Energy intake from drink energy intake and foods are presented for men and women in summer and winter ( Dining table 2 ) in order to identify differences between seasons and sex. Regarding differences between seasons drink energy intake was higher in summer (p
Table 2
Comparison of your time consumption from most of the source, plus itemized given that times out of beverages and out-of delicacies, energy expenses projected off exercise and energy equilibrium on complete decide to try (people) throughout the cold temperatures and you can june and energy balance ranging from someone.
Email address details are showed just like the indicate ± SD into the normally distributed variables and as P50 (P25–P75) getting skewed of them. p-Beliefs derived from the separate t-try towards the generally delivered changeable and from Man-Whitney You-attempt on skewed of them. a identifies reviews anywhere between summer and you will winter season into the total test (males and females together); b refers to contrasting anywhere between people inside the cold temperatures; c means reviews ranging from men and women during the summer.
Year differences in take in time intake was basically seen for the sets of drinks, except juice. Instance, milk/chocolates milk products coffee/coffees beverages and SSDs contribute way more time inside the cold temperatures. Yet not, during the summer liquor contribute high energy than in winter months ( Table step three ).
Desk 3
Comparison of your time consumption regarding sets of beverages for the full decide to try throughout winter season and you can june and ranging from group.
Every details is actually showed because the P50 (P25–P75). p-Beliefs derived from Mann-Whitney U-take to toward skewed parameters. a beneficial makes reference to contrasting anywhere between june and you may winter to your full take to (women and men together); b describes comparisons between women and men in winter; c means reviews anywhere between RusГ§a genГ§ kД±z sД±cak gents and ladies in summer.
The fresh contribution from selected products in order to overall time consumption are juxtaposed on their contribution so you’re able to drinking habits ( Dining table 4 ). It would appear that coffee, milk/chocolate milk and you will alcoholic drinks may be the chief members for times intake inside the wintertime as well as in summer, bringing 79.5% and 69.5% of drink times intake during the winter season and in summer. Solid foods given, when you look at the cold temperatures and you may june, correspondingly, approximately 78% and you will 74% of full energy consumption, when you find yourself drinks twenty two% and you will twenty six%. This may be then assessed, offered types of beverages. Part of the members to energy consumption had been whole milk/chocolates milk products, coffee/java beverages and you may alcoholic beverage given, respectively, for the winter 31.6%, thirty-five.7% and you may a dozen.2% plus june 23.3%, 22.2% and 24% of take in opportunity consumption. Liquid, SSDs, tea/herbal infusions, and you may milkshakes/sherbets contributed quicker times in order to every day intake ( Dining table cuatro ).
Dining table 4
Share from drinks as a whole water intake (TWI), overall time intake (TEI), drink water intake (DWI) and you may take in opportunity consumption (DEI) during wintertime and june.
A more descriptive demonstration from usage of “SSDs” are of interest since it suggests in more detail the fresh new share of various products. Usage of SSDs contains fruits nectar having glucose (32%), sodas which have sugar (63%) and effort/isotonic drinks (5%); consumption of ‘liquid 100%’ consisted of good fresh fruit fruit juice (50%), and you can regarding manufactured fruit juice 100% versus sugar content (50%); the consumption of ‘tea/natural infusions’ contains tea (69%), or any other herbal infusions (31%), the consumption of ‘milk/delicious chocolate milk’ contained whole milk (81%), chocolate milk products (6%) and cocoa take in (13%); together with consumption of ‘alcoholic drinks’ contains alcohol (43%), drink (46%) and other type of alcoholic drinks (11%).
The correlation between the contribution of drinks to water intake and to energy in winter and summer was linear (Pearson’s r = 0.713, p
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