Sentence examples for consistent erosion from inspiring English sources

"We think this news is clearly a positive for the entire group as Buffett's investment injects confidence into the system and Bank of America in particular following its consistent erosion in recent trading," Nomura analyst Glenn Schorr said in a research note, adding that it should help dampen volatility in the stock.

In turn, it has also been suggested that incomplete transfer of histone modifications may inhibit cell cycle progression through G1, so preventing consistent erosion of histone modifications during S-phase [ 52].

Histological sections showed a consistent erosion of the calvarial bone, associated to fibrous and granulomatous scar tissue layer on the periosteal side of the calvaria in particle-implanted mice, in all groups.

Combined with the existing apatite fission track record, the He data are consistent with erosion of 3 4 km within a maximum of 28 Myr of break-up, at a minimum vertical erosion rate of 130 m Myr−1 along the coast.

Prior to 9 Ma, both mudstones and conglomerate clasts in these sedimentary rocks show εNd values close to − 15, consistent with erosion from the Greater Himalaya or from the Outer Lesser Himalaya.

Till on the interior plateaux of the island in areas with scoured bedrock have low chemical index of alteration (CIA) values, low meteoric 10Be (10Bemet) concentrations, and clay mineralogy consistent with erosion from an unweathered bedrock source.

Although we note that this is a post-hoc observation unsupported by statistical analyses, if robust it could be viewed as consistent with erosion of within-population genetic variance for head morphology by strong selection in the past, with a corresponding increase in the relative contribution of plasticity to observed (within-population) variance.

Erosion rates vary widely between different lithologies (range 0.57 to 28.3 m/Ma) consistent with differential erosion driving regional landform evolution.

A low-pressure system between Laurentia and Baltica is consistent with the erosion of thick clastic rocks (sedimentary rock composed of fragments of older rocks) derived from the Taconic and Caledonian highlands.

As these variables relate to a technical change specific to the industry, our findings are consistent with the erosion effect highlighted by Ahituv and Zeira (2011).

Nano-impact tests showed a dramatic decrease in impact resistance following the ageing of these TBCs, which is consistent with the erosion results.