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CE radiocarbon series on \nBristlecone Pine rings from Jull et al 2014 study of 774 CE  Event \n\nDendrochronology (completed by I Panyushkina)\nIntCal19\n\na)\tSample identifier (Dendro-Lab Key-code): TRL2002-862   \n      Lab of Tree-Ring Research Archive and Collections, University of Arizona \nb)\tSample certainly derives from a single tree (Y\/N): Y\nc)\tSite: Sheep Mountain in the White Mountains, California  \n       37.77722 Lat.; -118.44611 Lon; Elevation = 3,539 m. \nd)\tObject type: Remnant log \ne)\tPreservation: excellent, weathered edges  \nf)\tSample type (e.g. core or slice): cross-section\ng)\tSpecies: Pinus longaeva\nh)\tNo of rings: 1415\ni)\tPith (Y\/N): N\nj)\tWaney edge: N\nk)\tBark (Y\/N): N\nl)\tSapwood (Y\/N): N\nm)\tMethodology used for dating: \nn)\tThe series of measured tree-ring widths was cross-dated against the Sheep Mountain chronology of Bristlecone Pine (Sazler et al. 2009). The dating was verified with Person correlation in COFECHA program. The ring dates include a Year 0 and marked in Astronomical AD\/BC. \no)\tMean correlation with master is 0.675.\nSee COFECHA output file for TRL862A series. \np)\tDated individually (Y\/N): Y  \nM. Salzer cross-dated the specimen. \nThe ring positions for cutting were verified by I. Panyushkina and C. Baisan. \nRaw ring width series TRL862A: -87-1327.  See attached file TRL862a data\n Publicly deposited (Y\/N): No   \np)\tRemainder of sample is stored in which archive?\n\tLTRR, University of Arizona, Tucson, USA \n","data":[],"refs":[]},{"series":"Int_68_15","series_type":"IntCal_Data","parameter_list":"","header_list":"","selected":true,"intcal_set_type":"Int","intcal_set":68,"intcal_division":15,"series_sample":"ST846A","notes":"","data":{"z":[195,193,191,189,187,185,183,181,179,177,175,173,171],"z_range":[0,0,0,0,0,0,0,0,0,0,0,0,0],"t":[-2454.5,-2456.5,-2458.5,-2460.5,-2462.5,-2464.5,-2466.5,-2468.5,-2470.5,-2472.5,-2474.5,-2476.5,-2478.5],"t_sigma":[0,0,0,0,0,0,0,0,0,0,0,0,0],"intcal_data_id":[10444,10445,10446,10447,10448,10449,10450,10451,10452,10453,10454,10455,10456],"intcal_seq_no":[0,0,0,0,0,0,0,0,0,0,0,0,0],"sample":["2455, TRL SHP846 202, ring 195","2457, TRL SHP846 202, ring 193","2459, TRL SHP846 202, ring 191","2461, TRL SHP846 202, ring 189","2463, TRL SHP846 202, ring 187","2465, TRL SHP846 202, ring 185","2467, TRL 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(completed by I Panyushkina)\nIntCal19\n\na)\tSample identifier (Dendro-Lab Key-code): TRL SHP-846 2002 \n     \t Lab of Tree-Ring Research Archive and Collections, University of Arizona \nb)\tSample certainly derives from a single tree (Y\/N): Y\nc)\tSite: Sheep Mountain site in the White Mountains, California  \n       \t37\u00b0 46' 37.99'' N; 118\u00b0 26' 45.99'' W;  Elevation: 3,539 m asl \nd)\tObject type: Remnant log \ne)\tPreservation: excellent, weathered edges  \nf)\tSample type (e.g. core or slice): cross-section\ng)\tSpecies: Pinus longaeva\nh)\tNo of rings: 349\ni)\tPith (Y\/N): N\nj)\tWaney edge: N\nk)\tBark (Y\/N): N\nl)\tSapwood (Y\/N): N\nm)\tMethodology used for dating:   A series of measured tree-ring widths was cross-dated \tagainst the Sheep Mountain chronology of Bristlecone Pine (Salzer et al. 2009). The dating \twas verified with correlation in COFECHA program (Holmes 1983). The dates is giving in the astronomical years (Year Zero included). \nn)\tMean correlation with master is 0.702.