Deciphering Ross Sea West Antarctic Ice Sheet History: IODP Expedition 374
Cited 0 time in
Cited 0 time in
-
Title
-
Deciphering Ross Sea West Antarctic Ice Sheet History: IODP Expedition 374
-
Other Titles
-
남극 로스해 서남극빙상의 역사: IODP Expedition 374
-
Authors
-
Kim, Sunghan
McKay, Rober M.
Santis, Laura De
Kulhanek, Denise K.
Kim, Sookwan
Expedition 374 Scientists
-
Issue Date
-
2018
-
Citation
-
Kim, Sunghan, et al. 2018. Deciphering Ross Sea West Antarctic Ice Sheet History: IODP Expedition 374. 2018 Fall Joint International Conference of the Geological Science & Technology of Korea. Busan BEXCO. 2018.04.17~2018.04.20.
-
Abstract
-
International Ocean Discovery Program (IODP) Expedition 374 (4 January8 March 2018) drilled five sites in the Ross Sea continental shelf to slope. The primary objective of Expedition 374 is to resolve the relationship between climatic/oceanic change and West Antarctic Ice Sheet evolution through the Neogene and Quaternary. There are five objectives; 1) to reconstruct ice proximal atmospheric and oceanic temperatures, 2) to assess the role of oceanic forcing on marine ice sheet stability, 3) to evaluate the contribution of West Antarctica to sea level changes, 4) to identify the sensitivity of West Antarctic Ice Sheet to climate changes, and 5) to reconstruct paleo Eastern Ross Sea bathymetry. Drilling outcomes during this expedition will be introduced and summarized, emphasizing the current progress of Korean shipboard scientist’s researches.
-
URI
-
https://repository.kopri.re.kr/handle/201206/12569
-
Conference Name
-
2018 Fall Joint International Conference of the Geological Science & Technology of Korea
-
Conference Place
-
Busan BEXCO
-
Conference Date
-
2018.04.17~2018.04.20
-
Type
-
Proceeding
-
Indexed
-
Pro(초록)국내
- Appears in Collections
- 2017-2018, Reconstruction of Antarctic ice sheet and ocean history for the past two million years using sediment records (17-18) / Lee, Min Kyung; Lee, Jae Il (PE17030; PE18030)
2018-2018, Reconstruction of Antarctic ice sheet and ocean history for the past two million years using sediment records (18-18) / Lee, Jae Il (PE18030)
- Files in This Item
-
Items in DSpace are protected by copyright, with all rights reserved, unless otherwise indicated.