The phrase "higher longevity" is grammatically correct and can be used in written English.
It refers to a longer lifespan or longer period of existence. One example of using "higher longevity" in a sentence is: "Recent advancements in healthcare have led to a higher longevity for the average person, with life expectancy increasing by several years."
The lower SWB indices observed in the female group are credited to the fact that women reach higher longevity and probably experience more health problems than men.
Since a correct alignment of the components is one of the most important factors determining favourable long-term results of a TKA, this could lead to a higher longevity of the prosthesis.
First, a higher longevity negatively affects aggregate savings because the fall in mortality increases the population growth rate and, as a consequence, the average age of the population declines.
However, the effect of this model on longevity is currently under discussion [25] including higher longevity and higher resistance to stress [1], [4], [26] [29].
Conversely, growth stoppages in the largest Archaeopteryx specimens would have contributed to moderately higher longevity estimates for these specimens and slightly lower maximal growth rate estimates.
Nevertheless, compelling evidence exists that a moderate and high VO2max and physical activity reduce the risk of numerous chronic diseases and provide higher longevity [1], [3].
The low heart rate of turtle hatchlings thus may be related to the higher longevities of these species.
Lifespan is correlated with a fixed [species-specific] number of heart beats in birds and mammals, with lower heart rates in species showing higher longevities [10].
This, however, is unlikely as i) wild-caught breeders did not show different longevities than lab-raised breeders in either sex and ii) breeders continued to have significantly higher longevities than non-breeders even after wild-caught breeders were excluded from the analysis (i.e. both the breeder and the non-breeder group consisted only of lab-raised animals).
In contrast, outcrossed females from G100 populations showed higher longevities than their ancestors (t83.1 = 2.2, p = 0.03) To test that the evolutionary increase in female longevity was due to an evolutionary increase in their resistance to mating with males, we conducted longevity assays as before but in the absence of mating.
The implementation had been in place for six or more years (i.e., high longevity).
