All abstracts by D. Graham Pearson at Goldschmidt2019
| (2019) In situ Split Stream Sm-Nd Dating and Trace Element Analysis of Scheelite via LA-ICPMS
Palmer M, Scott J, Pearson G, Luo Y, Turnbull R & Reid M |
| (2019) Gold, Noble & Crucial Metals of the Mantle; A Zealandia Peridotite Study
Junior S, Scott J, Luo Y, Pearson G & Paterson D |
| (2019) The Application of Sr – Pb Isotopes to Dating and Tracing Ruby Formation: The Aappaluttoq Deposit, SW Greenland
Krebs MY, Pearson DG, Bussweiler Y, Fagan AJ & Sarkar C |
| (2019) Preservation of Archean Cratonic Mantle Below Grib Kimberlite (NW Russia) Through Proterozoic Rifting and Collision
Smit KV, Pearson DG, Shchukina EV & Woodland S |
| (2019) Helium Isotope Signatures of the Mantle Transition Zone
Timmerman S, Honda M, Burnham A, Amelin Y, Woodland S, Pearson G, Jaques L, Le Losq C, Bennett V, Bulanova G, Smith C, Harris J & Tohver E |
| (2019) Hadean Peridotites in Greenland?
Szilas K, Morishita T & Pearson G |
| (2019) Isotopic Evidence for the Coupled Recycling of Carbon and Boron to Lower Mantle Depths
Regier ME, Chalk TB, Stern RA, Smit K, Smith EM, Stachel T, Foster GL, Bussweiler Y, Harris JW & Pearson DG |
| (2019) A Diamondiferous Palaeoproterozoic Mantle Root beneath the Sask Craton (Western Canada)
Czas J, Pearson DG, Stachel T, Kjarsgaard BA & Read G |
| (2019) Destruction and Regeneration of Cratonic Lithosphere Roots: Evidence from the Slave Craton (Canada)
Liu J, Pearson DG, Mather K, Kjarsgaard B & Kopylova M |
| (2019) Metasomatism and Oxidation State of the Mantle Root beneath the Rae Craton, Canada
Gräf C, Sandner T, Woodland A, Höfer H, Seitz H-M, Pearson G & Kjarsgaard B |
| (2019) Extinct Radionuclide Signatures from Juvenile Crustal Blocks within the Slave Craton
Reimink J, Pearson DG, Shirey SB, Carlson RW, Mundl-Petermeier A & Walker RJ |
| (2019) Subducted Serpentinite Water, Superdeep Diamonds, and Deep Focus Earthquakes
Shirey S, Wagner L, Walter M, Pearson G & van Keken P |
| (2019) Diamonds Isotope Compositions Indicate Altered Igneous Oceanic Crust Dominates Deep Carbon Recycling
Li K, Li L, Pearson G & Stachel T |