© 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 30 sur 116<br />
Central and Southwestern USA. Journal of Cave and<br />
Karst Studies 72(3, December):161-168. DOI:<br />
http://dx.doi.org/10.4311/jcks2009lsc0097. ABS: The genus<br />
Speleonycta is erected, and S. ozarkensis, n. sp., is described and<br />
separated from other species of the subfamily Cubacubaninae. The type<br />
species was collected from several caves in the Ozark Plateau, while two<br />
more species, collected from a cave in Arizona and from a cave in<br />
California, remain under study. Morphology and preliminary analyses<br />
using histone DNA indicate that the new genus may be related to<br />
Texoreddellia, another nicoletiid from caves of Texas and northern<br />
Mexico.<br />
ETTENAUER (J. D.), <strong>2010</strong>. Culture dependent and -<br />
independent identification of microorganisms on<br />
monuments. Angestrebter akademischer Grad Magister der<br />
Naturwissenschaften (Mag. rer.nat.), Wien, im 4 Mai<br />
<strong>2010</strong>, 224 p.<br />
EVENHUIS (N. L.), <strong>2010</strong>. Authors of fly names. A<br />
preliminary list of all authors who have proposed Diptera<br />
names at the family-level or below. Bishop Museum<br />
Technical Report 51:181 p.<br />
FAILLE (A.), <strong>2010</strong>. Les Coléoptères troglobies de l'île de<br />
Sulawesi (Indonésie); description du mâle du Paussidae<br />
cavernicole Eustra saripaensis Deuve, 2002 (Coleoptera)<br />
[Troglobitic Coleoptera of Sulawesi (Indonesia);<br />
description of the male of the cavernicolous Paussidae<br />
Eustra saripaensis Deuve, 2002 (Coleoptera)]. Bulletin de<br />
la Société entomologique de France 115(3):375-380. RÉS:<br />
Nous présentons ici les résultats de prospections biospéléologiques<br />
réalisées en août et septembre 2007 dans les grottes de la région de<br />
Maros, Sulawesi. De nouvelles localités du Carabidae Mateuellus<br />
troglobioticus Deuve sont citées et le mâle d'Eustra saripaensis Deuve<br />
est décrit. L'étude de l'édéage de cet insecte permet d'émettre des<br />
hypothèses quant à ses affinités phylogénétiques avec les autres espèces<br />
du genre. Une carte de répartition des espèces d'Eustra connues à ce jour<br />
est présentée, et la distribution du genre est discutée.<br />
FAILLE (A.), BOURDEAU (C.) & FRESNEDA (J.), <strong>2010</strong>.<br />
A new species of blind Trechinae from the Pyrenees of<br />
Huesca, and its position within Aphaenops (sensu stricto)<br />
(Coleoptera: Carabidae: Trechini). Zootaxa 2566(August<br />
13):49-56, 4 pl., 16 réf. ABS: A new trechine species Aphaenops<br />
parvulus sp. n. (Carabidae, Trechini) is described from Esjamundo cave<br />
in the Pyrenees of Huesca, Spain. The new species belongs to the<br />
subgenus Aphaenops (sensu stricto), but differs from its closest congeners<br />
by the small size-it is the smallest species of the group-and characters of<br />
the aedeagus. Molecular data based on fragments of a mitochondrial<br />
(COI) and a nuclear (LSU) genes recognised Aphaenops parvulus sp. n.<br />
as a sister taxon to A. eskualduna Coiffait. Aphaenops eskualduna is<br />
reported from Spain with precision for the first time. KW: Carabidae,<br />
Trechini, Aphaenops parvulus sp. n., subterranean environment,<br />
Pyrenees, Spain, molecular phylogeny.<br />
http://www.mapress.com/zootaxa/list/<strong>2010</strong>/2566.html<br />
FAJDIGA (B.) & STUPAR (M.), <strong>2010</strong>. Subterranean<br />
protection starts on the surface:84. In: 20 th International<br />
Conference on Subterranean Biology, Postojna, Slovenia,<br />
29 August-3 September <strong>2010</strong>, ICSB <strong>2010</strong> Abstract Book,<br />
edited by: Ajda MOŠKRIČ and Peter TRONTELJ, ISBN<br />
978-961-269-286-5. ABS: The Slovenian legislation ensures the<br />
establishment of protected areas with several laws, among which The<br />
nature conservation Act (since 1999) provides a legal framework and<br />
effective mechanism for planning and management of protected areas.<br />
The first initiatives for karst conservation were connected with the<br />
protection of caves. Some clearly defined suggestions for cave protection<br />
have been given (Badiura & Brinšek, 1908, Pirc, 1911) defining the<br />
necessity of protection of cave fauna and dripstone. The protection of<br />
underground caves with interesting cave fauna and flora was stated in the<br />
third part of Spomenica (1920) which represents the first Slovenian<br />
nature conservation program. Considering the lithology of Slovenia, with<br />
the majority of the bedrocks having carbonate origin, the majority of<br />
large protected areas are obviously also linked with carbonate surface.<br />
Protected areas of Slovenian karst landscape presents three quarters of all<br />
Bernard LEBRETON & Jean-Pierre BESSON<br />
Créé le : 01.01.<strong>2010</strong><br />
Modifié le : 30.06.<strong>2010</strong><br />
protected areas in the country which indicates the great nature<br />
conservation value of karst. A legal step towards the protection of all<br />
caves was defined, when the parliament declared The Cave protection act<br />
