Sentence examples for morphological constraints and from inspiring English sources

We discuss morphological constraints and epigenetic impacts on nuclear architecture, the evolutionary stability of CT arrangements, and alterations of nuclear architecture during transcription and repair.

These results suggest that despite morphological constraints and subjective factors in the delineation of eroded phases, these soils should be viewed as unique pedological entities that hold lasting value for understanding the effects of accelerated erosion on soil morphology, crop production, and ecosystem services.

The aim of this paper is to discuss and evaluate the differences of fuel usage and transport sector interaction in Italian urban scenarios, taking into account geographical and morphological constraints, and to compare the forecasts for 2020 and 2030scenarios, in accordance with European and National laws in force.

Understanding the causes of phylogenetic signal for even a single trait is difficult, as numerous factors can limit changes over evolutionary time (e.g. slow diversification rates, insufficient time, strong selection, morphological constraints and trade-offs; Wiens et al. 2010).

Embryonic development evolves by balancing stringent morphological constraints with genetic and environmental variation.

The tasks of categorization and category learning, for example, can be significantly simplified by exploiting the morphological constraints, sensory motor couplings and the interaction with the environment.

Uniformity in frequency range may be explained by similar morphological constraints [ 43] and similar predation pressure [ 44] for the three species studied.

Though urban gas networks have a strong potential for restructuring the physical and social landscapes in cities, the dominant commercial approach taken by energy utilities and morphological constraints in the urban fabric limit their universalization.

In the context of functional processes, morphological constraints are due to interactions within and between different structures and both biotic and abiotic selection pressures [ 2- 4].

Rhizomatous perennials with cylindrical leafless culms (common in genera such as Eleocharis, Juncus and Schoenoplectus), broad-leaved species such as Typha spp. and narrower-leaved genera such as Carex that may be variously tussock- or sward-forming have different morphological constraints controlling their depth responses, and hence may be difficult to compare directly in growth experiments.

Both environmental and behavioral factors constitute morphological constraints on birds, as exemplified by the many similarities in external morphology between various ovenbird-woodcreeper lineages and other passerines.