© Biospeologica Bibliographia - Publications 2010-2
© Biospeologica Bibliographia - Publications 2010-2
© Biospeologica Bibliographia - Publications 2010-2
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<strong>©</strong> <strong>Biospeologica</strong> <strong>Bibliographia</strong><br />
<strong>Publications</strong> <strong>2010</strong>-1<br />
Page 76 sur 116<br />
colonies were collected from all visited caves. There were marked<br />
differences in CFU numbers among individual caves, the highest CFU<br />
numbers having been estimated in the Fanaţe Cave, probably due to the<br />
extensive bat colonization. In the Urşilor Cave, differences in CFU<br />
numbers were found between of airborne microfungi isolated during the<br />
day (tourist time) and those isolated during the night.<br />
http://www.icsb<strong>2010</strong>.net/<br />
NSW Government (Environment, Climate Change &<br />
Water) & NSW National Parks and Wildlife Service,<br />
<strong>2010</strong>. NSW Native Animal Keepers' Species List <strong>2010</strong><br />
(also available at: www.environment.nsw.gov.au).<br />
OARGA (A.), SCHILLER (E.), PERŞOIU (A.), ŠEBELA<br />
(S.) & MULEC (J.), <strong>2010</strong>. Contribution to the ecology of<br />
Copepoda in sulphidic karst springs (Žveplenica - Dolenja<br />
Trebuša, Slovenia):138-139, poster presentation. In: 20 th<br />
International Conference on Subterranean Biology,<br />
Postojna, Slovenia, 29 August-3 September <strong>2010</strong>, ICSB<br />
<strong>2010</strong> Abstract Book, edited by: Ajda MOŠKRIČ and Peter<br />
TRONTELJ, ISBN 978-961-269-286-5. ABS: For many<br />
groups of animals sulphidic habitats represent an inhospitable<br />
environment. Žveplenica (46°5′38.21″N 13°50′20.04″E) sulphidic spring<br />
(Dolenja Trebuša, Slovenia) was investigated for faunal diversity and for<br />
environmental conditions. The sulphidic spring is situated only some 10<br />
meters south of Dinaric oriented (NW-SE) Kobarid fault and 2.3 km<br />
south of regionally important Idrija fault in coarse-grained massive Upper<br />
Triassic dolomite with tectonic situation typical for External Dinarides.<br />
The spring discharge was rather constant in the 2- year monitoring period<br />
~1.8 l/min. Water temperature was 10.5 ± 0.2°C, with pH of 7.56 ± 0.12,<br />
and specific conductance of 419 ± 9 µS/cm. Measurements at the spring<br />
orifice showed low concentrations of dissolved oxygen (0.13 mg/l).<br />
Dissolved sulphide concentration was 7.8 mg/l, sulphate 9.9 mg/l, and<br />
nitrate and ammonium was 0.0 mg/l. At the spring orifice filaments of<br />
microbial mat were attached in variable quantity. Dry weight of filtered<br />
water at the orifice was 2.7 mg/l. Water samples for stable isotope<br />
analysis were collected on a monthly basis. The constant δ 18 O and δ 2 H<br />
values in Žveplenica spring indicate long residence times of water in the<br />
underground. Invertebrate diversity was screened in different seasons.<br />
Seven different taxonomic groups were identified in the spring:<br />
Gastropoda, Oligochaeta, Aranea, Acarina, Cladocera, Copepoda and<br />
insects larvae. The most abundant group were copepods. In the sulphidic<br />
water Bryocamptus echinatus luenensis, Bryocamptus zschokkei, and<br />
Paracyclops fimbriatus were identified. Among the indentified copepods<br />
ovigerous females and different copepodit stages were present. These<br />
species are known to have wide ecological distribution, but little data<br />
exists on their presence in sulphidic habitats. Long residence time of<br />
water in the underground (>5 months) and stability of physicochemical<br />
parameters in Žveplenica spring suggest that these copepods which were<br />
found in every season were able to tolerate low oxygen and high sulphide<br />
concentrations. The results give us an interesting insight into copepod<br />
diversity and their ecology with respect to sulphidic karst habitats.<br />
http://www.icsb<strong>2010</strong>.net/<br />
OBRIST (M. K.), BONTADINA (F.), BOHNENSTENGEL<br />
(T.), MOESCHLER (P.) & KRÄTTLI (H.), <strong>2010</strong>. From<br />
revision of red list to bat biodiversity monitoring:<br />
Procedures, first results, and projections:239. In: 15 th<br />
International Bat Research Conference, Prague, 22-27<br />
August <strong>2010</strong>, the conference manual: Programme,<br />
abstracts, list of participants, edited by: Ivan HORÁČEK<br />
and Petr BENDA, ISBN 978-80-87154-46-5, 380 p. ABS:<br />
Red Lists are generally accepted instruments for the appreciation of the<br />
protection needs of organismic groups. In Switzerland, all 30 species of<br />
bats were red-listed as late as 1994, strongly suggesting for a revision. To<br />
comply with the requirements of the IUCN for reproducible and<br />
quantifiable measures for red list status assessments, we first clarified<br />
combined occupancy and detectability rates of endemic species using<br />
data of a pilot study and previous habitat monitoring studies. Results were<br />
used to model different sampling schemes regarding to their ability to<br />
sense changes in occupancy rates. The models led us to devise a five<br />
stage procedure for censing Swiss bats: (1) assess habitat use with<br />
