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The results for June 2002, the 'drought', still reflect an availability of soil water (no record exceeds the value of −5.0 MPa), but distinguish between sample trees with a more or less favourable water access among the group.
Although mainly used for estimating stand volume by selecting sample trees with a probability proportional to their estimated volume, it has also been used for estimating sparse species (Ringvall and Kruys, 2005) and needle mass (Eckmüllner and Sterba, 2000).
This means that, since P rognA us is a distance-independent tree growth model, it does not simulate single trees of the stand but rather sample trees with their represented stem number per hectare.
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The most familiar approach is horizontal point sampling (HPS) which samples trees with probability proportional to basal area.
GHPS is a simple practical technique for sampling trees with probability proportional to an approximate equation for biomass.
This proximity can be measured as the distance between the vectors formed by the independent variables related to the object of study (in the case of this study, sampled trees with dimensions DBH, H and I).
Our species number is however comparable to that of [32] who recorded 105 species in cabrucas of the Espirito Santo state, Brazil, by sampling trees with DBH >10 cm in 4.8 ha of 20 farms studied.
In each landscape we sampled trees with a circumference at breast height (CBH) above 8 cm belonging to Sapotaceae, a tree family that is severely threatened by human activities and generally composed of large, long-lived, animal-dispersed, shade-tolerant trees typical of the interior of forests.
The 50% majority rule tree presented here was constructed from all sampled trees with the first 25% of all trees ignored as burn in.
The consensus tree topology, the arithmetic mean log-likelihood (lnL) for this topology, and branch support were estimated from the set of sampled trees with the best posterior probabilities.
The 50% majority rule tree presented here was constructed from all sampled trees with the first 25% of all trees.
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