Ecological genetics of Pinus contorta in the Upper Snake River Basin of eastern Idaho and Wyoming ecologicalgeneti356rehf Year: 1986 Cl = INCHES Ci:7 Figure 4.—Geographic patterns of variation ttiat are independent of elevation. Shading marlKS the distribution of lodgepole pine in reference to the Teton Range. = the con- tour interval, which is scaled to a value of V2\s6(). The zero contour represents the mean of all populations standardized for elevation. Table 6.—Correlation matrix relating population means for all studies'' Variable Code LL H AH Fl 1 D R C EL IN Growth and
Ecological genetics of Pinus contorta in the Upper Snake River Basin of eastern Idaho and Wyoming ecologicalgeneti356rehf Year: 1986 Cl = INCHES Ci:7 Figure 4.—Geographic patterns of variation ttiat are independent of elevation. Shading marlKS the distribution of lodgepole pine in reference to the Teton Range. = the con- tour interval, which is scaled to a value of V2\s6(). The zero contour represents the mean of all populations standardized for elevation. Table 6.—Correlation matrix relating population means for all studies'' Variable Code LL H AH Fl 1 D R C EL IN Growth and development Late growth LG Leaf length LL .62 .53 .33 .62 .59 .62 .64 ,21 Height H .81 .56 .84 .87 .85 .90 .36 Adjusted height (2,200 ft) AH .44 .71 .71 .70 .75 .20 Frost injury Fl .08 .42 .43 .43 .44 .27 Periodicity of shoot elongation Initiation 1 .10 Duration D .84 .99 .93 .27 Rate R .84 .97 .40 Cessation C .93 .28 Elongation EL .37 Cold hardiness Injury IN ''Coefficients of absolute value > are statistically significant at the 5 percent level. 6
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