Canadian Journal of Botany · 1986 · 57 citations · 8 references
Life SciencesEcologyForestryForest EcologyPhysiological EcologyTerrestrial EcologyForest GrowthMountain EcologySeasonal Growth PatternsShoot GrowthTree FormTundra EcologyClimate Change Effects On ForestsForest Air TemperatureMontane EcologyMontane ForestsTemperature Effects On Shoot GrowthTemperature InversionsTree Growth AnalysisTree Growth Response
Significant differences in growing-season air and soil temperatures were found with increasing elevation in the upper montane and forest–alpine tundra ecotone. Temperature inversions in topographic depressions were frequent, especially during the growing season. Variability in bud flush timing with elevation was best accounted for by soil temperatures; however, air temperature recorded within a mat conifer also correlated well with bud flush timing. Significant differences in shoot elongation, needle length, and cuticular thickness were found with differences in climate and elevational changes.
8