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1917; DE HAAS 1950; SUPRIATNA 1995; IS-
KANDAR & COLIJN 2001).
In April and August 1998, two live R.
nigrostriatus were collected in the vicinity
of Merauke, Province of Papua, Indonesia,
by native collectors. In their external phe-
notype, both snakes closely resembled
Australian and Papua New Guinean speci-
mens of R. nigrostriatus as described and
illustrated in the literature (COGGER 2002;
O’SHEA 1996). One of the specimens was
preserved and deposited in the herpetological
collection of the Forschungsinstitut und
Naturmuseum Senckenberg, Frankfurt am
Main, Germany (SMF 81869). It documents
a range extension of approximately 100 km
NW from collecting localities in Papua New
Guinea (O’SHEA 1996: 213) and represents a
new province and country record for Papua
and Indonesia, respectively.
Rhinoplocephalus nigrostriatus is an
extremely slender, cylindrical snake with a
narrow, flattened head which is only slightly
distinct from the neck, and a long tail. The
maximum total length of R. nigrostriatus is
reported to be 615 mm (O’SHEA 1996: 138),
and based on their small size and the unavail-
ability of information on their venom and
toxins or cases of snakebite, these snakes are
believed to be unlikely to effectively enven-
om humans (O’SHEA 1996), and not consid-
ered to belong to the dangerous species in
Australia (SUTHERLAND & TIBBALLS 2001).
Rhinoplocephalus nigrostriatus has
been described as being a secretive, noctur-
nal snake which feeds principally on lizards
and is usually found sheltering under logs or
ground litter in sclerophyll forests and wood-
lands (COGGER 2002). Maintained in captiv-
ity under a western Javan climate regime, the
specimen from Merauke exhibited consider-
able activity during the day which was remi-
niscent of that of a diurnal forager. It also
rapidly hunted down and swallowed uniden-
tified small skinks during the day, and
defended itself by swift strikes when cor-
nered. Under identical conditions, speci-
mens of R. boschmai from the same area
were strictly nocturnal in agreement with the
literature (COGGER 2002), and inoffensive.
ACKNOWLEDGMENTS: I am grateful to Frank
Bambang YUWONO (P.T. Vivaria Indonesia, Jakarta) for
providing laboratory facilities and help with logistics.
REFERENCES: COGGER, H. G. (2002): Reptiles
and amphibians of Australia; 6th ed. Sydney (Reed New
Holland), 808 pp. DEHAAS, C. P. J. (1950): Checklist of
the snakes of the Indo-Australian archipelago (Reptiles –
Ophidia).- Treubia, Bogor; 20: 511-625. DEROOIJ, N.
(1917): The reptiles of the Indo-Australian Archipelago;
II. Ophidia. Leiden (E. J. Brill), 334 pp. ISKANDAR, D. T.
& COLIJN, E. (2001): A checklist of Southeast Asian and
New Guinean reptiles – Part I. Serpentes. Jakarta
(Biodiversity Conservation Project, Indonesian Institute
of Sciences, Japan International Cooperation Agency,
The Ministry of Forestry, The Gibbon Foundation and
Institute of Technology Bandung), 195 pp. O’SHEA, M.
T. (1996): A guide to the snakes of Papua New Guinea.
Port Moresby (Independent Publishing), 239 pp.
SUPRIATNA, J. (1995): Ular berbisa di Indonesia. Jakarta
(Penerbit Bhratara), 75 pp. SUTHERLAND, S. K. & TIB-
BALLS, J. (2001): Australian animal toxins. Melbourne
(Oxford University Press), 856 pp.
KEY WORDS: Reptilia: Squamata: Serpentes:
Elapidae: Rhinoplocephalus nigrostriatus; venomous
snakes; geographical distribution; new country record;
Merauke, Papua, Indonesia; Papua New Guinea; New
Guinea; Australia
SUBMITTED: May 7, 2004
AUTHOR: Ulrich KUCH, Sektion Herpetologie,
Forschungsinstitut und Naturmuseum Senckenberg,
Senckenberganlage 25, D-60325 Frankfurt am Main,
Germany < u.kuch@em.uni-frankfurt.de >.
New distributional records
of amphibians
in the Andes of Ecuador
During herpetological field studies in
the Andes of Ecuador, research associates of
the Universidad San Francisco de Quito dis-
covered new locations where poorly-known
amphibians occurred. Little information is
available for Ecuadorian amphibians and
the present contribution is part of a series
that intends to enhance our knowledge
about the amphibians in order to promote
their conservation.
Two specimens of Eleutherodactylus
sobetes LYNCH, 1980 (DFCH- USFQ 0902,
0912) were collected at the Bosque Pro-
tector Río Guajalito, km 56 of the road
Quito-San Juan-Chiriboga-Las Palmas,
province of Pichincha (00°14’S / 78°
49’W, 1.900 m, February 2000) by D. F.
CISNEROS-HEREDIA and A. LEÓN. These
specimens represent vouchers for the sec-
ond locality of the species (previously
known just from the type locality, LYNCH
& DUELLMAN 1997), extending its range
ca. 15 km to the west. Both specimens
were collected near a ravine in an old sec-
ondary evergreen low montane forest at
194 SHORT NOTE HERPETOZOA 17 (3/4) Wien, 30. Dezember 2004 SHORT NOTE
night over leaves 0.5-1.0 m above forest
floor.
Phrynopus brunneus LYNCH, 1975
(FHGO-USFQ 3046, 15 July 2000) and P.
peraccai LYNCH, 1975 (FHGO-USFQ 3036-
37, 06 August 2000) were collected at
Chamizo, province of Carchi (00º30’N /
77º45’W) by D. ALMEIDA and N. SCHULTZ.
