,
Miya Masaki,
Sato Hirotoshi,
Yamanaka Hiroki, Minamoto Toshifumi
Ecology and Evolution. 2020 10(12). p.5354
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Shogren Arial J.,
Tank Jennifer L.,
Andruszkiewicz Elizabeth A.,
Olds Brett,
Jerde Christopher, Bolster Diogo
Journal of The Royal Society Interface. 2016 13(119). p.20160290
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Brammell Ben F.,
Strasko Elizabeth K.,
Brewer Sara A.,
Piche Rebecca R.,
Sams Cierla M.,
Mott Cy L., Stull Malinda A.
Conservation Genetics Resources. 2023 15(4). p.187
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Meyer Mark J.,
Mcphee Carolyn,
Gaston Jordan R.,
Venesky Matthew D., Case Brian F.
The Journal of Wildlife Management. 2018 82(1). p.217
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Renan Sharon,
Gafny Sarig,
Perl R. G. Bina,
Roll Uri,
Malka Yoram,
Vences Miguel, Geffen Eli
Molecular Ecology. 2017 26(24). p.6801
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Lintermans Mark,
Gleeson Dianne,
Broadhurst Ben, Furlan Elise
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Bartron Meredith L.,
Galbraith Heather S.,
Grassi Josh, Rees Christopher B.
Environmental DNA. 2023 5(1). p.175
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Spatharis Sofie,
Dario Maria Augusta,
Dwyer Toni,
Roca Inaki J. T.,
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Roussel Jean‐Marc,
Paillisson Jean‐Marc,
Tréguier Anne,
Petit Eric, Cadotte Marc
Journal of Applied Ecology. 2015 52(4). p.823
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Adams Clare,
Hoekstra Luke,
Muell Morgan, Janzen Fredric
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Pilliod David S.,
Goldberg Caren S.,
Arkle Robert S.,
Waits Lisette P., Richardson John
Canadian Journal of Fisheries and Aquatic Sciences. 2013 70(8). p.1123
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Robinson Padraic S.,
Davis Drew R.,
Collins Sean M., Kline Richard J.
Global Ecology and Conservation. 2022 36 p.e02131
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Field Emily K.,
Rezac Calvin R.,
Ellwanger Robert J., Creely Jack C.
Southeastern Naturalist. 2024 23(1).
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Kamoroff Colleen, Goldberg Caren S.
Limnology. 2018 19(3). p.335
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Pierson Todd W.,
McKee Anna M.,
Spear Stephen F.,
Maerz John C.,
Camp Carlos D., Glenn Travis C.
Copeia. 2016 104(1). p.78
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Minamoto Toshifumi,
Uchii Kimiko,
Takahara Teruhiko,
Kitayoshi Takumi,
Tsuji Satsuki,
Yamanaka Hiroki, Doi Hideyuki
Molecular Ecology Resources. 2017 17(2). p.324
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Farrington Heather L.,
Edwards Christine E.,
Guan Xin,
Carr Matthew R.,
Baerwaldt Kelly,
Lance Richard F., Gilbert Tom
PLOS ONE. 2015 10(2). p.e0117803
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Sahu Ashish,
Kumar Neelesh,
Pal Singh Chandra, Singh Mahender
Journal for Nature Conservation. 2023 71 p.126325
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Kirtane Anish A.,
Wilder Maxwell L.,
Green Hyatt C., Doi Hideyuki
PLOS ONE. 2019 14(11). p.e0222883
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Pitt Amber L.,
Shinskie Jamie L.,
Tavano Joseph J.,
Hartzell Sean M.,
Delahunty Tina, Spear Stephen F.
Freshwater Biology. 2017 62(6). p.967
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Westhoff Jacob T.,
Berkman Leah K.,
Klymus Katy E.,
Thompson Nathan L., Richter Catherine A.
Fishes. 2022 7(2). p.70
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Wineland Sean M.,
Arrick Rachel F.,
Welch Shane M.,
Pauley Thomas K.,
Mosher Jennifer J.,
Apodaca Joseph J.,
Olszack Max,
Holmes Jeffrey N., Waldron Jayme L.
