Sentence examples for extensive coexistence from inspiring English sources

Atomic force microscopy and Monte Carlo simulations have shown that at the Tm there is extensive coexistence of separate domains of each lipid phase.

The rapid spread of this virus and the extensive coexistence of humans and ducks in China highlight the need for attention to be paid to the potential threat to public health caused by the zoonotic nature of Flaviviruses.

Distinct use of some resources by black bears and sun bears might provide a refuge from competitive effects, enabling each to maintain a sufficiently high density, and hence coexistence, despite extensive habitat overlap at low elevations and shared preferences for most resources [57].

Hence, while a trade-off between dispersal and cooperation is expected, the nature of this relationship shows extensive variation among different theoretical formulations and the coexistence of dispersal and cooperation will likely depend on life history assumptions.

We tested the hypothesis that this longer coexistence in Japan would lead to extensive genetic admixture in nuclear and mitochondrial DNA whilst the distinct morphological traits and distributional patterns would be maintained.

The prominent feature of multi-ethnic culture in Qinghai is that extensive acculturation has occurred in the context of ethnic coexistence.

As a result, coexistence issues in unlicensed bands have been subject of extensive research [2, 3], and in particular, it has been shown that IEEE 802.11 networks [4] can significantly degrade the performance of Zigbee/802.15.4 networks when operating in overlapping frequency bands [3].

As a result, coexistence issues on unlicensed bands have been the subject of extensive research, and in particular, it has been shown that IEEE 802.11 networks can significantly degrade the performance of Zigbee/802.15.4 networks when operating on overlapping frequency bands [1].

Sulfate-dependent ANAMMOX performed good in coexistence condition of biomass which could play an important role in extensive reactor performance improvement.

In summary, extensive kinetic evidence obtained under both traffic-synchronization and steady-state conditions shows the coexistence of two different intra-Golgi trafficking behaviors (and hence, presumably, different mechanisms) for different cargo types.

We tested a hypothesis that the long history of coexistence between D. galeata and D. dentifera in Japan has led to extensive genetic admixture in both nuclear and mitochondrial DNA, despite the fact that differences in the morphological traits related to environmental factors, such as predation pressure, have been maintained.