anonymous 16352 X-ray fluorescence comparison between conventional XRF (University of Edinburgh) and XRF core-scanner (Texas A&M University) from IODP hole 359-U1467 16360 https://doi.org/10.1594/PANGAEA.897947 2019-01-31T10:11:45+0000 2019 18667 18666 18665 18664 18663 18662 18661 18660 18659 18658 18657 18656 18655 18654 18653 18652 18651 18650 18649 18648 18647 18646 18645 18644 18643 18642 18641 18640 18639 18638 18637 18636 18635 18634 18633 18632 18631 18630 18629 18628 18627 18626 18623 16579 16375 Kunkelova, Tereza; Jung, Simon J A; de Leau, Erica S; Odling, Nick; Thomas, Alex L; Betzler, Christian; Eberli, Gregor P; Alvarez-Zarikian, Carlos A; Alonso-Garcia, Montserrat; Bialik, Or M; Blättler, Clara L; Guo, Junhua Adam; Haffen, Sébastien; Horozal, Senay; Mee, Laurence; Inoue, Mayuri; Jovane, Luigi; Lanci, Luca; Laya, Juan Carlos; Lüdmann, Thomas; Bejugam, Nagender N; Nakakuni, Masatoshi; Niino, Hiroshi; Petruny, Loren M; Pratiwi, Santi D; Reijmer, John J G; Reolid, Jesus; Slagle, Angela L; Sloss, Craig; Su, Xiang; Swart, Peter K; Wright, James D; Yao, Zhengquan; Young, J R; Lindhorst, Sebastian; Stainbank, Stephanie; Rueggeberg, Andres; Spezzaferri, Silvia; Carrasqueira, Igor; Yu, Siyao M; Kroon, Dick (2019): X-ray fluorescence comparison between conventional XRF (University of Edinburgh) and XRF core-scanner (Texas A&M University) from IODP hole 359-U1467 [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.897947, In supplement to: Kunkelova, T et al. (2018): A two million year record of low-latitude aridity linked to continental weathering from the Maldives. Progress in Earth and Planetary Science, 5(1), https://doi.org/10.1186/s40645-018-0238-x 22353