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56 Titles Match Your Query

Showing 1 through 50 of 56

1. US ITASE-99-1 ice core (Research Funded by NSF OPP) [US_ITASE-99-1] PARENT DIF

Sub-annually resolved ice core chemistry data from various sites on the Antarctic Ice Sheet were obtained from 1999 to 2008 during the US International Trans-Antarctic Scientific Expedition (US ITASE) ...

2. Trace metals in the Larsemann Hills, East Antarctica: natural processes and human impact [ECA069]

To evaluate the extent of human impact on a pristine Antarctic environment, natural baseline levels of trace metals have been established in the basement rocks of the Larsemann Hills, East Antarctica. ...

3. Soft sediment assemblages at Casey Station: Spatial variation and human impacts. (core samples: Oct-Dec 1997) [ASAC_2201_Casey_benthic_survey2]

A survey of macrobenthic assemblages in soft-sediments was done at Casey Station, East Antarctica. Samples were taken by divers using hand-held corers (core size - 10 cm diameter by 10 cm deep). The ...

4. Survey of soft sediment assemblages around Casey Station (grab samples), Feb - Mar, 1997 [ASAC_2201_Casey_benthic_survey1]

Marine soft-sediment assemblages were sampled from shallow (5 - 35m) nearshore regions around Casey Station, Windmill Islands, East Antarctica in late summer (Feb-March) 1997, using a van-Veen grab ...

5. Isolated fungi from physical samples collected from four sites, two with human impact and two with little human influence to assess fungal biodiversity and the impact of humans [K021_1998_2008_NZ_3]

Physical samples of soil, rocks, wood, foodstuffs, air and artifacts were collected over the period of 2001-2006 from four sites in Ross Sea Region, including two sites with human impact (influence) ...

