FIGURE LEGENDS
Histogram of A) untransformed growth (dbh increment) and B) growth transformed by
the power 0.45. Vertical red lines are at the mean and 3 standard deviations above the mean. In panel B, the leftmost bar, near 0, includes the 6 trees with exactly 0 growth; in panel A, the leftmost bar includes the zeroes plus those at g = 0.2. Data are from Q. ellipsoidalis, using growth from census 6 to 11, including stems ≥ 10 but < 20 cm dbh.
  1. Effect sizes of four neighborhood parameters on survival in Q. macrocarpa : conspecific basal area within 10 m (consp. <10) and at 10-20 m (consp. 10-20); heterospecific basal area within 10 m (heterosp. <10) and at 10-20 m (hetersp. 10-20). Positive effect sizes mean increased survival; negative effect sizes mean reduced survival. A single model was run for each of the three dbh classes; each included census interval as a random effect. The three dbh classes are separated by color; the six census intervals by shape. Vertical dashed lines are 95% credible intervals, which are 95th percentiles of posterior distributions of each parameter, the post-burn-in parameter chains.
  2. Effect sizes of five parameters describing local neighborhoods on survival in Q. ellipsoidalis . See Fig. 2.
  3. Effect sizes of four neighborhood parameters on growth in Q. macrocarpa : conspecific basal area within 10 m (consp. <10) and at 10-20 m (consp. 10-20); heterospecific basal area within 10 m (heterosp. <10) and at 10-20 m (heterosp. 10-20). Positive effect sizes mean increased growth rates. Negative effect sizes mean reduced growth rates. A single model was run for each of the three dbh classes; each included census interval as a random effect. The three dbh classes are separated by color; the six census intervals by shape. Vertical dashed lines are 95% credible intervals, which are 95th percentiles of posterior distributions of each parameter, the post-burn-in parameter chains.
  4. Effect sizes of five parameters describing local neighborhoods on growth in Q. ellipsoidalis . See Fig. 4.
Figure 1