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Browett, S ![]() ![]() ![]() ![]() |
Prasetyo, AP, Murray, JM, Kurniawan, M, Guimaraes Sales, N ![]() ![]() ![]() |
Prasetyo, A ![]() ![]() |
Handley, LL ![]() ![]() ![]() ![]() |
Ennes Silva, F, Valsecchi do Amaral, J, Roos, C, Bowler, M, Röhe, F, Sampaio, R, Janiak, MC ![]() ![]() ![]() |
Broadhurst, HA, Gregory, LM, Bleakley, EK, Perkins, JC, Lavin, JV, Bolton, P, Browett, S, Howe, CV, Singleton, N, Tansley, D, Guimarães Sales, N and McDevitt, A ![]() |
Prasetyo, AP, McDevitt, A ![]() ![]() ![]() |
Mariani, S ![]() ![]() |
Jackman, JM, Benvenuto, C ![]() ![]() ![]() ![]() |
Coscia, I ![]() ![]() |
Browett, SS, Curran, TG, O’Meara, DB, Harrington, AP, Guimaraes Sales, N, Antwis, RE ![]() ![]() |
Sales, NG, Wangensteen Fuentes, OS ![]() ![]() ![]() ![]() |
Coscia, I ![]() ![]() |
Sales, NG, Da Cruz Kaizer, M ![]() ![]() ![]() ![]() ![]() |
Sales, NG, McKenzie, M, Drake, J, Harper, L, Browett, S, Coscia, I ![]() ![]() ![]() ![]() ![]() |
Vega, R, McDevitt, A ![]() ![]() |
Browett, SS, O'Meara, DB and McDevitt, A ![]() |
Harper, LR, Lawson Handley, L, Carpenter, AI, Ghazali, M, Di Muri, C, Macgregor, CJ, Logan, TW, Law, A, Breithaupt, T, Read, DS, McDevitt, AD ![]() |
McDevitt, A ![]() ![]() ![]() ![]() ![]() |
Stojak, J, Borowik, T, Górny, M, McDevitt, A ![]() |
O'Meara, D, McDevitt, A ![]() |
Gubili, C, Mariani, S ![]() ![]() |
Stojak, J, McDevitt, A ![]() |
Nally, J, Arent, Z, Bayles, D, Hornsby, R, Gilmore, C, Regan, S, McDevitt, A ![]() |
Herman, J, Jóhannesdóttir, F, Jones, E, McDevitt, A ![]() |
Vega, R, McDevitt, A ![]() |
Stojak, J, Wójcik, JM, Ruczyńska, I, Searle, JB and McDevitt, A ![]() |
Gargan, LM, Cornette, R, Yearsley, JM, Montgomery, WI, Pauperio, J, Alves, PC, Butler, F, Pascal, M, Tresset, A, Herrel, A, Lusby, J, Tosh, DG, Searle, JB and McDevitt, A ![]() |
Stojak, J, McDevitt, A ![]() |
Herman, JS., McDevitt, A ![]() |
Michalczuk, J, McDevitt, A ![]() |
Mullins, J, McDevitt, A ![]() |
McDevitt, A ![]() |
Frantz, AC, McDevitt, A ![]() |
Davison, A 2022, Using eDNA to construct community assemblages of amphibians at sites infected with Batrachochytrium salamandrivorans in the Netherlands. , MSc by research thesis, University of Salford. |
Lavin, J 2022, Environmental DNA metabarcoding and citizen science as a cost-effective and rapid tool for monitoring terrestrial mammalian species , MSc by research thesis, University of Salford. |
Bolton, P 2021, Comparing fine-scale temporal environmental DNA (eDNA) sampling to camera trapping for detecting mammalian carnivores , MSc by research thesis, University of Salford. |
Browett, S 2020, Know your enemy : a molecular approach to determine how the pygmy shrew (Sorex minutus) in Ireland succumbs to the invasion of the greater white-toothed shrew (Crocidura russula) , PhD thesis, University of Salford. |
Perkins, JC 2020, Using environmental DNA metabarcoding to monitor fish biodiversity and assess anthropogenic barrier impacts on the river Mersey, UK , MSc by research thesis, University of Salford. |
McGill, L 2020, Exploring population connectivity and adaptation in two deep sea fishes, Molva molva and Molva dypterygia , MRes thesis, University of Salford. |
Da Cruz Kaizer, M ![]() |
Jackman, JM, Benvenuto, C ![]() ![]() ![]() ![]() |
Sales, NG, Da Cruz Kaizer, M ![]() ![]() ![]() ![]() ![]() |