\n\nCorrelation of ST 846A series (-2301 to -2649) with the master chronology from Cofecha (see seq #15)\n\no)\tDated individually (Y\/N): Y     The specimen was dated by M. Salzer. The ring positions for cutting were verified by I. Panyushkina and C. Baisan.  \np)\tRaw ring width series attached\nPublicly deposited (Y\/N): Yes \n\nwww.ncdc.noaa.gov  \n\nRemainder of sample is stored in which archive?\n\tLTRR, University of Arizona, Tucson, USA 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(Dendrochronologist \/ dissection Matthew Salzer, 14C publication - Pearson et al. 2018)\n\na) Sample identifier (Dendro-Lab Key-code): SHP-33 (section A), SHP-849 (section B), SHP-851 (section A)\nb) Sample certainly derives from a single tree (Y\/N): Y \nc) Site: Sheep Mountain, White Mountains, California, USA\nd) Object type: Standing tree originally, dead remnant pieces when sampled\ne) Preservation:  Dry, mountain environment, resinous species \nf) Sample type (e.g. core or slice): slice\ng) Species:  Pinus longaeva D.K.Bailey\nh) No of rings: \n\nSample\tRings\nSHP-33\t521\nSHP-849\t137\nSHP-851\t186\n\ni) Pith (Y\/N): N\nj) Bark (Y\/N): N\nk) Waney edge: N\nl) Sapwood (Y\/N): Y\nm) Methodology used for dating:\n\nChronology building with bristlecone typically involves a combination of graphical skeleton plotting (see Stokes and Smiley 1968), and or tree-ring measurement, and then statistical verification using COFECHA.\n\nIn the case of SHP-33 (section A) the sample measurements and dating were statistically verified using COFECHA12K version 6.06P. Dating was assigned using correlation of ring widths between 50-year segments and the master SHP mountain chronology lagged successively by 25 years in COFECHA. Second checks on dating were confirmed through the presence\/absence of subannual ring features such as frost rings. \n\nStandard convention for bristlecone dating is via the use of the astronomical calendar (AD\/BC with 0) \u2013 notes on the rationale for this provided in Ferguson et al 1969).\n\nMeasured raw ring-width series and the physical samples are therefore labelled according to AD\/BC with 0 and dissection was carried out using these astronomical labels. 14C determinations for these years were then converted to years BP for submission to IntCal. \n\nThe COFECHA outputs below are also in AD\/BC with 0. These demonstrate the excellent correlations for SHP-33 (section A) with the master SHP chronology.\n\nn) Dated individually (Y\/N): Y \n\nSeries\tInterval\tYears\t50-yr Segments\tFlags\tCorrelation w\/Master\nSHP-33\t-1680 to -1160 BC\t521\t21\t0\t0.734\nSHP-849\t-1616 to -1480\t137\t5\t0\t0.518\nSHP-851\t-1825 to -1640\t186\t7\t0\t0.573\n\n\nCorrelations of individual 50-year dated segments, lagged  25 years (pasted from COFECHA) shwon in code below \nFlags:  A = correlation under .3281 but highest as dated;  B = correlation higher at other than dated position\n\nSamples from the Sheep Mountain chronology show strong cross-matching with other independantly developed bristlecone pine chronologies from Methuselah Walk and Indian Garden. These chronologies are available at: https:\/\/catalog.data.gov\/dataset\/international-tree-ring-data-bank-itrdb\nand\/or further details are provided in Salzer and Hughes, 2007,2010, Salzer et al 2009,2014, Kipfmuller, 2010.\n\no) Raw ring width series attached\nValues imported in mm with years marked with astronomical years including year 0 .\np) Publicly deposited (Y\/N): Y \u2013 ITRDB: https:\/\/www.ncdc.noaa.gov\/paleo\/study\/8542\nq) Remainder of sample is stored in which archive?