Citation:

PANGAEA.64613

Name: Occurrence of mammalia relicts at site Pestera la Adam
Creator: M Dumitrescu
Published: 2001-11-19
License: https://creativecommons.org/licenses/by/3.0/
Keywords: Danube Delta; Danube Delta Coast; Quarternary

Always quote citation above when using data! You can download the citation in several formats below.

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Keyword(s):

Danube Delta; Danube Delta Coast; Quarternary

Related to:

Dumitrescu, M; et al. (1965): L'état actuel de fouilles paleontologiques dans la station pleistocenes de la Grotte La Adam. Actes du 3. Congres International de Speleologie, 4, 15-19

Dumitrescu, M; Samson, P; Terzea, E; Radulescu, Costin; Ghica, M (1966): Pestera La Adam, statiune pleistocena. Lucrarile Institutului de Speologie Emil Racovita, 1-2, 229-284

Project(s):

European Quaternary Mammalia Database (EUQUAM)

Southern European Seas: Assessing and Modelling Ecosystem Changes (SESAME)

Funding:

Sixth Framework Programme (FP6), grant/award no. 36949 : Southern European Seas: Assessing and Modelling Ecosystem Changes

Coverage:

Latitude: 44.424170 * Longitude: 28.523000

Minimum ORDINAL NUMBER: 1 * Maximum ORDINAL NUMBER: 25

Event(s):

Pestera_La_Adam * Latitude: 44.424170 * Longitude: 28.523000 * Elevation: 25.0 m * Comment: Constanta, on the right bank of the Vistorna brook, 4 km upstream the confluence with casimcea river

Parameter(s):

