Sentence examples for morphological adaptations of from inspiring English sources

It might imply that growth performance and morphological adaptations of larch were less sensitive than the physiological performance, which could also be found in another study (Gao et al. 2015).

Based on the unaltered understory community composition coupled with leaf morphological adaptations of selected understory plants to gaps, we conclude that the plant community is resilient to partial harvesting.

As there was no significant correlation between LIZ and GRS, hence the positive influence of GRS on both the snake species' presence cannot be considered as a mere correlate of the LIZ variable, but is likely that the peculiar morphological adaptations of these snakes are particularly efficient in this type of microhabitat compared to others.

Morphological adaptations of the digestive tract allow Lemur catta to meet part of its energy needs from the use of fibrous, ubiquitous leaves [54], as noted here.

Nothing seems to be known of the physiological and morphological adaptations of trees of the Kakadu National Park.

Unfortunately, no data on physiological responses to flooding and morphological adaptations of the Mekong floodplain tree species were found.

Similar to other halophytes, the succulence observed for P. acaciae growing on halophytic hosts showed a morphological adaptation of the mistletoe to salt stress (Breckle 1990).

Nonetheless, not all plant species respond in the same manner along elevational gradients, and comparatively little is known regarding the physiological and morphological adaptation of plants growing at high elevations >2500 m above sea level (a.s.l).l

These S. europaea miRNAs may define several of these cascades, in which they act as crucial molecules at an upstream mode in the transcriptional regulatory networks of salt stress signal transduction; as a result, the morphological adaptation of S. europaea can be achieved under salt conditions.

Our results illustrate how the apparent "victory" of one sex in the antagonistic coevolution of morphological adaptations for intromission control (male and female genitalia) triggers the evolution of a behavioral trait in another sex (post-mounting courtship signals).

In M. coronatus, we found none of the male morphological adaptations for EP mating that are characteristic of other members of the genus (Fig. 1).