Sentence examples for seasons did not differ from inspiring English sources

The data for fitness change between the second and third seasons show that the distance of territory shifts for those seasons did not differ significantly between mating success categories (one-way ANOVA: F3,36 = 0.57, p = 0.64).

The change of territory vegetation cover between the first and second seasons did not differ significantly between mating success categories (one-way ANOVA: F3,128 = 0.07, p = 0.975; Fig.  4d), nor between nesting success categories (one-way ANOVA: F3,128 = 0.49, p = 0.688; Fig.  4e).

Surveillance reports showed that the burden of illness during this first season did not differ much from that of recent seasonal influenza epidemics [ 1- 4], apart from a risk of unusually severe pneumonia in young people[ 5- 15].

Total pregnancy rates at the end of the 60 d breeding season did not differ between heifers that received sex-sorted semen at AI (89%; 376/422) and heifers that received conventional semen at AI (89%; 382/429).

The total number of leaves produced by the end of the season did not differ (invaded, 58.7±3.0; uninvaded, 52.4±3.1, respectively, F = 2.17, P = 0.174), indicating that growth likely commenced earlier in the season within invaded communities.

The 1991 anovulatory period and the 1991 1992 breeding season did not differ between groups (Table 2).

Thus, duration of the first and second anestrous seasons and/or duration of the sexual season did not differ between TR and TE ewe groups (Table 4).

Cedar pollen sIgE titers before the pollen season did not differ significantly between subjects who did and did not develop pollinosis.

Mean dates of the end of the breeding season did not differ between TR and TE ewe groups in the first and second year (April, Table 3).

This result suggests that, while the mean soil moisture throughout the season did not differ significantly between the two sites, the stronger soil moisture dynamics reported by Obojes et al. (2014) at the drier Lautaret site promoted the establishment of plant communities adapted to generally drier conditions, as shown by lower Ellenberg moisture (F) values.

This lack of thermal response has been suggested to be driven by latitudinal patterns in the timing of the growing season, so that thermal regimes experienced during the growing season do not differ much across latitudes (Mitchell and Lampert 2000).