Interlaboratory comparison of branched GDGT temperature and pH proxies using soils and lipid extracts

De Jonge, C, Peterse, F, Nierop, KGJ, Blattmann, TM, Alexandre, M, Ansanay‐Alex, S, Austin, T, Babin, M, Bard, E, Bauersachs, T, Blewett, J, Boehman, B, Castañeda, IS, Chen, J, Conti, MLG, Contreras, S, Cordes, J, Davtian, N, van Dongen, B, Duncan, B, Elling, FJ, Galy, V, Gao, S, Hefter, J, Hinrichs, KU, Helling, MR, Hoorweg, M, Hopmans, E, Hou, J, Huang, Y, Huguet, A, Jia, G, Karger, C, Keely, BJ, Kusch, S, Li, H, Liang, J, Lipp, JS, Liu, W, Lu, H, Mangelsdorf, K, Manners, H, Martinez Garcia, A, Ménot, G, Mollenhauer, G, Naafs, BDA, Naeher, S, O'Connor, LK, Pearce, EM, Pearson, A, Rao, Z, Rodrigo‐Gámiz, M, Rosendahl, C, Rostek, F, Bao, R, Sanyal, P, Schubotz, F, Scott, W, Sen, R, Sluijs, A, Smittenberg, R, Stefanescu, I, Sun, J, Sutton, P, Tierney, J, Tejos, E, Villanueva, J, Wang, H, Werne, J, Yamamoto, M, Yang, H and Zhou, A (2024) Interlaboratory comparison of branched GDGT temperature and pH proxies using soils and lipid extracts. Geochemistry, Geophysics, Geosystems, 25(7). doi:10.1029/2024GC011583

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