Sentence examples for cumulative decrease from inspiring English sources
At the watershed scale, the impact of deforestation (SC1 vs SC2) resulted in a cumulative decrease of approximately 14.0 Mg C ha−1 by 2012 equivalent to 110,991 Mg C less being sequestered.
Open image in new window Fig. 2 Technical potential: cumulative decrease in energy-related CO2 emissions in the U.S. between 2009 and 2030 by sector and efficient electric end-use technology.
A cumulative decrease of −62% from E16 to P4 was statistically significant (Pα<0.05), and showed the normal recision of GPT neurons during late development.
Dizziness was identified as a strong predictor of recurring falls in the elderly [ 10, 40, 41] and its underlying mechanism is likely to be a consequence of a cumulative decrease in the physiological systems related to balance and postural control, mainly in the vestibular system, which, ultimately, can be affected by age itself, as well as by a variety of vestibular disorders.
The stress-induced decline in reproductive success resulted from a cumulative decrease in mating success (from 88and90%0% in non-stressed groups to 43% in the stress-scrambled group, Figure 3D) and pregnancy rates in the females that mated (from 87 and 89% in non-stressed groups to 50% in the stress-scrambled group, Figure 3E).
The annual age-adjusted incident IHD hospitalisation rates per 100 000, which are depicted graphically in figure 1, show a rise from 1982 to 1996, a sharp inflection in 1997 and a subsequent cumulative decrease of 52% until 2009 (53.5% and 49.6% in men and women, respectively).
The cumulative quantity of oil was 6176 t; the cumulative decreased quantity of water was 3575 cubic meters.
The cumulative quantity of oil was 12,435 t; the cumulative decreased quantity of water was 32,496 cubic meters and the average water cut had decreased by 17.6%%.
In summary, the PER34/4, PER34/5 and PER35/5 genotypes demonstrated comparable cumulative increases in sleepiness and cumulative decreases in cognitive performance and physiological alertness, across five nights of chronic PSD, with all genotypes showing increasing daily inter-subject variability.
All three PER3 VNTR genotypes, however, demonstrated robust and equivalent cumulative decreases in cognitive performance and physiological alertness, and cumulative increases in sleepiness across chronic PSD, with increasing daily inter-subject variability.
PER35/5 (n = 14), PER34/5 (n = 63) and PER34/4 (n = 52) healthy adults (aged 22 45 y) demonstrated large, but equivalent cumulative decreases in cognitive performance and physiological alertness, and cumulative increases in sleepiness across 5 nights of sleep restricted to 4 h per night.
