© Biospeologica Bibliographia - Publications 2010-2

© Biospeologica Bibliographia
Publications 2010-1
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century, 12 species, and, within the 1 st half of the 20 th century, 14 species
of bats were recorded. At present, 22 bat species are known from the MK
territory, 17 of them hibernating in caves. Among them, Rhinolophus
hipposideros, Myotis myotis, M. emarginatus and Barbastella
barbastellus are the most abundant. In the years 1957-1980 hibernating
bats were marked and recaptured, since 1981 the numbers of bats found
in underground shelters have been monitored without marking or other
disturbance except by short-time illumination. In addition to caves, bats
were sampled in buildings for various purposes, such as to study their
reproduction, and in 1992-2001, summer occurrence of bats in buildings
was recorded by checking 222 lofts, attics and similar roof spaces on the
territory of the MK. Flight activity and seasonal changes in the visits to
caves by bats have been studied since 1971 by mist-netting. In different
habitats of the MK, flight activity of bats has been recorded by ultrasound
detectors since 1991. New methods such as the double infrared light
barrier have been applied to record seasonal and overnight changes in
flight activity of bats since 1997, together with automatically recorded
values of temperature and other climatic factors. In this paper, new results
of monitoring the dynamics of bat numbers within the last decades and a
recent discovery of a complete albino R. hipposideros will be reported.
GALÁN (C.), 2010. Evolución de la fauna cavernícola:
mecanismos y procesos que explican el origen de las
especies troglobias? February. http://www.aranzadizientziak.org/index.php?id=414&L=http://kamini.biz/slike/jonop/alidel/&
tx_ttnews[pointer]=1&cHash=e60a983f81
GALÁN (C.), 2010. Pensamiento sistémico y matrices de
racionalidad en Bioespeleología, Ciencia y Medio
Ambiente August. http://www.aranzadizientziak.org/index.php?id=414&L=http://kamini.biz/slike/jonop/alidel/&
tx_ttnews[pointer]=1&cHash=e60a983f81
GALÁN (C. A.) & NIETO (M.), 2010. Mycetozoa: Extrañas
formas de vida en cuevas de Gipuzkoa. Nuevos hallazgos
en karsts en caliza urgoniana en Aizkorri (Igitegi), Izarraitz
(Aixa) y Udalaitz (Montxon Koba). October.
http://www.aranzadi-zientziak.org/index.php?id=414&L=4\\\' and 1=1 --
GALÁN (C. A.), NIETO (M.) & MARTIN (C. V.), 2010.
Recubrimientos de microorganismos (Mycetozoa) y
espeleotemas en una cueva en caliza jurásica de la cuenca
del río Leizarán (Gipuzkoa, País Vasco). September.
http://www.aranzadi-zientziak.org/index.php?id=414&L=4\\\' and 1=1 --
GALDENZI (S.), COCCHIONI (F.), FILIPPONI (G.),
MORICHETTI (L.), SCURI (S.), SELVAGGIO (R.) &
COCCHIONI (M.), 2010. The sulfidic thermal caves of
Acquasanta Terme (central Italy). Journal of Cave and
Karst Studies 72(1, April):43-58. DOI:
http://dx.doi.org/10.4311/jcks2008es0056.
GALLARDO (T.) & ÁLVAREZ COBELAS (M.), 2010.
Bibliografía Botánica Ibérica, 2009. Phycophyta. Botanica
Complutensis 34:117-120.
GANDIN (M.), 2010. Deux cavités à Chiroptères du
Fumélois. Spéléo-Dordogne 190(2 e trimestre 2009, dépôt
légal: Octobre 2010):18-20.
GARCÍA (N.), CUTTELOD (A.) & ABDUL MALAK (D.),
2010. The Status and Distribution of Freshwater
Biodiversity in Northern Africa. Gland, Switzerland,
Cambridge, UK, and Malaga, Spain: IUCN, 2010. xiii +
141 p. ISBN: 978-2-8317-1271-0, GARCÍA (N.),
CUTTELOD (A.) & ABDUL MALAK (D.), eds.
http://books.google.fr/books?id=iNb5RCAH4HgC&printsec=frontcover#
v=onepage&q&f=false
GARCÍA (R.), 2010. Reseña Bibliográfica: Fauna
Cavernícola de Gran canaria, secretos del mundo
subterráneo. Vulcania 9:?
http://www.vulcania.org/index.php?option=com_content&view=article&i
d=61&Itemid=22
GARCÍA-RAWLINS (A.), NASSAR (J. M.) & SIMAL
(F.), 2010. Dynamics of cave use by cave-dwelling bats in
arid and semiarid zones in Northern Venezuela:52. In: 15 th
Bernard LEBRETON & Jean-Pierre BESSON
Créé le : 01.01.2010
Modifié le : 30.06.2010
International Bat Research Conference, Prague, 22-27
August 2010, the conference manual: Programme,
abstracts, list of participants, edited by: Ivan HORÁČEK
and Petr BENDA, ISBN 978-80-87154-46-5, 380 p.
