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Open image in new window Figure 2 Comparison of mean stem diameter (cm) in different treatments.

Figure 5 (B) gives the quadratic mean stem diameter and top height relative growth rates over time.

Trees were spread equally over the 25 patches of the 1 ha model area (at Wetzstein, 410 stems∙ha−1 with a mean stem diameter of 0.33 m).

While mean stem diameter growth was apparently not negatively affected by temporal water shortage in the NAF plots on higher terrain, we found a particularly high mortality rate, mostly of larger trees, in the highest NAF plots.

A: The relative volume growth rate (red) and relative loss rate (blue) B: The corresponding relative growth rates of the quadratic mean stem diameter height (blue) and of top height (red).

Mean stem diameter growth rates typically varied between 1.23 and 1.97 mm∙yr–1 in the AF and NAF plots and were relatively uniform among the species (Table 2).

The mean stem diameters were 11.2 and 10.2 mm in the non-revision and revision groups.

Shade tree characteristics (mean number of stems ha−1, average height (m), average stem diameter (cm) and associated total C stocks (Mg C ha−1) grouped according to districts with similar crown cover are given in Table 7.

For the stand values we compared observed and predicted height:diameter ratios of dominant trees (100 largest trees per hectare), and of the mean stem size (quadratic mean diameter and Loreýs mean height weighted by basal area) at the end of the simulation period.

The application of 4 L of water over eight watering events per month achieved the maximal mean increase in basal stem diameter for unrooted truncheons, namely 5.6 ± 1.8 mm.

Both TSV and V were significantly correlated to stand density, mean top height and stem diameter (Table 1).