A 4,500‐Year‐Long Record of Southern Rocky Mountain Dust Deposition

3091-year chronology gap, but includes 6 well spaced Holocene ages

updated precipitation reconstruction based on new calibration

tephra age based on Hallett et al., 1997

DWHI (WEB866da71d): interpretation1_scope: 'climate' has been replaced by ''

DWHI (WEB866da71d): interpretation1_scope: '' has been replaced by 'climate'

pub1_author: 'list(list(name = "Brown, K.J."), list(name = "Fitton, R.J."), list(name = "Schoups, G."), list(name = "Allen, G.B."), list(name = "Wahl, K.A."), list(name = "Hebda, R.J."))' has been replaced by 'Brown, K.J.'

MAP (WEB47b2a074): paleoData_proxyGeneral: '' has been replaced by 'pollen'
precipitation (WEB72139e72): paleoData_proxyGeneral: '' has been replaced by 'pollen'

Holocene precipitation in the coastal temperate rainforest complex of southern British Columbia, Canada

Postglacial vegetation and climatic change in the upper Peace River district, Alberta

White, J.M., R.W. Mathewes, and W.H. Mathews. 1985. Late Pleistocene chronology and environment of the "ice-free corridor" of northwestern Alberta. Quaternary Research 24:173-186.

Glacial montane lake. Physiography: glaciated mountain foothills. Surrounding vegetation: Picea mariana; Betula glandulosa, Salix.

temperature (PYT17LJ7OZ8): paleoData_datum: 'abs' has been replaced by 'anom'
temperature (WEBbc9e627b): paleoData_datum: 'abs' has been replaced by 'anom'

Paleovegetation and Paleoclimatic Changes in the Yukon at 6 ka BP

Reconstruction based on Porinchu et al (2009) transfer function. This model had stronger analogues with the samples than the Barley et al (2006) transfer function model

Reconstruction based on Barley et al (2006) transfer function (oC). Weaker analogues in the downcore and training set chironomid communities and therefore in my opinion the reconstructed temperatures based on the Porinchu et al (2009) training set are likely more accurate.

timeseries was composited programmatically, with the assumption that all values are measured at equivalent levels