ライフサイエンスコーパス: archeological

1 We analyze archeological (14)C dates to demonstrate dramatic popula

2 th other paleoenvironmental data, as well as archeological and ecological information to (i) estimate

3 of hominin culture is well-documented in the archeological and fossil record, but such a record is la

4 Previous archeological and genetic research has shown that modern

5 Other evidence--archeological and genetic--suggests a much older origin.

6 Whereas archeological and historical records indicate that Europ

7 We apply new methods to interrogate archeological and paleoclimate data for this transition

8 ides may have potential as new biomarkers in archeological and paleoenvironmental studies.

9 on of phosphatic tissues in paleontological, archeological, and crystal-chemical contexts.

10 re fully consistent with current ecological, archeological, and genetic data concerning the geography

11 Paleoecological, archeological, and historical reconstructions demonstrat

12 ases, studies should consider anthropologic, archeological, and linguistic data where possible.

13 ca (pre-1400 AD) and Colonial (1532-1821 AD) archeological artifacts contain cinnabar that matches is

14 nnot be transferred to the laboratory, e.g., archeological artifacts in museums.

15 ic signatures of 121 breeds with a worldwide archeological assessment of the earliest dog remains.

16 r organic nitrogen (N) cycling rates, dating archeological bone collagen, and investigating processes

17 Here we use Hg isotopes to source archeological cinnabar and to fingerprint Hg pollution p

18 e two groups with similar Middle Paleolithic archeological complexes.

19 e Chatelperronian is a Neandertal-associated archeological culture featuring ornaments and decorated

20 ican megafauna, and the demise of the Clovis archeological culture.

21 Although genetic and archeological data indicate a rapid migration out of Afr

22 Both recently obtained genetic evidence and archeological data show that the biological and cultural

23 ltivated soybean genomes, in addition to new archeological discoveries, sheds light on the origin of

24 Correlating the earliest archeological dogs with the geographic locations of 14 s

25 mal bones with less certain age (i.e., using archeological evidence alone with no (14)C-dating) were

26 Recent archeological evidence for early lowland cultivation has

27 two common Y haplotypes correlate well with archeological evidence for two culturally and geographic

28 th respect to its socioeconomic context, the archeological evidence of "multiethnicity," the types of

29 -fold coverage), both predating the earliest archeological evidence of domestication.

30 Archeological evidence suggests that it appeared after t

31 ity with direct lines of paleontological and archeological evidence to infer local extinctions and co

32 ll-dated (mostly (14)C-dated and with strong archeological evidence) human bones ranging in age from

33 ce metal distributions at the surface of the archeological ivory objects.

34 We propose that redundancies are not just archeological leftovers of ancient gene duplications, bu

35 trace element profiles in young fossils and archeological materials.

36 limate change it is necessary to examine the archeological record during past climate transitions.

37 Denisovans, that we see major changes in the archeological record, from western Eurasia to Southeast

38 fact that pigments are not ubiquitous in the archeological record, the application of noninvasive ana

39 aspects of human hard tissue biology and the archeological record.

40 Historical and archeological records indicate that B. taurus was introd

41 breeds derive from regions where the oldest archeological remains have been found.

42 dated from the 13th to 16th century and one archeological sample (8th century) showing Mn-rich brown

43 n on glutamine rather than asparagine in the archeological samples was attributed to a higher abundan

44 echnique for the analysis of a wide range of archeological samples, artwork, and museum specimens.

45 and 18 ancient (representing six East Asian archeological sites) pig (Sus scrofa) DNA sequences samp

46 ibration curve can now be used to date human archeological specimens of unknown age, up to ~10,000 ye

47 es that has been an analytical challenge for archeological studies and criminal investigations in whi

48 This approach may be useful in many archeological studies, both to confirm the presence of h

49 -a short-term nuclear system and a long-term archeological system-were examined using a multiscale an

50 In contrast, deamidation was higher in archeological textile fragments from medieval sites rang