Exact(6)
It also implies that past and future ruptures could be larger than the 2015 rupture.
The hope is that such analysis can point to areas at greatest risk from future ruptures - information that can assist with disaster planning.
We expect that clarification of the asperities will provide valuable information to understand the scheme of plate coupling in this region as well as relations between past large earthquakes, the great 2011 event and possible future ruptures.
In this context, measurements of spatial temporal changes in the b value could be used to discover highly stressed areas where future ruptures are likely to occur (Schorlemmer and Wiemer 2005; Nanjo et al. 2012).
In this context, measurements of spatial temporal changes in b could act as a stress meter to help image asperities, the highly stressed patches in faults where future ruptures are likely to occur (e.g., Schorlemmer and Wiemer 2005; Nanjo et al. 2012; Tormann et al. 2015).
Arguably, demonstration of previous plaque rupture is a risk factor for future ruptures.
Similar(54)
The presence of youthful, geomorphically expressed normal faults well beyond the source of the Mt. Kinabalu rupture implies that future seismic ruptures are plausible well beyond the region of the 2015 earthquake.
Although the tectonic significance of this narrow fault system is unclear, its scale implies that future seismic ruptures well beyond the region of the 2015 earthquake are plausible, and that this fault system may be capable of producing a magnitude ≥7 earthquake.
Variation in the fluid transport properties of a fault zone causes heterogeneity in the pore pressure distribution and fault strength, which influence future fault rupture paths in a fault system such as the Nankai branching fault system.
Thus, macrophages can represent an important early cellular marker that provides information relevant to the risk of future plaque rupture and staging and metastasis of cancers.
Their reciprocal linkage and their mechanical relationship with the main faults could lead to future complex fault ruptures.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com