#	Name	Short Name	Method/Device	Comment
1	ORDINAL NUMBER	Ord No		Geocode
2	Stratigraphy	Stratigraphy	Counting, mammalia
3	Erinaceus europaeus	E. europaeus	Counting, mammalia
4	Crocidura leucodon-russula	C. leucodon-russula	Counting, mammalia
5	Sorex sp.	Sorex sp.	Counting, mammalia
6	Sorex minutus	S. minutus	Counting, mammalia
7	Sorex araneus-alpinus	S. araneus-alpinus	Counting, mammalia
8	Chiroptera	Chiroptera	Counting, mammalia
9	Homo sapiens sapiens	H. sapiens sapiens	Counting, mammalia
10	Ochotona sp.	Ochotona sp.	Counting, mammalia
11	Ochotona pusilla	O. pusilla	Counting, mammalia
12	Lepus sp.	Lepus sp.	Counting, mammalia
13	Lepus europaeus	L. europaeus	Counting, mammalia
14	Lepus timidus	L. timidus	Counting, mammalia
15	Spermophilus sp.	Spermophilus sp.	Counting, mammalia
16	Spermophilus citelloides	S. citelloides	Counting, mammalia
17	Spermophilus citellus	S. citellus	Counting, mammalia
18	Spermophilus superciliosus	S. superciliosus	Counting, mammalia
19	Castor fiber	C. fiber	Counting, mammalia
20	Cricetus cricetus	C. cricetus	Counting, mammalia
21	Cricetulus migratorius	C. migratorius	Counting, mammalia
22	Arvicola terrestris	A. terrestris	Counting, mammalia
23	Clethrionomys glareolus	C. glareolus	Counting, mammalia
24	Lagurus lagurus	L. lagurus	Counting, mammalia
25	Lagurus luteus	L. luteus	Counting, mammalia
26	Microtus arvalis-agrestis	M. arvalis-agrestis	Counting, mammalia
27	Microtus gregalis	M. gregalis	Counting, mammalia
28	Microtus (Chionomys) nivalis	M. Ch nivalis	Counting, mammalia
29	Microtus oeconomus	M. oeconomus	Counting, mammalia
30	Microtus (Tericola) subterraneus	M. (Tericola) subterraneus	Counting, mammalia
31	Spalax sp.	Spalax sp.	Counting, mammalia
32	Spalax leucodon	S. leucodon	Counting, mammalia
33	Apodemus sylvaticus	A. sylvaticus	Counting, mammalia
34	Rattus rattus	R. rattus	Counting, mammalia
35	Dryomys nitedula	D. nitedula	Counting, mammalia
36	Sicista subtilis-betulina	S. subtilis-betulina	Counting, mammalia
37	Allactaga jaculus	A. jaculus	Counting, mammalia
38	Alopex lagopus	A. lagopus	Counting, mammalia
39	Canis lupus	C. lupus	Counting, mammalia
40	Vulpes sp.	Vulpes sp.	Counting, mammalia
41	Vulpes vulpes	V. vulpes	Counting, mammalia
42	Ursus arctos	U. arctos	Counting, mammalia
43	Ursus spelaeus	U. spelaeus	Counting, mammalia
44	Martes sp.	Martes sp.	Counting, mammalia
45	Mustela sp.	Mustela sp.	Counting, mammalia
46	Mustela nivalis-minuta	M. nivalis-minuta	Counting, mammalia
47	Putorius eversmanni	P. eversmanni	Counting, mammalia
48	Crocuta crocuta spelaea	C. crocuta spelaea	Counting, mammalia
49	Panthera leo spelaea	P. leo spelaea	Counting, mammalia
50	Panthera pardus	P. pardus	Counting, mammalia
51	Mammuthus primigenius	M. primigenius	Counting, mammalia
52	Equus sp.	Equus sp.	Counting, mammalia
53	Equus hydruntinus	E. hydruntinus	Counting, mammalia
54	Coelodonta antiquitatis	C. antiquitatis	Counting, mammalia
55	Sus scrofa	S. scrofa	Counting, mammalia
56	Cervus sp.	Cervus sp.	Counting, mammalia
57	Cervus elaphus	C. elaphus	Counting, mammalia
58	Megaloceros giganteus	M. giganteus	Counting, mammalia
59	Rangifer tarandus	R. tarandus	Counting, mammalia
60	Bovidae	Bovidae	Counting, mammalia
61	Bison priscus	B. priscus	Counting, mammalia
62	Bos primigenius	B. primigenius	Counting, mammalia
63	Ovis sp.	Ovis sp.	Counting, mammalia
64	Ovis ammon musimon	O. ammon musimon	Counting, mammalia
65	Saiga tatarica	S. tatarica	Counting, mammalia

License:

Creative Commons Attribution 3.0 Unported (CC-BY-3.0)

Size:

466 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 Ord No	2 Stratigraphy	3 E. europaeus	4 C. leucodon-russula	5 Sorex sp.	6 S. minutus	7 S. araneus-alpinus	8 Chiroptera	9 H. sapiens sapiens	10 Ochotona sp.	11 O. pusilla	12 Lepus sp.	13 L. europaeus	14 L. timidus	15 Spermophilus sp.	16 S. citelloides	17 S. citellus	18 S. superciliosus	19 C. fiber	20 C. cricetus	21 C. migratorius	22 A. terrestris	23 C. glareolus	24 L. lagurus	25 L. luteus	26 M. arvalis-agrestis	27 M. gregalis	28 M. Ch nivalis	29 M. oeconomus	30 M. (Tericola) subterraneus	31 Spalax sp.	32 S. leucodon	33 A. sylvaticus	34 R. rattus	35 D. nitedula	36 S. subtilis-betulina	37 A. jaculus	38 A. lagopus	39 C. lupus	40 Vulpes sp.	41 V. vulpes	42 U. arctos	43 U. spelaeus	44 Martes sp.	45 Mustela sp.	46 M. nivalis-minuta	47 P. eversmanni	48 C. crocuta spelaea	49 P. leo spelaea	50 P. pardus	51 M. primigenius	52 Equus sp.	53 E. hydruntinus	54 C. antiquitatis	55 S. scrofa	56 Cervus sp.	57 C. elaphus	58 M. giganteus	59 R. tarandus	60 Bovidae	61 B. priscus	62 B. primigenius	63 Ovis sp.	64 O. ammon musimon	65 S. tatarica
1	12																					identified	identified	identified	identified					identified	identified	identified										identified			identified		identified	identified																identified
2	13																					identified	identified	identified																		identified					identified									identified								identified
3	14									identified								identified				identified	identified	identified	identified								identified									identified							identified							identified								identified
4	15									identified													identified	identified	identified	identified	identified			identified							identified					identified					identified									identified		identified						identified
5	16						identified			identified	identified					identified	identified		identified	identified			identified	identified	identified	identified	identified			identified	identified				identified		identified				identified	identified					identified			identified	identified		identified		identified			identified						identified
6	17									identified											identified	identified	identified	identified	identified										identified							identified					identified	identified								identified								identified
7	18									identified						identified			identified				identified		identified	identified	identified			identified					identified							identified					identified									identified								identified
8	19								identified													identified	identified	identified	identified										identified							identified					identified	identified								identified							identified	identified
9	20									identified			identified						identified	identified			identified	identified	identified	identified	identified	identified		identified					identified	identified	identified					identified			identified		identified				identified					identified		identified					identified	identified
10	21			identified						identified									identified	identified		identified	identified	identified	identified	identified			identified		identified	identified									identified	identified					identified							identified		identified	identified							identified
11	22									identified		identified				identified			identified	identified			identified	identified	identified	identified	identified				identified	identified				identified						identified					identified				identified					identified		identified						identified
12	23	identified					identified			identified						identified					identified	identified	identified	identified							identified	identified										identified								identified	identified		identified			identified					identified			identified
13	24									identified						identified				identified			identified	identified	identified	identified	identified									identified		identified			identified	identified					identified				identified					identified								identified
14	25		identified		identified	identified	identified			identified		identified		identified				identified	identified		identified	identified	identified	identified	identified	identified				identified	identified	identified		identified								identified					identified			identified	identified		identified			identified	identified							identified
15	26									identified		identified	identified			identified			identified	identified	identified		identified	identified	identified	identified	identified	identified			identified				identified	identified			identified			identified				identified	identified			identified	identified		identified			identified	identified	identified			identified		identified	identified
16	27									identified						identified					identified	identified	identified	identified	identified							identified								identified		identified					identified				identified					identified								identified
17	28									identified	identified					identified			identified	identified	identified		identified	identified	identified	identified	identified				identified					identified				identified		identified					identified				identified		identified			identified								identified
18	29				identified		identified			identified		identified			identified	identified		identified	identified		identified	identified	identified	identified	identified					identified		identified		identified				identified		identified	identified	identified	identified	identified			identified	identified	identified		identified			identified		identified	identified			identified	identified		identified	identified
19	30							identified		identified	identified					identified				identified			identified	identified	identified	identified	identified			identified						identified						identified					identified				identified					identified		identified		identified				identified
20	31				identified					identified		identified				identified		identified			identified	identified	identified	identified	identified													identified				identified					identified				identified			identified		identified	identified		identified					identified
21	32									identified	identified					identified				identified			identified	identified	identified	identified	identified				identified									identified		identified					identified				identified					identified		identified	identified					identified
22	33		identified							identified						identified			identified			identified	identified	identified	identified					identified		identified										identified					identified				identified	identified		identified		identified								identified
23	34								identified		identified				identified	identified				identified			identified	identified	identified		identified				identified								identified	identified		identified					identified	identified			identified					identified		identified		identified		identified		identified
24	35									identified		identified				identified						identified	identified	identified	identified					identified												identified					identified				identified			identified			identified		identified	identified		identified		identified
25	36									identified	identified					identified				identified			identified	identified	identified	identified				identified