\nLaboratory of Tree-Ring Research, University of Arizona\n\nr) 14C-Lab-Numbers \/ Sampled rings \/ tree\n\nSHP-33: Rings sampled in consecutive sequence from raw measurements below -1669 (Ring 12) through to -1617 (Ring 64). There were no missing rings in the dissected part of the sequence. Missing rings in the measured sequence are marked with a 0 value.\n\nSHP-849: Rings sampled in consecutive sequence from raw measurements below -1616 (Ring 1) through to -1500 (Ring 117). There were no missing rings in the dissected part of the sequence. Missing rings in the measured sequence are marked with a 0 value.\n\nSHP-851: Rings sampled in consecutive sequence from raw measurements below -1699 (Ring 127) through to -1670 (Ring 156). There were no missing rings in the dissected part of the sequence. Missing rings in the measured sequence are marked with a 0 value.\n\ns) Location of the remaining part of the sampled tree, or of high-resolution images where the sample has been destroyed, is specified. \n\nRemaining sample stored in Laboratory of Tree-Ring Laboratory Repository.  Remainder of tree is still in the landscape:\n\nSample\tLat.\tLon.\nSHP-33\t37.524\t-118.2057\nSHP-849\t37.533\t-118.2002\nSHP-851\t37.5327\t-118.1997\n\n","code":"SHP-33: -1680 to - 1160   .75  .75  .73  .72  .71  .66  .66  .73  .7  .77   .75  .78  .76  .60  .58  .70  .81  .76  .73  .80  .88\n\nOther series that overlap\nSHG063A -1689-1309                                                     .73  .83  .70  .66  .80  .78  .71  .76  .78  .69\nSHG064A -1473 -581                                                                                                  .61\nSHL127A -1929-1564   .61  .62  .57  .53  .55  .67  .74  .59  .43  .39  .63  .76  .57  .41  .41\nSHL151A -1492-1245                                                                                             .67  .75\nSHL166A -1746-1531                                           .70  .64  .54  .53  .67  .50  .62  .63\nSHL486A -1900-1648             .52  .54  .57  .53  .34  .46  .55  .55  .71  .74\nSHN151B -1830-1401                       .56  .54  .47  .44  .43  .29B .38B .54  .28A .35  .44  .56  .58  .51  .55  .53\nSHN152A -1549-1207                                                                                   .71  .63  .63  .68\nSHN154A -1668-1521                                                          .61  .58  .44  .42  .65  .68\nSHN154B -1850-1730                       .62  .66  .65  .53\nSHS025A -2000-1597   .45  .63  .68  .72  .71  .74  .74  .68  .48  .66  .84  .81  .50  .51\nSHS026A -1840-1351                       .64  .68  .79  .81  .65  .74  .77  .79  .79  .70  .77  .68  .62  .51  .36  .52\nSHS030A -1791-1476                                 .72  .83  .84  .79  .82  .70  .49  .67  .83  .74  .72  .67\nSHS033A -1680-1160                                                     .75  .75  .73  .72  .71  .66  .66  .73  .76  .77\nSHS151A -1491-1008                                                                                             .74  .79\nTRL834A -1836-1203                       .60  .57  .46  .54  .51  .35  .26A .31A .41  .41  .57  .65  .58  .57  .58  .48\nTRL837B -1625 -951                                                                    .48  .75  .69  .53  .68  .63  .36B\nTRL842A -1950-1801   .44  .67  .68  .57  .55\nTRL849A -1593-1415                                                                         .60  .78  .74  .72  .75  .59\nTRL849B -1616-1480                                                                    .47  .58  .66  .49  .36\nTRL851A -1825-1640                            .54  .61  .79  .59  .35  .48  .50\nAv segment correlation   .50  .64  .61  .59  .60  .61  .61  .63  .57  .53  .63  .66  .57  .53  .62  .68  .64  .61  .64  .62\n\n\nSHP-849: -1616-1480      .47  .58  .66  .49  .36\n\nOther series that overlap\nSHG063A -1689-1309                                                     .73  .83  .70  .66  .80  .78  .71  .76  .78  .69\nSHG064A -1473 -581                                                                                                  .61\nSHL127A -1929-1564   .61  .62  .57  .53  .55  .67  .74  .59  .43  .39  .63  .76  .57  .41  .41\nSHL151A -1492-1245                                                                                             .67  .75\nSHL166A -1746-1531                                           .70  .64  .54  .53  .67  .50  .62  .63\nSHL486A -1900-1648             .52  .54  .57  .53  .34  .46  .55  .55  .71  .74\nSHN151B -1830-1401                       .56  .54  .47  .44  .43  .29B .38B .54  .28A .35  .44  .56  .58  .51  .55  .53\nSHN152A -1549-1207                                                                                   .71  .63  .63  .68\nSHN154A -1668-1521                                                          .61  .58  .44  .42  .65  .68\nSHN154B -1850-1730                       .62  .66  .65  .53\nSHS025A -2000-1597   .45  .63  .68  .72  .71  .74  .74  .68  .48  .66  .84  .81  .50  .51\nSHS026A -1840-1351                       .64  .68  .79  .81  .65  .74  .77  .79  .79  .70  .77  .68  .62  .51  .36  .52\nSHS030A -1791-1476                                 .72  .83  .84  .79  .82  .70  .49  .67  .83  .74  .72  .67\nSHS033A -1680-1160                                                     .75  .75  .73  .72  .71  .66  .66  .73  .76  .77\nSHS151A -1491-1008                                                                                             .74  .79\nTRL834A -1836-1203                       .60  .57  .46  .54  .51  .35  .26A .31A .41  .41  .57  .65  .58  .57  .58  .48\nTRL837B -1625 -951                                                                    .48  .75  .69  .53  .68  .63  .36B\nTRL842A -1950-1801   .44  .67  .68  .57  .55\nTRL849A -1593-1415                                                                         .60  .78  .74  .72  .75  .59\nTRL849B -1616-1480                                                                    .47  .58  .66  .49  .36\nTRL851A -1825-1640                            .54  .61  .79  .59  .35  .48  .50\nAv segment correlation   .50  .64  .61  .59  .60  .61  .61  .63  .57  .53  .63  .66  .57  .53  .62  .68  .64  .61  .64  .62\n\nSHP-851: -1825-1640      .54  .61  .79  .59  .35  .48  .50\n\nOther series that overlap\nSHG063A -1689-1309                                                     .73  .83  .70  .66  .80  .78  .71  .76  .78  .69\nSHG064A -1473 -581                                                                                                  .61\nSHL127A -1929-1564   .61  .62  .57  .53  .55  .67  .74  .59  .43  .39  .63  .76  .57  .41  .41\nSHL151A -1492-1245                                                                                             .67  .75\nSHL166A -1746-1531                                           .70  .64  .54  .53  .67  .50  .62  .63\nSHL486A -1900-1648             .52  .54  .57  .53  .34  .46  .55  .55  .71  .74\nSHN151B -1830-1401                       .56  .54  .47  .44  .43  .29B .38B .54  .28A .35  .44  .56  .58  .51  .55  .53\nSHN152A -1549-1207                                                                                   .71  .63  .63  .68\nSHN154A -1668-1521                                                          .61  .58  .44  .42  .65  .68\nSHN154B -1850-1730                       .62  .66  .65  .53\nSHS025A -2000-1597   .45  .63  .68  .72  .71  .74  .74  .68  .48  .66  .84  .81  .50  .51\nSHS026A -1840-1351                       .64  .68  .79  .81  .65  .74  .77  .79  .79  .70  .77  .68  .62  .51  .36  .52\nSHS030A -1791-1476                                 .72  .83  .84  .79  .82  .70  .49  .67  .83  .74  .72  .67\nSHS033A -1680-1160                                                     .75  .75  .73  .72  .71  .66  .66  .73  .76  .77\nSHS151A -1491-1008                                                                                             .74  .79\nTRL834A -1836-1203                       .60  .57  .46  .54  .51  .35  .26A .31A .41  .41  .57  .65  .58  .57  .58  .48\nTRL837B -1625 -951                                                                    .48  .75  .69  .53  .68  .63  .36B\nTRL842A -1950-1801   .44  .67  .68  .57  .55\nTRL849A -1593-1415                                                                         .60  .78  .74  .72  .75  .59\nTRL849B -1616-1480                                                                    .47  .58  .66  .49  .36\nTRL851A -1825-1640                            .54  .61  .79  .59  .35  .48  .50\nAv segment correlation   .50  .64  .61  .59  .60  .61  .61  .63  .57  .53  .63  .66  .57  .53  .62  .68  .64  .61  .64  .62\n","data":[],"refs":["ref:holmes1983caq"]},{"series":"Study_8542","series_type":"NOAA_NCEI_Study","parameter_list":"","header_list":"","selected":true,"noaa_ncei_study":8542,"data":[],"refs":["doi:10.25921\/ycpw-7019"]},{"series":"Attachments","series_type":"Files","parameter_list":"","header_list":"","selected":true,"path":"~\/record\/SHP\/Attachments","notes":"","data":{"filename":["SHP_MWK_Correlation.pdf","ST846A_COF.OUT.txt","ST846_Sample.png","TRL862A_COF.OUT.txt"],"filesize":[63033,307936,502740,307936],"updated":["2022-08-23T11:48:14.000Z","2022-08-23T12:15:30.000Z","2022-08-23T12:14:31.000Z","2022-08-15T19:32:17.000Z"],"dir":[false,false,false,false]},"refs":[]}],"refs":["doi:10.1002\/2014gl059874","doi:10.1007\/978-90-481-8736-2_44","doi:10.1007\/s00382-013-1911-9","doi:10.1016\/j.yqres.2006.07.004","doi:10.1017\/s0033822200005592","doi:10.1029\/jc078i036p08849","doi:10.1073\/pnas.0903029106","doi:10.1126\/sciadv.aar8241","doi:10.1139\/x09-187"]}}],"bibliography":[{"ref":"pearson2018arr","firstauthor":"Pearson","year":2018,"reftype":"article","author":"Pearson, Charlotte L. and Brewer, Peter W. and Brown, David and Heaton, Timothy J. and Hodgins, Gregory W. L. and Jull, A. J. Timothy and Lange, Todd and Salzer, Matthew W.","title":"Annual radiocarbon record indicates 16th century BCE date for the Thera eruption","journal":"Science Advances","volume":"4","number":"8","pagefrom":0,"pageto":0,"series":"","publisher":"American Association for the Advancement of Science (AAAS)","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/dx.doi.org\/10.1126\/sciadv.aar8241","doi":"10.1126\/sciadv.aar8241","isbn":"","citation":"Pearson et al., 2018","reference":"Pearson, C.L., Brewer, P.W., Brown, D., Heaton, T.J., Hodgins, G.W.L., Jull, A.J.T., Lange, T. and Salzer, M.W. (2018) Annual radiocarbon record indicates 16th century BCE date for the Thera eruption. Science Advances, 4(8), p.eaar8241. doi:10.1126\/sciadv.aar8241"},{"ref":"jull2014err","firstauthor":"Jull","year":2014,"reftype":"article","author":"Jull, A. J. Timothy and Panyushkina, Irina