Environmental DNA. 2019 1(1). p.86
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Ratsch Rikki,
Kingsbury Bruce A., Jordan Mark A.
Animals. 2020 10(6). p.1057
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Eichmiller Jessica J.,
Miller Loren M., Sorensen Peter W.
Molecular Ecology Resources. 2016 16(1). p.56
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Andrade Patricia Dammski Borges de,
Razzolini Emanuel, Baggio Rafael Antunes
Brazilian Archives of Biology and Technology. 2021 64(spe).
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Perelman Zander E.,
Takahashi Mizuki K.,
Hundermark Emma L., Parenzan Carol
Northeastern Naturalist. 2021 28(4).
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Biological Conservation. 2015 183 p.4
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Eichmiller Jessica J.,
Bajer Przemyslaw G.,
Sorensen Peter W., Anil Arga Chandrashekar
PLoS ONE. 2014 9(11). p.e112611
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Plante Félix,
Bourgault Patrice,
Dubois Yohann, Bernatchez Louis
Environmental DNA. 2021 3(6). p.1128
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Wegleitner Benjamin J.,
Jerde Christopher L.,
Tucker Andrew,
Chadderton W. Lindsay, Mahon Andrew R.
Conservation Genetics Resources. 2015 7(4). p.789
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Eichmiller Jessica J.,
Best Sendréa E., Sorensen Peter W.
Environmental Science & Technology. 2016 50(4). p.1859
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Azarian Clara,
Foster Scott,
Devloo‐Delva Floriaan, Feutry Pierre
Environmental DNA. 2021 3(3). p.541
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Mächler Elvira,
Deiner Kristy,
Spahn Fabienne, Altermatt Florian
Environmental Science & Technology. 2016 50(1). p.305
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Kamoroff Colleen, Goldberg Caren S.
Freshwater Science. 2018 37(3). p.685
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Wang Jie,
Liu Ping,
Chang Jiang,
Li Cheng,
Xie Feng,
Jiang Jianping, Jia Zhi-Yun
Current Zoology. 2022 68(5). p.608
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Fujiwara Ayaka,
Matsuhashi Saeko,
Doi Hideyuki,
Yamamoto Satoshi, Minamoto Toshifumi
Freshwater Science. 2016 35(2). p.748
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Dickie Ian A.,
Boyer Stephane,
Buckley Hannah L.,
Duncan Richard P.,
Gardner Paul P.,
Hogg Ian D.,
Holdaway Robert J.,
Lear Gavin,
Makiola Andreas,
Morales Sergio E.,
Powell Jeff R., Weaver Louise
Molecular Ecology Resources. 2018 18(5). p.940
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Spear Stephen F.,
Groves John D.,
Williams Lori A., Waits Lisette P.
Biological Conservation. 2015 183 p.38
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Barnes Matthew A., Turner Cameron R.
Conservation Genetics. 2016 17(1). p.1
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Brüniche‐Olsen Anna,
Kellner Kenneth F., DeWoody J. Andrew
Molecular Ecology. 2019 28(22). p.4914
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Spangler Mark A.,
Huettmann Falk,
Herriott Ian C., López J. Andrés
Conservation Genetics Resources. 2018 10(4). p.631
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Furlan Elise M.,
Gleeson Dianne,
Wisniewski Chris,
Yick Jonah,
Duncan Richard P., Strecker Angela
Journal of Applied Ecology. 2019 56(11). p.2505
Utility of environmental DNA for monitoring rare and indicator macroinvertebrate species
Mächler Elvira,
Deiner Kristy,
Steinmann Patrick, Altermatt Florian
Freshwater Science. 2014 33(4). p.1174
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Beng Kingsly C., Corlett Richard T.
Biodiversity and Conservation. 2020 29(7). p.2089
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Keepers Kyle Garrett,
Pogoda Cloe S.,
White Kristin H.,
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Hoffman Jordan R.,
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