The phrase 'compared to summer' is correct and can be used in written English.
You can use this phrase when you are comparing something to summer, either in terms of how it compares in terms of temperature, atmosphere, or any other characteristic. For example, "The winter months can seem very dull compared to summer."
A higher condition index was recorded in autumn when compared to other seasons (p < 0.01) and it was also higher in early spring when compared to summer (p = 0.034).
This should have produced higher test latencies in winter and spring compared to summer (hypothesis in Figure 2).
In the full model with seasons, covariates and interactions there were significant two way interactions between season and group: Patients with a MDD scored lower in winter compared to summer (-2.9) and patients with MDD + AAD scored lower in spring compared to the summer -2.99).
Post hoc pair-wise comparisons of telencephalon volume for the three seasons (spring, summer and fall) found that it was significantly larger for spring (1238±41 mm3) compared to summer (1228±40 mm3; P = 0.028) and compared to fall (1220±38 mm3; P = 0.002) (Fig. 2), also a trend was observed between the volume of summer compared to that of fall (P = 0.063).
Finding decreased vitamin D concentrations in winter compared to summer was expected and is most likely due to the low vitamin D3 synthesis in the skin during the winter.
Increasing the number of UVC fixtures or mechanical ventilation rates resulted in greater fractional reduction in virus aerosol and UVC effectiveness was higher in winter compared to summer for each scenario tested.
There was a significant reduction in the risk of preterm delivery if conception occurred in spring compared to summer (ORspring = 0.90, 95% CI = 0.83 0.97).
The kappa coefficient with quadratic weighting (κweighted) was used to assess agreement over time for different seasonal scenarios including winter at first response compared to winter at repeat response, winter at first response compared to summer at repeat response, summer at first response compared to summer at repeat response, and summer at first response compared to winter at repeat response.
As seen in Figure 1A, total ED visits are generally lower during winter months compared to summer months, and spikes for weeks 52 and 1 are visible.
A typical clear day of winter and summer has been considered and it was observed that total solar fraction was higher in winter as compared to summer.
"Winter sports are very expensive compared to summer sports.