GARCÍA-RAWLINS (A.), NASSAR (J. M.) & SIMAL
(F.), 2010. Dynamics of cave use by cave-dwelling bats in
arid and semiarid zones in northern Venezuela:142. In:
15 th International Bat Research Conference, Prague, 22-
27 August 2010, the conference manual: Programme,
abstracts, list of participants, edited by: Ivan HORÁČEK
and Petr BENDA, ISBN 978-80-87154-46-5, 380 p. ABS:
Like in the rest of the Neotropics, arid and semiarid zones in Venezuela
and the Caribbean are under variable degrees of threat, mainly produced
by abrupt land cover changes and development. Bats generate important
ecosystem services in these types of habitats, including pollination, seed
dispersal and enormous consumption of insects. Cave-dwelling bats are
the most affected for human activities, mainly because they can be
grouped into large colonies, especially during the reproductive season,
being more vulnerable to vandalism. In order to propose and implement
management measures to protect cave-dwelling species in xeric
ecosystems, we need to identify which caves are used as shelters and how
these are being used throughout time. We identified 13 caves used as bat
roosts among northern Venezuela (9) and Bonaire, Netherland Antilles
(4). We monitored each cave bimonthly, during one year. Physical and
microenvironmental characterization was made, simultaneously with bat
captures using mist nets to determine species composition and estimate
their relative abundance in each roost. A GIS was generated including
location and biological information of each cave. A total of 14 bats
species were registered (3-7 spp./cave). Temporal changes in bat presence
and species composition in the caves were particularly evident in three of
the surveyed caves (1 Bonaire, 2 Venezuela). These caves contain the
largest colonies, in some cases, maternity colonies. Temporal differences
are mainly caused by the migratory, nectar-feeding species, Leptonycteris
curasoae. With the information obtained we are designing a calendar
indicating periods at which each bat roost is more susceptible to human
disturbances and an index to assess the levels of susceptibility. We
determined that between June and August is the time window of highest
sensitivity for many species in the region, therefore extreme protective
measures should be applied in some of the caves.
GARGOMINY (O.), 2010. Référentiel taxonomique de la
faune, la flore et la fonge de France métropolitaine et
d'outre-mer. TAXREF v3.0 Sources. Muséum national
d'Histoire naturelle (MNHN), Service du Patrimoine
Naturel (SPN). Lundi 20 Septembre 2010, 22 p.
GAUCHON (C.), 2010. Le coin des livres. Analyse de
l'ouvrage: Stage national "Équipier scientifique 2008",
grotte de Gournier. Rapport coordonné par Didier
CAILHOL, F. F. S. (E. F. S. et Commission Scientifique),
76 p. Spelunca 117(Mars, 1 er trimestre):58.
GAZARYAN (S.), 2010. Distribution and migratory status of
Pipistrellus pipistrellus and P. pygmaeus in the Russian
Caucasus:144. In: 15 th International Bat Research
Conference, Prague, 22-27 August 2010, the conference
manual: Programme, abstracts, list of participants, edited
by: Ivan HORÁČEK and Petr BENDA, ISBN 978-80-
87154-46-5, 380 p. ABS: I analyzed 113 time-expanded records of
echolocation calls, presumably emitted by Pipistrellus pipistrellus or P.
pygmaeus, to clarify the distribution of these species in the Russian
portion of the Caucasus and in Cis-Caucasia. Since 2006, the calls were
recorded in 47 locations; bats of studied species were mist-netted in 28 of
them. The following six parameters were measured from each call: start
frequency (SF), end frequency (EF), middle frequency (MF), frequency
of maximum energy (FMAX), duration (D) and inter-pulse interval (IPI).
Calls of 20 hand-released bats of each species were used to classify the
remaining field records with discriminant function analysis. As a result,
presence of P. pipistrellus and P. pygmaeus were confirmed in 35 and 39
locations respectively, both species were found together in 17 locations.
Occurrence of P. pipistrellus was revealed in all investigated parts of the
Russian Caucasus, when P. pygmaeus wasn't yet found in its central part.
P. pygmaeus is similar with long-distance migrants by the seasonal