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Journal Article
Veizer J, Davin A, Azmy K, Bruckschen P, Buhl D, Bruhn F, Carden GAF, Diener A, Ebneth S, Godderis Y et al..  1999.  87Sr/86Sr, delta 18O evolution of Phanerozoic seawater. Chemical Geology. 161:59-88.
Lewis C.W, Volkens J., Braddock J.N, Crews W.S, Lonneman W.A, McNichol A.P.  2006.  Absence of 14C in PM2.5 Emissions from Gasohol Combustion in Small Engines. Aerosol Science and Technology.
Patrut A, Garnaud ébastien, Ka O, Patrut RT, Diagne T, Lowy DA, Forizs E, Bodis ő, von Reden KF.  2017.  African Baobabs with a Very Large Number of Stems and False Stems: Radiocarbon Investigation of the Baobab of Warang. Studia Universitatis Babeș-Bolyai Chemia. 62(1):111-120.
Patrut A, Woodborne S, von Reden KF, Hall G, Hofmeyr M, Lowy DA, Patrut RT.  2015.  African Baobabs with False Inner Cavities: The Radiocarbon Investigation of the Lebombo Eco Trail Baobab. PLoS One. 10(1):e0117193-e0117193.
Patrut A., Mayne D.H, von Reden K.F, Lowy D.A, Venter S., McNichol A.P, Roberts M.L, Margineanu D..  2010.  Age and Growth Rate Dynamics of an Old African Baobab Determined by Radiocarbon Dating. Radiocarbon. 52(2):727-734.
Patrut A., Mayne D.H, von Reden K.F, Lowy D.A, Venter S., McNichol A.P, Roberts M.L, Margineanu D..  2010.  Age and Growth Rate Dynamics of an Old African Baobab Determined by Radiocarbon Dating. Radiocarbon. 52(2):727-734.
Patrut A, von Reden KF, Van Pelt R, Mayne DH, Lowy DA, Margineanu D.  2011.  Age determination of large live trees with inner cavities: radiocarbon dating of Platland tree, a giant African baobab. ANNALS OF FOREST SCIENCE. 68:993-1003.
Patrut A, von Reden KF, Van Pelt R, Mayne DH, Lowy DA, Margineanu D.  2011.  Age determination of large live trees with inner cavities: radiocarbon dating of Platland tree, a giant African baobab. ANNALS OF FOREST SCIENCE. 68:993-1003.
Patrut A, Patrut RT, Rakosy L, RATIU ILEANAANDREEA, Lowy DA, von Reden KF.  2021.  AGE, GROWTH AND ARCHITECTURE OF THE HISTORIC BIG TREE AT VICTORIA FALLS, ZIMBABWE ASSESSED BY RADIOCARBON DATING. Dendrochronologia. :125898.
Patrut A, Woodborne S, Patrut RT, Hall G, Rakosy L, Winterbach C, von Reden KF.  2019.  Age, Growth and Death of a National Icon: The Historic Chapman Baobab of Botswana. Forests. 10(11):983.
Mollenhauer G., Inthorn M., Vogt T., Zabel M., Damste J.SS, Eglinton T.I.  2007.  Aging of marine organic matter during cross-shelf lateral transport in the Benguela upwelling system revealed by compound-specific radiocarbon dating. Geochemistry Geophysics Geosystems. 8
von Reden K.F, McNichol A., Pearson A., Schneider R..  1998.  AMS Measurement of small samples with high-current system: (Proceedings of the 16th International Radiocarbon Conference, 1997). Radiocarbon. 40(1):247-253.
von Reden K.F, McNichol A.P, Peden J.C, Elder K.L, Gagnon A.R, Schneider R.J.  1997.  AMS measurements of the 14C distribution in the Pacific Ocean. Nuclear Instruments and Methods in Physics Research. B123:438-442.
Patrut A, Patrut RT, Danthu P, Pock-Tsy J-MLeong, Rakosy L, Lowy DA, von Reden KF.  2016.  AMS Radiocarbon Dating of Large Za Baobabs (Adansonia za) of Madagascar.. PLoS One. 11(1):e0146977.
Patrut A, von Reden KF, Danthu P, Pock-Tsy J-MLeong, Rakosy L, Patrut RT, Lowy DA, Margineanu D.  2015.  AMS radiocarbon dating of very large Grandidier’s baobabs (Adansonia grandidieri). Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms. 361:591-598.
Patrut A, von Reden KF, Mayne DH, Lowy DA, Patrut RT.  2013.  AMS radiocarbon investigation of the African baobab: Searching for the oldest tree. Nuclear Instruments & Methods in Physics Research Section B-Beam Interactions with Materials and Atoms. 294:622-626.
Stubbins A, Hood E, Raymond PA, Aiken GR, Sleighter RL, Hernes PJ, Butman D, Hatcher PG, Striegl RG, Schuster P et al..  2012.  Anthropogenic aerosols as a source of ancient dissolved organic matter in glaciers. Nature Geoscience. 5(3):198-201.
Rick T.C, Vellanoweth R.L, Erlandson J.M, Kennett D.J.  2002.  On the antiquity of the single-piece shell fishhook: AMS radiocarbon evidence from the southern California coast. Journal of Archaeological Sciences. 29:933-942.
McNichol A.P, von Reden K.F, Schneider R.J, Jones G.A.  1994.  The Application of AMS to Organic Geochemistry--Constraints Imposed by Sample Preparation and Machine Operations. EOS, Transactions of the American Geophysical Union. 75(3):197.
Zink K-G, Vandergoes MJ, Mangelsdorf K, Dieffenbacher-Krall AC, Schwark L.  2010.  Application of bacterial glycerol dialkyl glycerol tetraethers (GDGTs) to develop modern and past temperature estimates from New Zealand lakes. Organic Geochemistry. 41(9):1060-1066.
Khan NS, Vane CH, Engelhart SE, Kendrick C, Horton BP.  2019.  The application of delta C-13, TOC and C/N geochemistry of mangrove sediments to reconstruct Holocene paleoenvironments and relative sea levels, Puerto Rico. MARINE GEOLOGY. 415:105963.
Nghiem AA, Shen Y, Stahl M, Sun J, Haque E, DeYoung B, Nguyen KN, Mai TThi, Trang PThi Kim, Pham HViet et al..  2020.  Aquifer-Scale Observations of Iron Redox Transformations in Arsenic-Impacted Environments to Predict Future Contamination. Environmental Science & Technology Letters. 7(12):916-922.
Van Kranendonk M..  2004.  Archean Tectonics 2004: A review. Precambrian Research. 131:143-151.
Vonk JE, Dickens AF, Giosan L, Hussain ZA, Kim B, Zipper SC, Holmes RM, Montluçon DB, Galy V, Eglinton TI.  2016.  Arctic Deltaic Lake Sediments As Recorders of Fluvial Organic Matter Deposition. 4:77.
Mihajlov I, M. Mozumder RH, Bostick BC, Stute M, Mailloux BJ, Knappett PSK, Choudhury I, Ahmed KMatin, Schlosser P, van Geen A.  2020.  Arsenic contamination of Bangladesh aquifers exacerbated by clay layers. Nature Communications. 11(1)

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