Sentence examples for morphology that have from inspiring English sources

Characterizing the changes in cichlid trophic morphology that have contributed to their extraordinary adaptive radiations has broad evolutionary implications, and such studies are necessary for directing future investigations into the proximate mechanisms that have shaped these spectacular phenomena.

However, even albatrosses possess variability in body and wing morphology that have important implications for differential use of wind among species [10] and between sexes within a species [11], [12].

In response to milk stasis, the WT glands underwent the characteristic changes in morphology that have been documented during milk stasis [ 2, 22]).

The 3-D system enables new dental phenotypes to be defined, increasing anatomical discrimination and providing the opportunity to explore aspects of dental development and morphology that have hitherto remained neglected.

The China and UK samples come from populations showing subtle differences in morphology that have been classified into different subspecies (caraco and norvegicus, respectively), but the extent of gene flow between these populations is unknown.

We describe a compact, textured morphology that has not been reported before.

We will next discuss some parameters affecting the blend morphology that has not been explored much in detail and requires further attention.

Nature 440 926 929); (5) the switch from hawkmoth to fly pollination in a group of plants (the story is straightforward [some characteristics of plant morphology that had evolved in conjunction with hawkmoth pollination at night were co-opted to allow the change in pollinators when one species in the group began flowering during the day rather than at night].

High-resolution OCT generates tomographic images similar to tissue sections and permits visualization of retinal morphology that had previously only been possible with histopathology [1], [2].

By associating feeding performance with morphology at the individual level, we were able to identify the aspects of morphology that had the greatest impact on feeding mode and efficiency.

This biomechanical analysis of spore discharge mechanisms in mushroom-forming fungi and their relatives is the first of its kind and provides a novel view of the incredible variety of spore morphology that has been catalogued by traditional taxonomists for more than 200 years.