Novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>Salamandra salamandra</em>) in capture-mark-recapture studies

Recently we started implementing a highly efficient, non-invasive method of direct individual marking (i.e., typifying) in a population study of the fire salamander, Salamandra salamandra. Our technique is based on the unique alphanumeric code for every individual, generated upon the numbers of open...

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Main Authors: Goran Šukalo, Sonja Đorđević, Dragojla Golub, Dejan Dmitrović, Ljiljana Tomović
Format: Article
Language:English
Published: Firenze University Press 2013-07-01
Series:Acta Herpetologica
Online Access:https://oaj.fupress.net/index.php/ah/article/view/1677
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spelling doaj-53b69fad06104e929c2c73494f07d82a2020-11-25T01:30:12ZengFirenze University PressActa Herpetologica1827-96351827-96432013-07-018110.13128/Acta_Herpetol-1206510936Novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>Salamandra salamandra</em>) in capture-mark-recapture studiesGoran Šukalo0Sonja ĐorđevićDragojla GolubDejan DmitrovićLjiljana TomovićUniversity of Banja LukaRecently we started implementing a highly efficient, non-invasive method of direct individual marking (i.e., typifying) in a population study of the fire salamander, Salamandra salamandra. Our technique is based on the unique alphanumeric code for every individual, generated upon the numbers of openings of repellent/toxic skin glands in the yellow areas of the selected regions of the body. This code was proved reliable in the sample of 159 individuals from two separate populations and enabled easy and quick recognition of recaptured animals. The proposed method is inexpensive, easily applicable in the field, involves minimum stress for the animals and does not affect their behaviour and the possibility of repeated captures of “marked” (i.e., coded) individuals. It is particularly suitable for dense populations.https://oaj.fupress.net/index.php/ah/article/view/1677
collection DOAJ
language English
format Article
sources DOAJ
author Goran Šukalo
Sonja Đorđević
Dragojla Golub
Dejan Dmitrović
Ljiljana Tomović
spellingShingle Goran Šukalo
Sonja Đorđević
Dragojla Golub
Dejan Dmitrović
Ljiljana Tomović
Novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>Salamandra salamandra</em>) in capture-mark-recapture studies
Acta Herpetologica
author_facet Goran Šukalo
Sonja Đorđević
Dragojla Golub
Dejan Dmitrović
Ljiljana Tomović
author_sort Goran Šukalo
title Novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>Salamandra salamandra</em>) in capture-mark-recapture studies
title_short Novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>Salamandra salamandra</em>) in capture-mark-recapture studies
title_full Novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>Salamandra salamandra</em>) in capture-mark-recapture studies
title_fullStr Novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>Salamandra salamandra</em>) in capture-mark-recapture studies
title_full_unstemmed Novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>Salamandra salamandra</em>) in capture-mark-recapture studies
title_sort novel, non-invasive method for distinguishing the individuals of the fire salamander (<em>salamandra salamandra</em>) in capture-mark-recapture studies
publisher Firenze University Press
series Acta Herpetologica
issn 1827-9635
1827-9643
publishDate 2013-07-01
description Recently we started implementing a highly efficient, non-invasive method of direct individual marking (i.e., typifying) in a population study of the fire salamander, Salamandra salamandra. Our technique is based on the unique alphanumeric code for every individual, generated upon the numbers of openings of repellent/toxic skin glands in the yellow areas of the selected regions of the body. This code was proved reliable in the sample of 159 individuals from two separate populations and enabled easy and quick recognition of recaptured animals. The proposed method is inexpensive, easily applicable in the field, involves minimum stress for the animals and does not affect their behaviour and the possibility of repeated captures of “marked” (i.e., coded) individuals. It is particularly suitable for dense populations.
url https://oaj.fupress.net/index.php/ah/article/view/1677
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