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Drought stress dramatically decreased seedlings height, basal diameter, leaf number, leaf area, root length, and biomass production.
Low N supply (Nl) increased seedlings height, basal diameter, leaf number, leaf area, and biomass production, but decreased root length.
When recorded again in 2006, however, seedlings in the plots were significantly larger than control seedlings (height in plots: 124.3±13.4 mm, W = 11, P = 0.002), and still had significantly more leaves (leaves in plots: 13.4±0.8 leaves, W = 14, P = 0.006).
In 2005, seedlings in plots were of the same height as control seedlings (height in plots: 74.8±4.6 mm, W = 42, P = 0.30; all tests: N = 6 plots and 20 maternal trees), and had the same number of leaves per seedling as control seedlings (number of leaves in plots: 7.8±0.7 leaves, W = 56, P = 0.84).
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Seedling survival was 57% and seedling height averaged 94 cm following two growing seasons.
Height increment of understorey spruce increases with increasing seedling height.
Mean seedling height and number of leaves per seedling followed a similar pattern.
Height increment of understorey spruces increased as a function of seedling height (Figure 1).
In addition, the seedling height values in PEPR1 and PEPR2 treatments were 5.8%and6.5%5% higher than CPR.
Burial had significant effects on seedling height in Avicennia and Sonneratia only (P<0.05).
PEPR1 and PEPR2 outperformed CPR in terms of consistency of seedling height.
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