P. and Lange, Todd E. and Kukarskih, Vladimir V. and Myglan, Vladimir S. and Clark, Kelley J. and Salzer, Matthew W. and Burr, George S. and Leavitt, Steven W.","title":"Excursions in the14C record at A.D. 774-775 in tree rings from Russia and America","journal":"Geophysical Research Letters","volume":"41","number":"8","pagefrom":0,"pageto":0,"series":"","publisher":"American Geophysical Union (AGU)","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/dx.doi.org\/10.1002\/2014gl059874","doi":"10.1002\/2014gl059874","isbn":"","citation":"Jull et al., 2014","reference":"Jull, A.J.T., Panyushkina, I.P., Lange, T.E., Kukarskih, V.V., Myglan, V.S., Clark, K.J., Salzer, M.W., Burr, G.S. and Leavitt, S.W. (2014) Excursions in the14C record at A.D. 774-775 in tree rings from Russia and America. Geophysical Research Letters, 41(8), pp.3004-3010. doi:10.1002\/2014gl059874"},{"ref":"salzer2013mpr","firstauthor":"Salzer","year":2013,"reftype":"article","author":"Salzer, Matthew W. and Bunn, Andrew G. and Graham, Nicholas E. and Hughes, Malcolm K.","title":"Five millennia of paleotemperature from tree-rings in the Great Basin, USA","journal":"Climate Dynamics","volume":"42","number":"5-6","pagefrom":0,"pageto":0,"series":"","publisher":"Springer Science and Business Media LLC","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/dx.doi.org\/10.1007\/s00382-013-1911-9","doi":"10.1007\/s00382-013-1911-9","isbn":"","citation":"Salzer et al., 2013","reference":"Salzer, M.W., Bunn, A.G., Graham, N.E. and Hughes, M.K. (2013) Five millennia of paleotemperature from tree-rings in the Great Basin, USA. Climate Dynamics, 42(5-6), pp.1517-1526. doi:10.1007\/s00382-013-1911-9"},{"ref":"kipfmueller2010ltc","firstauthor":"Kipfmueller","year":2010,"reftype":"article","author":"Kipfmueller, Kurt F. and Salzer, Matthew W.","title":"Linear trend and climate response of five-needle pines in the western United States related to treeline proximity","journal":"Canadian Journal of Forest Research","volume":"40","number":"1","pagefrom":0,"pageto":0,"series":"","publisher":"Canadian Science Publishing","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/dx.doi.org\/10.1139\/x09-187","doi":"10.1139\/x09-187","isbn":"","citation":"Kipfmueller and Salzer, 2010","reference":"Kipfmueller, K.F. and Salzer, M.W. (2010) Linear trend and climate response of five-needle pines in the western United States related to treeline proximity. 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In Advances in Global Change Research., Springer Netherlands, pp.469-482. doi:10.1007\/978-90-481-8736-2_44"},{"ref":"salzer2010ssm","firstauthor":"Salzer","year":2010,"reftype":"misc","author":"Salzer, M.W. and  Hughes, M.K.","title":"Salzer - Sheep Mountain Update - PILO - ITRDB CA667","journal":"","volume":"","number":"","pagefrom":0,"pageto":0,"series":"","publisher":"","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/doi.org\/10.25921\/ycpw-7019","doi":"10.25921\/ycpw-7019","isbn":"","citation":"Salzer et al., 2010","reference":"Salzer, M.W. and Hughes, M.K. (2010) Salzer - Sheep Mountain Update - PILO - ITRDB CA667. doi:10.25921\/ycpw-7019"},{"ref":"salzer2009rug","firstauthor":"Salzer","year":2009,"reftype":"article","author":"Salzer, Matthew W. and Hughes, Malcolm K. and Bunn, Andrew G. and Kipfmueller, Kurt F.","title":"Recent unprecedented tree-ring growth in bristlecone pine at the highest elevations and possible causes","journal":"Proceedings of the National Academy of Sciences","volume":"106","number":"48","pagefrom":0,"pageto":0,"series":"","publisher":"Proceedings