Barely Significant
← all phrases

“a decreasing trend”

47,181 sentences · 47,181 papers · 78,848 search hits before verification · confirmed specimen

Sighted at

p=0.09

Listed by Hankins (2013) · Otte et al. (2022)

In the literature

There is currently a decreasing trend in apple consumption (similar to other fresh fruits) in Spain, losing 30% of consumption per person per year in the last 30 years, and standing at one of the lowest consumptions in Europe, far from the recommendations of the OMS (400 g. of fruits and vegetables a day).
The relationship between hatching time and temperature follows a decreasing trend best described by a power function (Brittain, 1977 , 1982 ; Bohle, 1972 ; Brittain & Campbell, 1991 ; Elliott, 1986 , 1972 , Giberson & Rosenberg, 1992 b ; Humpesch, 1980 a , b ; Mendonça et al ., 2018 ), or a hyperbolic power function (Elliott, 1978 ; Friesen, Flannagan & Lawrence, 1979 ), at least within the temperature tolerance range.
15 , 21 The impedance spectroscopy over time at SC (after pre-biasing) was measured within the framework of the IDD model 6 and shown for the single and the polycrystal samples in Figure 2 d,e, respectively. The high resistivity of the samples (slightly higher for the single crystal sample) results in noisy spectra, yet a decreasing trend can be extracted where the resistance transits from an initial value R t0 toward a saturation value R t∞ , which is typically 8 − 10 , 14 around 10% from the initial value, i.e., R t∞ / R t0 = α ∼ 0.1.
Among them, Lachnospiraceae (LDA = 4.64), Lachnospiracea_incertae_sedis (LDA = 3.40), Fusicatenibacter (LDA = 3.29), and Anaerobutyricum (LDA = 2.69) had decreasing abundance with cognitive ability and a decreasing trend between groups; the abundance of family Rikenellaceae (LDA = 3.65) and Odoribacteraceae (LDA = 3.06), and genus Mediterraneibacter (LDA = 3.18) and Alistipes (LDA = 3.65) in individuals with SCD were significantly reduced compared with others and enriched in the CI group. 3.4.
However, the current VEC values are situated in the FCC + BCC two-phase zones according to the empirical method and exhibit a decreasing trend from 7.2 to 7 with increasing Cr content, indicating that the current experimental results do not meet the empirical relationship and, therefore, further correction efforts are necessary.
It can be seen that the strong emission peak at 460 nm is due to the recombination of photoelectron–hole pairs in CN, whereas the emission peak of CN/Cu 2− x S shows a decreasing trend, indicating that the CuS can promote electron transfer and separation at the CN/Cu 2− x S interface and further improve the photocatalytic efficiency.