Sentence examples for component of tree from inspiring English sources

Given the role of El Nino Southern Oscillation (ENSO) in influencing the hydroclimatology of the southeastern United States, we estimated the periodic component of streamflow using Nino3.4 – an index representing ENSO – and the non-periodic component of streamflow using the non-periodic component of tree rings that represent interannual variability of moisture supply within the region.

Khuder et al. [58] argued that "taproots may play an important role in anchoring young trees, but in adult trees, their growth is often impeded by the presence of a hard pan layer in the soil and the taproot becomes a minor component of tree anchorage".

Another important component of tree comparisons is the ability to deal with multifurcating nodes in trees that are incompletely resolved.

The decrease in student performance on this component of tree construction appears to represent a mismatch between our assessment and our teaching materials, a problem that could be easily remedied by modifying the tree construction question in the pre- and postconcept assessment.

Khuder et al. [ 58] argued that "taproots may play an important role in anchoring young trees, but in adult trees, their growth is often impeded by the presence of a hard pan layer in the soil and the taproot becomes a minor component of tree anchorage".

A second component of tree-thinking involves generating phylogenetic trees by isolating and interpreting informative data into evidence of evolutionary relationships.

Understanding relationships of taxa on evolutionary trees (a fundamental component of tree-thinking) is a difficult skill for students to master.

Despite the recent advances in examining root distribution and biomass with ground-penetrating radar [8 12], the belowground component of trees is still poorly known because, traditionally, it requires labour- and time-intensive in situ measurements [13].

The largest decreases for both species occurred in the bole component of trees in advanced stages of decay.

Despite the recent advances in examining root distribution and biomass with ground-penetrating radar [ 8– 12], the belowground component of trees is still poorly known because, traditionally, it requires labour- and time-intensive in situ measurements [ 13].

The most common approach to reconstruct annual streamflow is to develop statistical regression relationships between principal components of tree rings and observed annual flow values and then extend the relationship to estimate annual streamflow values over the period for which tree-ring chronology is available.