bioacoustic methods using a newly developed automatic recording unit<br />
(www.batlogger.ch), (2) assess habitat use with mist-netting captures, (3)<br />
assess roost occupancy by monitoring selected species in man-made<br />
Bernard LEBRETON & Jean-Pierre BESSON<br />
Créé le : 01.01.<strong>2010</strong><br />
Modifié le : 30.06.<strong>2010</strong><br />
roosts (attics), (4) monitor swarming and hibernating bats at and in winter<br />
roosts (caves), (5) evaluate occupancy estimations resulting from the<br />
above assessments with habitat suitability models. Model evaluations<br />
resulted in an optimal sampling strategy using 100 squares of 1 km 2 . At<br />
each site 10 locations were sampled for 15 minutes each. Sampling of a<br />
site is repeated four times, spread over two seasons, by two different<br />
observers. Two independent acoustic methods are applied: expert's<br />
appreciation of bats heard real-time, and simultaneous automated<br />
recording and later machine-analysis of echolocation calls. Additionally,<br />
at each square kilometre, one mist-netting night takes place to<br />
complement species' diversity. While the above surveys reveal data on<br />
distribution and ultimately occupancy of some species, abundance for<br />
species, which are challenging to detect acoustically, may be concealed.<br />
For these, we consult data from roost monitoring programs (e. g. Myotis<br />
spp., Rhinolophidae) for information on population changes. Time-series<br />
of catches at swarming sites (caves) and counts at hibernacula complete<br />
the assessment of the red list status of all Swiss bat species. We detail the<br />
study's design, present first results of some completed samplings and<br />
elaborate on the possible inclusion of the automated acoustic sampling<br />
into the established biodiversity monitoring scheme in Switzerland.<br />
OCHOA (J. A.), BOTERO-TRUJILLO (R.) & PRENDINI<br />
(L.), <strong>2010</strong>. On the troglomorphic scorpion Troglotayosicus<br />
humiculum (Scorpiones, Troglotayosicidae), with first<br />
description of the adults. American Museum Novitates<br />
3691:1-19. ABS: The endemic Colombian troglomorphic scorpion,<br />
Troglotayosicus humiculum Botero-Trujillo & Francke, 2009, previously<br />
known only from the juvenile holotype, is redescribed based on newly<br />
collected adults of both sexes. New data on basitarsal spination, telotarsal<br />
setation, and carination of the metasoma and pedipalps, together with the<br />
first description of the hemispermatophore and a revised interpretation of<br />
the trichobothria, are provided, along with brief discussions of the<br />
ecology and distribution of the species.<br />
http://digitallibrary.amnh.org/dspace/handle/2246/6075<br />
OLIVIER (M.-J.), MARMONIER (P.), COINEAU (N.),<br />
CULVER (D. C.), DANIELOPOL (D. L.),<br />
DEHARVENG (L.) & ROSTANG (J.-C.), <strong>2010</strong>. Janine<br />
GIBERT. A passion for groundwater ecology (August 29,<br />
1945 - April 14, 2009). Subterranean Biology 7(2009,<br />
December):97-109.<br />
OLSON (C.), <strong>2010</strong>. Updates by region. Alberta. 25-years of<br />
survey data at the Cadomin Cave hibernaculum in Alberta.<br />
Western Canadian Bat Network Newsletter 17(Autumn):4.<br />
ONAC (B. P.), RACOVIŢĂ (G.) & BRAD (T.), <strong>2010</strong>. Atlasul<br />
peşterilor din Munţii Apuseni. Munţii Bihor. 1. Bazinul<br />
Arieşului Mare. University of South Florida Libraries, 90<br />
p., ONAC (B. P.), RACOVIŢĂ (G.) & BRAD (T.), eds.<br />
ONETO (F.), OTTONELLO (D.), PASTORINO (M. V.) &<br />
SALVIDIO (S.), <strong>2010</strong>. Posthatching Parental Care in<br />
Salamanders Revealed by Infrared Video Surveillance.<br />
Journal of Herpetology 44(4, December):649-653. DOI:<br />
http://dx.doi.org/10.1670/09-181.1. ABS: Posthatching parental<br />
care is known in amphibians for frogs and caecilians but, thus far, has<br />
never been reported for salamanders. Here, we describe the parental<br />
behavior of a female Northwest Italian Cave Salamander, Speleomantes<br />
strinatii, from egg deposition to nest site abandonment. The female was<br />
kept in seminatural conditions and filmed in complete darkness by an<br />
infrared video camera. In November 2007, the female laid nine eggs in a<br />
small depression of the terrarium floor, displaced the clutch with hind<br />
limbs, and showed antipredator behaviors toward a conspecific female<br />
and an intruding Roof Rat (Rattus rattus). During egg brooding, the<br />
female remained in contact with the clutch for about 98% of the time. In<br />
September 2008, two young hatched and shared the nesting site for six<br />
weeks with the female, which attended the nesting site for 87% of the<br />
time. Hatchlings repeatedly climbed over the female's body, lying on her<br />
for hours. The female walked out of the nesting site with a young on its<br />
back twice. These prolonged skin contacts between parent and offspring<br />
should be considered as the first certain case of young attendance in<br />
salamanders. This behavior may be related to increased survival of<br />
hatchlings during their first weeks of life, when young are particularly<br />
vulnerable to predation, skin infection, and dehydration.