6. US ITASE-00-1 ice core (Research funded by NSF OPP) [US_ITASE-00-1] PARENT DIF

7. US ITASE-00-2 ice core (Research funded by NSF OPP) [US_ITASE-00-2] PARENT DIF

8. US ITASE-00-3 ice core (Research funded by NSF OPP) [US_ITASE-00-3] PARENT DIF

9. US ITASE-00-4 ice core (Research funded by NSF OPP) [US_ITASE-00-4] PARENT DIF

10. US ITASE-00-5 ice core (Research funded by NSF OPP) [US_ITASE-00-5] PARENT DIF

11. US ITASE-00-6 ice core (Research funded by NSF OPP) [US_ITASE-00-6] PARENT DIF

12. US ITASE-00-7 ice core (Research funded by NSF OPP) [US_ITASE-00-7] PARENT DIF

13. US ITASE-01-1 ice core (Research funded by NSF OPP) [US_ITASE-01-1] PARENT DIF

14. US ITASE-01-2 ice core (Research funded by NSF OPP) [US_ITASE-01-2] PARENT DIF

15. US ITASE-01-3 ice core (Research funded by NSF OPP) [US_ITASE-01-3] PARENT DIF

16. US ITASE-01-4 ice core (Research funded by NSF OPP) [US_ITASE-01-4] PARENT DIF

17. US ITASE-01-5 ice core (Research funded by NSF OPP) [US_ITASE-01-5] PARENT DIF

18. US ITASE-01-6 ice core (Research funded by NSF OPP) [US_ITASE-01-6] PARENT DIF

19. US ITASE-02-1 ice core (Research funded by NSF OPP) [US_ITASE-02-1] PARENT DIF

20. US ITASE-02-2 ice core (Research funded by NSF OPP) [US_ITASE-02-2] PARENT DIF

21. US ITASE-02-3 ice core (Research funded by NSF OPP) [US_ITASE-02-3] PARENT DIF

22. US ITASE-02-4 ice core (Research funded by NSF OPP) [US_ITASE-02-4] PARENT DIF

23. US ITASE-02-5 ice core (Research funded by NSF OPP) [US_ITASE-02-5] PARENT DIF

24. US ITASE-02-6 (SPRESO) ice core (Research funded by NSF OPP) [US_ITASE-02-6_SPRESO] PARENT DIF

25. US ITASE-02-7 (100k site) ice core (Research funded by NSF OPP) [US_ITASE-02-7_100k_site] PARENT DIF

26. US ITASE-02-BYRD ice core (Research funded by NSF OPP) [US_ITASE-02-BYRD] PARENT DIF

27. US ITASE-03-1 ice core (Research funded by NSF OPP) [US_ITASE-03-1] PARENT DIF

28. US ITASE-03-2 ice core (Research funded by NSF OPP) [US_ITASE-03-2] PARENT DIF

29. US ITASE-03-3 ice core (Research funded by NSF OPP) [US_ITASE-03-3] PARENT DIF

30. US ITASE-03-4 ice core (Research funded by NSF OPP) [US_ITASE-03-4] PARENT DIF

31. US ITASE-03-5 ice core (Research funded by NSF OPP) [US_ITASE-03-5] PARENT DIF

32. US ITASE-03-6 ice core (Research funded by NSF OPP) [US_ITASE-03-6] PARENT DIF

33. US ITASE-03-7 ice core (Research funded by NSF OPP) [US_ITASE-03-7] PARENT DIF

34. US ITASE-06-1 ice core (Research funded by NSF OPP) [US_ITASE-06-1] PARENT DIF

35. US ITASE-06-2 ice core (Research funded by NSF OPP) [US_ITASE-06-2] PARENT DIF

36. US ITASE-06-3 ice core (Research funded by NSF OPP) [US_ITASE-06-3] PARENT DIF

37. US ITASE-06-4 ice core (Research funded by NSF OPP) [US_ITASE-06-4] PARENT DIF

38. US ITASE-07-1 ice core (Research funded by NSF OPP) [US_ITASE-07-1] PARENT DIF

39. US ITASE-07-2 ice core (Research funded by NSF OPP) [US_ITASE-07-2] PARENT DIF

40. US ITASE-07-3 ice core (Research funded by NSF OPP) [US_ITASE-07-3] PARENT DIF

41. US ITASE-07-4 ice core (Research funded by NSF OPP) [US_ITASE-07-4] PARENT DIF

42. US ITASE-07-5 ice core (Research funded by NSF OPP) [US_ITASE-07-5] PARENT DIF

43. US ITASE-99-2 ice core (Research funded by NSF OPP) [US_ITASE-99-2] PARENT DIF

44. US ITASE-Surface Snow (Research funded by NSF OPP) [US_ITASE-Surface_Snow] PARENT DIF

45. US International Trans-Antarctic Scientific Expedition (US ITASE) Ice Cores Data [US_ITASE] CHILD DIFs

46. A manipulative field experiment examining the effect of contaminated sediment on the recruitment and recolonisation of soft-sediment infauna. [ASAC_2201_Casey_SRE1]

The effect of location, depth and sediment contamination on recruitment of soft-sediment assemblages were examined in a pilot experiment at Casey Station, East Antarctica. Two locations were used, ...

47. A manipulative field experiment examining the effect of contaminated sediment on the recruitment of soft-sediment infauna (Mar 1998 - Feb 1999). [ASAC_2201_Casey_SRE2]

The effect of location and sediment contamination on recruitment of soft-sediment assemblages were examined in field experiment at Casey Station, East Antarctica. Four locations were used, a polluted ...

48. A manipulative field experiment examining the effect of heavy metal and hydrocarbon contaminated sediment on the recruitment of soft-sediment infauna. [ASAC_2201_Casey_SRE3]

The effects of hyrdocarbon and heavy metal contamination of marine sediments on recruitment of soft-sediment assemblages were examined in a field experiment at Casey Station, East Antarctica. Three ...

49. A manipulative field experiment examining the recruitment of mobile epifauna to hard-substratum at potentially impacted and control locations. [ASAC_2201_Casey_tiles_1_mobile]

The recruitment of mobile epifauna on hard-substratum was examined in a field experiment using tiles. A total of 160 tiles were deployed at five locations, with 32 tiles at each location, arranged ...

50. A manipulative field experiment examining the recruitment of sessile epifauna to hard-substratum at potentially impacted and control locations. [ASAC_2201_Casey_tiles_1_sessile]

The recruitment of epifauna (sessile and mobile) on hard-substratum was examined in a field experiment using tiles. A total of 160 tiles were deployed at five locations, with 32 tiles at each location, ...

Showing 1 through 50 of 56

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