Sentence examples for ecology relevant from inspiring English sources

This is an idea that makes the composition of our intestinal bacterial ecosystem and genetic effects on nutrient utilization and intestinal ecology relevant and understandable.

Understanding the evolutionary origin and maintenance of polyandry remains a central issue in behavioral ecology, relevant both to understanding the evolution of mating systems, and also the action of sexual selection (e.g., Shuker and Simmons 2014).

Like many evolutionary ecology studies that have identified a candidate gene with ecologically relevant function, we wish to know more about the microevolutionary dynamics of its genetic variation.

Our study shows that olfactory sensory inhibition, which has previously been reported without reference to an animal's ecology, can be at the core of coding of ecologically relevant odours.

This possibility of linking ecologically relevant phenotypes with their underlying genes and genetic architecture has spurred a tremendous amount of research in fields as different as epidemiology, ecology, developmental biology, medicine, agriculture and aquaculture [ 9– 12].

It is notable that the most prominent recent large-scale [ 22] example relied upon extensive community involvement through vertical management systems to overcome the complex spatially variable mosquito larval ecology of relevant vector species and the resulting need for rigorous, labour-intensive foot searches for larval habitats [ 20, 22, 29].

We and the hypothetical rational bees will thus have very different moral outlooks, each of which is explicable in terms of our respective ecologies and will seem quite natural to those who occupy the relevant ecology (while the other's outlook will seem bizarre), but neither of which seems to have any claim to be a reliable guide to moral truth (as usually conceived).

The everlasting disequilibrium state might be ecologically more relevant than the theoretical equilibrium states, and as such, transient dynamics are likely to play an important role in ecology and genome evolution (Hastings and Higgins 1994; Hastings 2004; Olszewski 2011).

It is often the most relevant in ecology, and is defined as the magnitude of disturbance that can be absorbed by an ecosystem before its structure and the processes controlling its behaviour change, and it moves into another stability domain.

These results point to the importance of understanding details of the relevant larval ecology in explaining genetic change among populations.

Microarrays and other whole genome methods are increasingly being applied to examine transcription patterns relevant for ecology and evolution in wild populations (e.g[ 1, 2]).