Sentence examples for most forest tree from inspiring English sources

Genetic variation within most forest tree species is high in comparison to other organisms.

Aiding this evolution is the very low levels of linkage disequilibrium (LD) observed in most forest tree populations.

Most forest tree species are characterized by inherently high levels of variation and extensive natural ranges.

The genetic determinism of tree growth and its trend over-time have been fairly well studied in most forest tree species of commercial interest [ 19- 24].

However, since most forest tree populations are weakly differentiated, the identification of genetic markers to differentiate among spatially isolated populations is often difficult and time consuming.

The large-scale sequencing and analysis of ESTs remain a fundamental part of genomics research to enable gene discovery and annotation in most forest tree species, but especially in conifers.

The genomic architecture of bud phenology and height growth remains poorly known in most forest trees.

The genetic control of important adaptive traits, such as bud set, is still poorly understood in most forest trees species.

Given the large genome size and relatively low population-wide LD of most forest trees, particularly conifers such as loblolly pine, hundreds of thousands of markers might be needed to produce accuracies similar to those obtained from classical evaluation.

After more than 150 million years of isolation the podocarps that dominate the forests of the west coast of the south island of New Zealand have remarkably slow growth rates by comparison to most other forest tree species.

In this study we focus on Picea abies (Norway spruce), one of the ecologically and economically most important forest tree species in Europe.