Sentence examples for morphological processes to from inspiring English sources

Compounding of noun roots to form new nouns is commonplace; there are also many morphological processes to derive nouns from verbs.

Human languages rely on numerous morphological processes to alter meaning, one prominent example being affixation, the addition of a morpheme (the smallest linguistic unit that has semantic meaning), to a word stem (the part of the word that never changes), as for instance in the English word 'brother-hood' [6].

Interestingly, disruption of the activity of the cerebellum interfered with either semantic or morphological processes according to the stimulated hemisphere.

Derivational morphological processes allow us to create new words (e.g. punish (V) to noun (N) punishment) from base forms.

The agamous-like (AGL) TFs are known to be involved with root morphological processes [ 18], SOC1 is known to interact with both AGL44 and XAL1 [ 19], and MYB85 regulates lignin biosynthesis [ 20, 21].

Therefore, the finding that bck1Δ mutant cells, defective in the MAP kinase of the CWI pathway, could not produce this structure in response to the thermal stress indicates that the morphological process that leads to CS formation is indeed under the control of the CWI pathway.

This paper presents a review of the state-of-the-art research and its applications developed at Hohai University relating to the hydrodynamic and morphological processes in the Yangtze Estuary.

Our findings show that this spatio-temporal association is critically dependent on both semantic processes (i.e. the semantic class of the verb) and morphological processes (i.e. the morphological rules to make the past and future tense of a word).

These self-beating cells did not appreciably proliferate but underwent a further morphological maturation process to form highly branched shapes with many projections.

Even though their total impact may seem only local and negligible at the catchment scale, their contribution to increase the diversity of morphological processes is significant.

The two-dimensional depth-averaged DELFT numerical model was employed to simulate the flow, salinity and SSC fields during the synchronous surveys and to predict the long-term morphological processes in the estuary.