nkysdb: なかよし論文データベース
芦 松 様の 共著関連データベース
+(A list of literatures under single or joint authorship with "芦 松")
共著回数と共著者名 (a list of the joint author(s))
3: 山下 洋平
1: Exp 346 Scientists, アルバレツーザリキアン カルロス A, シュアン チャン, マレー リチャード W, 中川 毅, 中津 裕也, 久保田 好美, 五十嵐 八枝子, 佐川 拓也, 多田 賢弘, 宮崎 雄三, 山田 和芳, 杉崎 彩子, 板木 拓也, 沢田 健, 烏田 明典, 米延 仁志, 谷口 なお, 関 有紗
発行年とタイトル (Title and year of the issue(s))
2015: 日本の湖沼堆積物に含まれる極細粒元素状炭素量の変動(MIS28 19)
Temporal variation of very fine elemental carbon in lake sediments in Japan (MIS28 19)
2016: Biomass burning history deduced from elemental carbon variability at IODP Exp. 346 Site U1423 during the last 4 million years (MIS17 29)
2016: 第四紀日本海(日本海盆,大和海盆,対馬海盆)における高解像度古気候観測網構築とその応用可能性(MIS17 01)
The potential for a high resolution, Quaternary paleo observatory network in the Japan, Yamato, and Ulleung Basins (MIS17 01)
2020: Assessment for BPCA method as biomass burning proxies and their application to meteorite impact event (MIS04 P06)
2020: Holocene biomass burning history reconstructed from the Lake Suigetsu sediments (MIS08 23)
2021: 日本海北部IODP U1422地点堆積物中の砂礫粒子から見た過去65万年間の海氷拡大史の復元(BCG04 P11)
Reconstruction of the past sea ice expansion during the last 650, 000 years based on sand and gravel contents in the sediments from IODP Site U1422, northern Japan Sea (BCG04 P11)
2022: IODP U1422 地点堆積物中の砂含有量と泥鉱物組成に基づく北部日本海堆積環境の復元(MIS18 P09)
Reconstruction of the sedimentary environment in the northern Japan Sea based on the sand content and mud mineral composition of the sediments at IODP Site U1422 (MIS18 P09)
2023: 日本海北部IODP Site U1422堆積物に記録された40万年前以降の東アジア冬モンスーン強化(MIS15 10)
Intensification of east Asian winter monsoon since 400 ka recorded in IODP Site U1422 sediments in the northern Japan Sea (MIS15 10)
2024: 厚岸湾堆積物中の黒色炭素の起源と収支(AHW22 P20)
Origin and budget of black carbon in sediments of the Akkeshi Bay, the eastern Hokkaido, Japan (AHW22 P20)
2024: 過去70万年間の日本海北部IODP U1422地点堆積物中の有機炭素の起源と埋没速度(MIS03 P06)
Origin and burial rate of organic carbon in the sediments at IODP Site U1422, the northern Japan Sea, during the last 700, 000 years (MIS03 P06)