| Issue Date | Title | Author(s) |
| 15-Nov-2021 | 14-CO in glacial ice from Law Dome, Antarctica as a tracer of changes in atmospheric OH abundance from 1870 AD to present | Smith, AM; Neff, PD; Petrenko, VV; Etheridge, DM; Crosier, EM; Hmiel, B; Thornton, DP; Jong, LM; Beaudette, R; Harth, CM; Langenfelds, RL; Mitrevski, B; Curran, MAJ; Buizert, C; Murray, LT; Trudinger, CM; Dyonisius, MN; Ng, J; Severinghaus, JP; Weiss, RF |
| 7-Mar-2016 | Constraining the sources of the CH4 increase during the Oldest Dryas-Bølling abrupt warming event using 14CH4 measurements from Taylor Glacier, Antarctica | Dyonisius, MN; Petrenko, VV; Smith, AM; Hmiel, B; Hua, Q; Harth, CM; Baggenstos, D; Bauska, TK; Bock, M; Beck, J; Seth, B; Beaudette, R; Schmitt, J; Palardy, A; Brook, EJ; Weiss, RF; Fischer, H; Severinghaus, JP |
| 21-Feb-2020 | Old carbon reservoirs were not important in the deglacial methane budget | Dyonisius, MN; Petrenko, VV; Smith, AM; Hua, Q; Yang, B; Schmitt, J; Beck, J; Seth, B; Bock, M; Hmiel, B; Vimont, I; Menking, JA; Shackleton, SA; Baggenstos, D; Bauska, TK; Rhodes, RH; Sperlich, P; Beaudette, R; Harth, CM; Kalk, M; Brook, EJ; Fischer, H; Severinghaus, JP; Weiss, RF |
| 19-Feb-2020 | Preindustrial 14CH4 indicates greater anthropogenic fossil CH4 emissions | Hmiel, B; Petrenko, VV; Dyonisius, MN; Buizert, C; Smith, AM; Place, PF; Harth, CM; Beaudette, R; Hua, Q; Yang, B; Vimont, I; Michel, SE; Severinghaus, JP; Etheridge, DM; Bromley, T; Schmitt, J; Faïn, X; Weiss, RF; Dlugokencky, E |
| 17-Dec-2021 | A preliminary record of changes in Southern Hemisphere atmospheric OH abundance from 14CO in glacial ice (Law Dome, Antarctica, 1870 AD to present) | Neff, PD; Petrenko, VV; Etheridge, DM; Smith, AM; Crosier, EM; Hmiel, B; Thornton, DP; Jong, LM; Beaudette, R; Harth, CM; Langenfelds, RL; Mitrevski, B; Curran, MAJ; Buizert, C; Murray, LT; Trudinger, CM; Dyonisius, MN; Ng, J; Severinghaus, JP; Weiss, RF |
| 13-Dec-2016 | Radioactive and stable paleoatmospheric methane isotopes across the last deglaciation and early holocene from Taylor Glacier, Antarctica | Dyonisius, MN; Petrenko, VV; Smith, AW; Hmiel, B; Vimont, I; Hua, Q; Yang, B; Menking, JA; Shackleton, SA; Rhodes, RH; Baggenstos, D; Bauska, TK; Bock, M; Beck, J; Seth, B; Harth, CM; Beaudette, R; Schmitt, J; Brook, EJ; Weiss, RF; Fischer, H; Severinghaus, JP; McConnel, JP |
| 17-Nov-2021 | Towards 14C-dating of gases in ice cores – constraining the in situ cosmogenic 14C production rates by muons | Dyonisius, MN; Petrenko, VV; Smith, AM; Hmiel, B; Neff, PD; Yang, B; Hua, Q; Place, PF; Menking, J; Shackleton, SA; Beaudette, R; Harth, CM; Kalk, M; Roop, H; Bereiter, B; Armanetti, C; Buizert, C; Schmitt, J; Brook, EJ; Severinghaus, JP; Weiss, RF; McConnell, JR |
| 7-Mar-2016 | Understanding the production and retention of in situ cosmogenic 14C in polar firn | Hmiel, B; Petrenko, VV; Smith, AM; Bruizert, C; Harth, CM; Beaudette, R; Place, PF; Hua, Q; Yang, B; Vimont, I; Weiss, RF; Severinghaus, JP; Brook, EJ; White, JWC |
| 1-Dec-2016 | Understanding the production and retention of in situ cosmogenic 14C in polar firn | Hmiel, B; Petrenko, VV; Dyonisius, MN; Smith, AM; Schmitt, J; Buizert, C; Place, PF; Harth, CM; Beaudette, R; Hua, Q; Yang, B; Vimont, I; Kalk, M; Weiss, RF; Severinghaus, JP; Brook, EJ; White, JWC |
| 26-Jan-2022 | Using ice core measurements from Taylor Glacier, Antarctica to calibrate in situ cosmogenic 14C production rates by muons | Dyonisius, MN; Petrenko, VV; Smith, AM; Hmiel, B; Neff, PD; Yang, B; Hua, Q; Schmitt, J; Shackleton, SA; Buizert, C; Place, PF; Menking, JA; Beaudette, R; Harth, CM; Kalk, M; Roop, H; Bereiter, B; Armanetti, C; Vimont, I; Michel, SE; Brook, EJ; Severinghaus, JP; Weiss, RF; McConnell, JR |
