dendroecological

These conclusions partially support a large number of dendroecological investigations which suggest a strong relationship between growth and temperature.

Bristlecones, Foxtails and Temperature « Climate Audit 2006

In a dendroecological investigation of P. sylvestris in the same area, Rigling et al. 2002 reported a significant negative correlation between temperature and radial growth for the month of June and a positive but non-significant relationship for the month of November of the past year.

Bristlecones, Foxtails and Temperature « Climate Audit 2006

In a dendroecological investigation of P. sylvestris in the same area, Rigling et al. 2002 reported a significant negative correlation between temperature and radial growth for the month of June and a positive but non-significant relationship for the month of November of the past year.

Survivorship Bias « Climate Audit 2006

The possibility that tree growth (e.g., annual rings) in natural environments has been fertilized by elevated atmospheric CO2 in the last several decades of the twentieth century has been discussed in several dendroecological studies (e.g., LaMarche et al., 1984; Graumlich, 1991; Briffa, 1992; Graybill and Idso, 1993; Nicolussi et al., 1995; Knapp et al., 2001).

Bunn et al. [2005] – 20th century tree growth in the Sierra Nevadas « Climate Audit 2005

Not sure if this is feasible in a dendroecological framework.

Bristlecone/Foxtail Site #1: Cirque Peak « Climate Audit 2005