of the National Academy of Sciences","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/dx.doi.org\/10.1073\/pnas.0903029106","doi":"10.1073\/pnas.0903029106","isbn":"","citation":"Salzer et al., 2009","reference":"Salzer, M.W., Hughes, M.K., Bunn, A.G. and Kipfmueller, K.F. (2009) Recent unprecedented tree-ring growth in bristlecone pine at the highest elevations and possible causes. Proceedings of the National Academy of Sciences, 106(48), pp.20348-20353. doi:10.1073\/pnas.0903029106"},{"ref":"salzer2007brv","firstauthor":"Salzer","year":2007,"reftype":"article","author":"Salzer, Matthew W. and Hughes, Malcolm K.","title":"Bristlecone pine tree rings and volcanic eruptions over the last 5000 yr","journal":"Quaternary Research","volume":"67","number":"1","pagefrom":0,"pageto":0,"series":"","publisher":"Cambridge University Press (CUP)","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/dx.doi.org\/10.1016\/j.yqres.2006.07.004","doi":"10.1016\/j.yqres.2006.07.004","isbn":"","citation":"Salzer and Hughes, 2007","reference":"Salzer, M.W. and Hughes, M.K. (2007) Bristlecone pine tree rings and volcanic eruptions over the last 5000 yr. Quaternary Research, 67(1), pp.57-68. doi:10.1016\/j.yqres.2006.07.004"},{"ref":"ferguson1983dbp","firstauthor":"Ferguson","year":1983,"reftype":"article","author":"Ferguson, C W and Graybill, D A","title":"Dendrochronology of Bristlecone Pine: A Progress Report","journal":"Radiocarbon","volume":"25","number":"2","pagefrom":0,"pageto":0,"series":"","publisher":"Cambridge University Press (CUP)","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/dx.doi.org\/10.1017\/s0033822200005592","doi":"10.1017\/s0033822200005592","isbn":"","citation":"Ferguson and Graybill, 1983","reference":"Ferguson, C.W. and Graybill, D.A. (1983) Dendrochronology of Bristlecone Pine: A Progress Report. Radiocarbon, 25(2), pp.287-288. doi:10.1017\/s0033822200005592"},{"ref":"holmes1983caq","firstauthor":"Holmes","year":1983,"reftype":"article","author":"Holmes, R. L.","title":"Computer-assisted quality control in tree-ring dating and measurement","journal":"Tree-ring Bulletin","volume":"43","number":"","pagefrom":0,"pageto":0,"series":"","publisher":"","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"","doi":"","isbn":"","citation":"Holmes, 1983","reference":"Holmes, R.L. (1983) Computer-assisted quality control in tree-ring dating and measurement. Tree-ring Bulletin, 43, pp.69-78."},{"ref":"lamarche1973adb","firstauthor":"LaMarche","year":1973,"reftype":"article","author":"LaMarche, V. C. and Harlan, T. P.","title":"Accuracy of tree ring dating of bristlecone pine for calibration of the radiocarbon time scale","journal":"Journal of Geophysical Research","volume":"78","number":"36","pagefrom":0,"pageto":0,"series":"","publisher":"American Geophysical Union (AGU)","address":"","booktitle":"","chapter":null,"edition":null,"organization":"","school":"","institution":"","url":"https:\/\/dx.doi.org\/10.1029\/jc078i036p08849","doi":"10.1029\/jc078i036p08849","isbn":"","citation":"LaMarche and Harlan, 1973","reference":"LaMarche, V.C. and Harlan, T.P. (1973) Accuracy of tree ring dating of bristlecone pine for calibration of the radiocarbon time scale. Journal of Geophysical Research, 78(36), pp.8849-8858. doi:10.1029\/jc078i036p08849"}],"compilation":{"by":"IntCal group","url":"https:\/\/intchron.org\/archive\/IntCal\/IntCal20\/index.json","updated":null,"retrieved":"2025-08-02T13:26:23+01:00"},"schema":"https:\/\/intchron.org\/schema"}