This is the second locality for P. brunneus
(known just from the type locality, FROST
2002) extending its range ca. 30 km SW;
and the first locality for P. peraccai in the
province of Carchi (known just from the
vicinity of Papallacta, province of Napo,
FROST 2002). Both species do not seem to
be sympatric, with P. peraccai found in
montane forests and paramo areas at 3.000
and 3.350 m, and P. brunneus in agricultur-
al areas at 3.100 m.
Epicrionops bicolor has been men-
tioned but a few times after BOULENGER’s
(1883) description and TAYLOR’s (1968)
redescription. LYNCH (2000 “1999”) report-
ed specimens from Colombia, noting that it
was otherwise known from the holotype
only. Two specimens (DFCH-USFQ 0880,
0906) collected at Bosque Protector Río
Guajalito, km 56 of the road Quito-San Juan-
Chiriboga-Las Palmas, province of Pichin-
cha (00°14’S / 78° 49’W, 1.900 m, February
and August 2000), by D. F. CISNEROS-
HEREDIA and A. LEÓN are the second and
third records from Ecuador. DFCH-USFQ
0880 was active in the nude ground, moving
from the forest towards a river at 23:20.
DFCH-USFQ 0906 was found active under-
neath a pile of logs in an old secondary ever-
green low montane forest at 21:30. Both
were found after heavy rains. Epicrionops
bicolor is sympatric with Caecilia cf. pachy-
nema GÜNTHER, 1859 at Río Guajalito.
ACKNOWLEDGMENTS: To A. LEÓN for field
companionship, to J. SIMMONS, L. COLOMA, J. LYNCH,
D. ALMEIDA, and F. NOGALES for sharing information
and providing literature. Specimens reported herein
are part of the collections of DIEGO F. C ISNEROS-
HEREDIA (DFCH-USFQ) and Fundación Herpetológica
GUSTAVO ORCES (FHGO-USFQ), both housed at the
Universidad San Francisco de Quito (USFQ), Quito,
Ecuador. J.-M. TOUZET and A. M. VELASCO provided
facilities for study of the FHGO-USFQ collection. K.
SWING, S. DELATORRE and MA. E. HEREDIA critically
read the manuscript. Ma. E. HEREDIA and L. HEREDIA
provided financial and moral support. I am indebted to
V. ZAK, owner of Bosque Protector Río Guajalito, for
all the facilities and constant support provided.
Universidad San Francisco de Quito provided institu-
tional support and laboratory facilities.
REFERENCES: BOULENGER, G. A. (1883): De-
scription of a new genus of Caeciliae.- Ann. Mag. Nat.
Hist., London; (ser. 5) 11 (63): 202-203. FROST, D. R.
(2002): Amphibian species of the world: an online
reference. V2.21 [15 July 2002]. New York. < http://
research.amnh.org/herpetology/amphibia/index.php >
(Accessed: 14 February 2004). LYNCH, J. D. (2000
“1999”): Una aproximación a las culebras ciegas de
Colombia (Amphibia: Gymnophiona).- Rev. Acad.
Colombiana Cienc., Bogotá; 23 (supl. esp.): 317-337.
LYNCH, J. D. & DUELLMAN, W. E. (1997): Frogs of the
genus Eleutherodactylus in Western Ecuador. System-
atics, ecology and biogeography.- Univ. Kansas, Mus.
Nat. Hist. Spec. Publ., Lawrence; 23: 1-236. TAYLOR,
E. H. (1968): The caecilians of the world. ATaxonomic
Review. Lawrence (Univ. Kansas Press), pp. 848.
KEY WORDS: Amphibia, Anura, Leptodacty-
lidae, Eleutherodactylus sobetes, Phrynopus brunneus,
Phrynopus peraccai, Gymnophiona, Rhinatrematidae,
Epicrionops bicolor, distribution, new records, Carchi,
Pichincha, Ecuador
SUBMITTED: May 5, 2004
AUTHOR: Diego F. CISNEROS-HEREDIA, Col-
lege of Biological and Environmental Sciences, Uni-
versidad San Francisco de Quito, Ave. Interoceánica
y calle Diego de Robles, Campus Cumbayá, Edif.
Maxwell. Casilla Postal 17-12-841, Quito, Ecuador
< diegofrancisco_cisneros@yahoo.com >.
First record of Platyceps najadum
dahlii (SCHINZ, 1833) from the
Croatian Island of Pag and
confirmation for the Island of Krk
As indicated by a continuous line in
the map by DAREWSKIJ & SČERBAK (1993),
the vicinity of the town of Zadar on the
Dalmatian coast (Croatia) has been the
northernmost substantiated record locality of
Platyceps najadum dahlii (SCHINZ, 1833).
An even more northern site on the Island of
Krk (BRUNO 1980) is linked to the continu-
ously encircled distribution area by a dashed
line which might suggest some doubts on its
credibility. The snake’s mention from Istria
(Rovinj, Pula - MÜLLER 1934-35) was large-
ly ignored by subsequent authors.
During an excursion on the Croatian
Island of Pag, on June, 11, 2004, a specimen
of P. najadum dahlii was found dead on the
road about two kilometers south of the vil-
lage of Vrčići in the central south of the
island (fig. 1). The snake was detected at
about 9:00 a.m. and appeared almost fresh-
ly killed. On both sides of the road, there
SHORT NOTE HERPETOZOA17 (3/4) Wien, 30. Dezember 2004 SHORT NOTE 195
