Tree rings and climate
This classic title contains a lucid description and summary of basic dendrochronology, especially its application to climatic reconstructions that are now a highly valued and objective tool for putting future climatic changes in perspective with past climatic history for up to several thousand years.
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Growth and Structure
Systematic Variations in the Width and Cell Structure
Movement of Materials and Water Relations I Limiting Factors and Plant Processes II Some General Terms and Basic Concepts III Cell Water Status I...
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amount amplitudes anaerobic respiration analysis anomalies arid-site associated autocorrelation auxin average calibration cambial activity cambial tissues cambium carbon dioxide cells changes Chapter climatic data climatic factors climatic variables components conifers correlation crossdating decrease dendrochronology dendroclimatology described drought earlywood effect eigenvectors elements elevations energy environment environmental equation estimates evapotranspiration example frequencies Fritts glucose growing season increase inferred LaMarche latewood layer limiting mean measurements needles normal obtained occur period phloem photosynthesis physiological Pinus longaeva Pinus ponderosa plant plotted predictor pressure prior growth processes radiation reconstructions record reduced relationships represent respiration response functions result ring width ring-width chronologies ring-width indices roots sample significant slope soil moisture species statistical stem stomates summer surface tissues tracheids transpiration tree age tree growth tree rings tree-ring Type values variance variations in climate variations in ring vary vascular cambium water potential water stress weights winter xylem