Sentence examples for changes in population dynamics from inspiring English sources
As a generalised indicator of human activity across the whole highlands, Sum of the Calibrated Probability Distributions (SCPDs) suggest changes in population dynamics based on 245 AMS 14C radiocarbon dates (Fig. 2; Supplementary Tables S1 and S2).
One of the best reasons for building explicit demographic models is that they can help to predict when subtle changes in the environment might provide profound changes in population dynamics.
Water resources planning and design problems, such as the sequencing of water supply infrastructure, are often complicated by deep uncertainty, including changes in population dynamics and the impact of climate change.
Soil biota are documented to induce changes in population dynamics of their host and associated herbivores through changes in fitness [46].
This genomic region is also responsible for shoaling behavior in Danio rerio and is a promising zone for studies of changes in population dynamics and advances in integrated studies of hybrid zones.
In addition, since it has been shown previously that localized absence of deer increases the probability of a TBE hotspot [39], it would be interesting to investigate if increasing deer density leads to certain changes in population dynamics (such as locally very high densities) which encourage new foci ('hotspots') of tick-borne disease transmission.
Such problems appear in mathematical models with sudden changes of their states in population dynamics, pharmacology, optimal control, etc. [19].
Taken together these changes potentially lead to dramatic shifts in population dynamics, as reproduction is directly influenced.
The comparisons shown in Figure 3 clearly indicate that the differences in population dynamics are not changed qualitatively by host rate heterogeneity.
However, by improving the design and analyses of future studies, we can substantially increase our ability to predict changes in plant population dynamics, abundances and distributions in response to changes in specific environmental drivers.
The figure shows how small changes in the fitness of I (as determined by γ) or D phenotypes (as determined by β, ρ and α) could result in large changes in the population dynamics leading to fundamentally different outcomes.
