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Katla

Data series

Eruptions
  • series: Eruptions
  • series_type: Volc_Eruptions
eruptioneruption_typett_sigmat_sourcerefnotes
Vedde AshUltra-Plinian-10170.51GICC05doi:10.1029/2005jd006079Bi-model rhyolitic and basalt ash layer, c. 12171 ± 114 yr b2k (GICC05); alternatively NGRIP SS09 11985-11988 ice core yr BP. Norddahl and Haflidason (1992) have suggested that the Skogar tephra is the proximal correlate of the Vedde Ash.
Katla AD1625Plinian1625.51CalendarAD 1625 historical
Eldgja tephraSub-Plinian934.51GICC05doi:10.1177/095968369500500201
notes
c. AD 938 ± 4 (GISP2) or AD934 ± 2.

Katla~1000 and K-x are now believed to correspond to this eruption (G. Larsen, 2010, Katla: tephrochronology and eruption history, in Schomacker et al. [eds.] 'The Mýrdalsjökull Ice Cap, Iceland: glacial processes, sediments and landforms on an active volcano', Developments in Quaternary Science vol. 13, pp.23-49, Amsterdam: Elsevier).
  • GA4-85Plinian750.550doi:10.1191/0959683602hl538rrc. AD 700-800 interpolated (Hall & Pilcher 2002).
    Tjornuvik AD800 BPlinian800.550doi:10.1191/095968301668079904ninth century AD age suggested by Wastegard et al. (2001).
    GB4-150Plinian-777.521IntCal04doi:10.1191/0959683604hl757rrc. 800-758 cal BC (Plunkett et al. 2004).
    Mjauvotn APlinian-4399.5200doi:10.1191/095968301668079904c. 5300-5700 14C yr BP radiocarbon. A mid-distal basaltic tephra (Tv-5) dated to c. 6000 BP with a similar geochemistry to this tephra has been recorded in the sediment succession from Lake Torfadalsvatn on northern Iceland (Bjorck et al., 1992).
    Mjauvotn BPlinian-4399.5200doi:10.1191/095968301668079904c. 5300-5700 14C yr BP radiocarbon
    Torfadalsvatn (Tv-5)Sub-Plinian-4954.5240IntCal09doi:10.1111/j.1502-3885.1992.tb00009.xTransitional alkali basalt. Dated at Lake Torfadalsvatn to 6000 ± 140 14C yr BP (c.7240-6500 cal BP, 2 sigma). Possibly the mid-distal equivalent of Mjauvotn A tephra on the Faroes (Wastegard 2001). On the basis of major element geochemistry believed to be from Katla.
    SILK-A1Sub-Plinian-4009.5207IntCal09doi:10.1002/jqs.724c. 5170 ± 85 14C yr BP (Wastegard 2002, JQS 17(8), 723-730). Calibrates to 6182-5730 yr cal BP (2 sigma).
    SILK-A7Sub-Plinian-5189.5123IntCal09doi:10.1002/jqs.724c. 6245 ± 90 14C yr BP calibrates to 7415-6932 yr cal BP (2 sigma; Wastegard 2002)
    SILK-YNSub-Plinian310.570IntCal09doi:10.1179/env.2000.5.1.21There are three 14C ages for this tephra, from 1500 ± 70 to 1880 ± 60 14C yr BP. Dugmore et al. (2000) argue for an age of 1740 ± 50 14C yr BP. Calibrated age range of 1811-1539 cal BP (2 sigma).
    Suduroy tephraPlinian-6119.590IntCal09doi:10.1002/jqs.724Rhyolitic ash layer, c. 7240 ± 95 14C yr BP calibrates to 8310-7868 cal BP (2 sigma; Wastegard 2002, JQS 17(8), 723-730).
    NGRIP 1508.26mSub-Plinian-10249.51GICC05doi:10.1029/2005jd006079Rhyolitic ash layer. NGRIP GICC05 age of 12250 ± 117 b2k years
    NGRIP 1573.00mSub-Plinian-12019.51GICC05doi:10.1029/2005jd006079Basalt layer. NGRIP GICC05 14020 ± 167 b2k.
    Dimna AshPlinian-13149.5300IntCal04doi:10.1016/j.quascirev.2007.04.021Rhyolitic ash that is below radiocarbon age of 12780 ± 60 14C yr BP (15400-14850 cal BP) on terrestrial plant macrofossils (Koren et al. 2008)
    AF555Plinian-9544.5295IntCal09doi:10.1002/jqs.1498Rhyolitic ash layer. Bayesian age model 11.79-11.20 cal ka BP
    Solheimar IgnimbritePhreato-Plinian-10149.5700doi:10.1007/bf00298704correlated with Vedde Ash and dated to Younger Dryas Stadial.
    NGRIP 1861.55mSub-Plinian-25526.51GICC05doi:10.1016/j.epsl.2010.03.004Transitional alkali basalt; GICC05 age of 27527 ± 410 b2k
    NGRIP 1895.24mSub-Plinian-27129.51GICC05doi:10.1016/j.epsl.2010.03.004Transitional alkali basalt; GICC05 age of 29130 ± 456 b2k
    IA2Sub-Plinian-11199.5146Orbitaldoi:10.1016/s0277-3791(00)00146-3Ice rafted rhyolitic ash layer, Bond et al. (2001) assigns this to GI-1b which has a GICC05 age range of 13311-13099 b2k (± 146).
    Skopun tephraPlinian-7799.5100IntCal09doi:10.1016/j.quaint.2011.05.01414C modeled age of 9850-9650 yr cal BP (Lind & Wastegard 2011).
    St. 5a-TAB-1Plinian-73449.55000Orbitaldoi:10.1016/0012-821x(95)00145-3TAB geochemical composition
    St. 5a-TAB-2Plinian-75549.55000Orbitaldoi:10.1016/0012-821x(95)00145-3TAB geochemical composition
    Tjornuvik AD800 B_Distribution
    • series: Tjornuvik AD800 B_Distribution
    • series_type: Tephra_Distribution
    • eruption: Tjornuvik AD800 B
    sitecountrylongitudelatitudeelevationsite_typesampletephra_typetephra_depositmaterialz_rangecollectedcollected_bynotes
    Borg IndrepollenNorway13.4940004368.14499664TerrestrialQUEST636/54distalfallashquest
    Vedde Ash_Distribution
    • series: Vedde Ash_Distribution
    • series_type: Tephra_Distribution
    • eruption: Vedde Ash
    sitecountrylongitudelatitudeelevationsite_typesampletephra_typetephra_depositmaterialz_rangecollectedcollected_bynotes
    GurskøyNorway5.55788993862.3708992TerrestrialQUEST637/3distalfallashquest
    KvaltjernNorway4.98140001360.42309952TerrestrialQUEST639/3distalfallashquest
    Lake KullatorpssjönSweden12.4877004656.2941017289TerrestrialQUEST692/3distalfallashquest
    Lake MullsjönSweden14.3607997958.36930084133TerrestrialQUEST695/3distalfallashquest
    Lerstadvatn, ÅlesondNorway6.26099014362.36729813TerrestrialQUEST641/3distalfallashquest
    Lake GjølvatnNorway6.25216007262.43230057TerrestrialQUEST640/3distalfallashquest
    LillerestjønnNorway6.3170499862.46889877TerrestrialQUEST642/3distalfallashquest
    SaudedalsmyraNorway6.23669004462.43389893TerrestrialQUEST643/3distalfallashquest
    Lac de SewenFrance6.89722013547.81169891500TerrestrialQUEST823/3distalfallashquest

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