in 2004. This act defines protection and restricts the use of caves; it<br />
determines the protection regimes, protection measures and other rules of<br />
behaviour in caves. It also defines the minimal standard which each cave<br />
should fulfil to achieve a status of natural heritage. Generally speaking<br />
every cave whose length exceedes 10 meters is automatically given the<br />
status of natural heritage. Since 2004 some of the most important cave<br />
habitats are protected as a part of the European ecological network Natura<br />
2000. An important legislation for cave conservation has thus been<br />
enacted, but it is still necessary to attain a more complex protection of the<br />
karst underground areas and thereby cave habitats. The problem of the<br />
protection of the karst underground can not be solved only on the basis of<br />
the conservation legislation. Mostly the problems of endangerment are<br />
linked with the pollution on the surface. Thereby, to achieve the<br />
protection of karst subterranean areas it is necessary to protect the surface<br />
within range of underground water. The system for the complex<br />
conservation should be based on the concept of interaction of all spheres<br />
of activity on the surface; urbanism, industry, agriculture, traffic, waste<br />
water purification. http://www.icsb<strong>2010</strong>.net/<br />
FANCIULLI (P. P.), LORETI (M.) & DALLAI (R.), <strong>2010</strong>.<br />
A new cave species of Deuteraphorura (Collembola:<br />
Onychiuridae) and redescription of four species of the<br />
genus from Italy. Zootaxa 2609(September 13):34-54, 6<br />
pl., 31 réf. ABS: The description of a new species and the redescription<br />
of four species of the genus Deuteraphorura are given. Deuteraphorura<br />
caprelleana sp. nov. is characterized by the peculiar distribution of dorsal<br />
(32/033/33354) and ventral (3/011/3212) pseudocelli that allow to<br />
recognize it from the other congeneric species. Furthermore, four species,<br />
Deuteraphorura apuanica (Dallai, 1970), D. pseudobosnaria (Dallai,<br />
1970), D. pseudoinsubraria (Dallai, 1970) and D. pseudoghidinii (Dallai,<br />
1969), are redescribed based on type and new topotypic material to<br />
furnish the description of some characters, especially concerning the<br />
chaetotaxy, not considered in the original description. A proposed key to<br />
the italian species is also reported. KW: Springtails, taxonomy,<br />
chaetotaxy, identification key, Deuteraphorura caprelleana sp. nov.<br />
http://www.mapress.com/zootaxa/list/<strong>2010</strong>/2609.html<br />
FARLEY (D.), <strong>2010</strong>. Mark Twain National Forest caves<br />
close due to bat fungus. Southeast Missourian, Friday,<br />
April 30. http://www.semissourian.com/story/1630698.html<br />
FAURE (P. A.), VESELKA (N.), McERLAIN (D. D.),<br />
HOLDSWORTH (D. W.), EGER (J. L.), CHHEM (R.),<br />
MASON (M. J.), BRAIN (K. L.) & FENTON (M. B.),<br />
<strong>2010</strong>. P 27. A stylohyal-tympanic connection signals<br />
laryngeal echolocation in bats:474. In: 9 th International<br />
Congress of Neuroethology, Salamanca (Spain), 2-7<br />
August <strong>2010</strong>. Sponsored by the International Society for<br />
Neuroethology (neuroethology.org). Abstracts. ABS:<br />
Echolocation is an active form of perception where animals emit sounds<br />
and then listen to the reflected echoes to form images of their<br />
environment in their brain. For this process to work outgoing sounds must<br />
be represented at a neuronal level for future comparison with returning<br />
echoes. The mechanism effecting this neuronal representation is presently<br />
unknown. The ability to echolocate has evolved at least four times in<br />
mammals (bats, whales, shrews, tenrecs) and twice in birds (oilbirds and<br />
cave swiftlets). Although echolocation is usually associated with bats, it<br />
is not characteristic of them. Most echolocating bats emit sounds from the<br />
larynx, but within one family (Pteropodidae) of mainly non-echolocating<br />
bats a few species emit broadband unstructured sounds by clicking their<br />
tongue. Using anatomical data obtained from microcomputed tomography<br />
scans of 26 species (n = 35 fluid-preserved bats), we found that proximal<br />
articulation of the stylohyal bone (part of the mammalian hyoid<br />
apparatus) with the tympanic bone always distinguishes laryngeallyecholocating<br />
bats from both non-echolocating and tongueclicking<br />
pteropodid bats. The stylohyal bone functions in breathing, swallowing<br />
and phonation; the tympanic bone surrounds and supports the tympanic<br />
membrane. In many high duty cycle bats the stylohyal bone was fused to<br />
the tympanic bone. A previous report on the stylohyal bone in the oldest<br />
known fossil bat (Onychonycteris finneyi) suggested that it did not<br />
echolocate; however, we speculate that O. finneyi may have used<br />
laryngeal echolocation because its stylohyals may have articulated with<br />
its tympanics. Coupling the larynx to the ear via a stylohyal-tympanic