Sentence examples for a species response from inspiring English sources

A single snapshot in time may lead to erroneous interpretations of a species response to habitat alteration.

Observed responses of several species differed from other studies suggesting that a species' response to BTPD activities may vary by location, grassland type, or season.

The ability to make a priori assessments of a species' response to fragmentation, based on its distribution in the landscape, would serve as a valuable conservation and management tool.

We show that sub-optimal study design alone can be sufficient to cause a switch in the sign of the inferred relationship between a species response and landscape structure, and that using only a portion of the potential range of a predictor variable, and correlations between predictor variables, are particularly likely to affect inferences.

Consequently, when one wants to study a species response to a certain factor, it is important to consider these interactions as much as possible, seeing that they may play a significant role in the possible outcome.

We propose that the differential response of seedling emergence and establishment to the experimental treatments were controlled in part by different seed phenology and that this trait might be important in predicting a species response to climatic change.

For example, it has been demonstrated that population dynamics and dispersal can alter a species responses to shifting climates [ 3].

Only a few recent studies have examined multi-trophic responses to habitat edges; the results of these studies highlight the problem that we lack a conceptual framework to understand the complex results observed when a single species' response to an edge 'cascades' throughout the food web in ways that are currently not predictable.

Furthermore, the determination of ill cats showed a high ascorbate concentration in plasma which function as a potential species response to oxidative stress [ 36].

However, it has been suggested that C. imicola is undergoing range expansion in the Mediterranean region, based on field data and on modelling [22], demonstrating a contrasting species response to changing climatic conditions.

Throughout cold areas of a distribution, species' responses to climate change are enabled by either a relaxation (warming) or intensification (cooling) of physiological temperature stressors.