Sentence examples for morphological adaptations and from inspiring English sources

Include a table on the map that associates different morphological adaptations and ecological conditions.

Courtship related traits could represent such character systems, often involving specialized morphological adaptations and different behavioural components from both the male and female sex.

Hence, investigation of the degree of integration and modularity is important to understand the intrinsic morphological adaptations and constraints that affect vertebrate brain evolution.

The energetic burden of undertaking morphological adaptations and the biosynthesis of virulence factors may have a fitness penalty on the pathogen, while pathogen-derived inhibitory, hydrolytic and toxic compounds may have the potential to self-harm.

As a result, morphological adaptations and physiological performance of teleost eyes vary depending on physical, environmental, and phylogenetic constraints and are thus informative of a species' ecology, lifestyle, and habitat (Levine and MacNichol, 1979; Collin and Marshall, 2003).

It consists of both morphological adaptations and the assembly of a novel biochemical cascade, which together concentrate CO2 before its use by the ancestral C3 photosynthetic apparatus, providing an advantage to plants living in a low CO2 atmosphere and open, warm, and dry conditions (Hatch 1987; Sage et al. 2012).

Their morphological adaptation and productivity response to water constraint were assessed together with their water-use efficiency.

To be a successful pathogen, an evolutionary balance between the morphological adaptation and the biosynthesis of virulence factors with their potential detrimental impacts on pathogen fitness and their beneficial influence on pathogenesis or antimicrobial resistance must be established.

In the present study, seven phosphatases were identified to perform fundamental roles during conidial germination on saccharide and alcohol carbon sources, broadly influencing morphological adaptations, metabolism, and cell cycle (Table 6).

Given the strong and general association of ecology and head shape in teleost fishes [ 32- 36], our results indicate that eco-morphological adaptation and cognitive adaptation can interact through phenotypic integration of head morphology and brain size.

Stressful conditions for plants can originate from numerous physical, chemical and biological factors, and plants have developed a plethora of survival strategies including developmental and morphological adaptations, specific signaling and defense pathways as well as innate and acquired immunity.