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Information × Registration Number 0219U000605, 0116U002147 , R & D reports Title Determine the influence of daily indoor climate microclimate on growing and fattening rabbit quality popup.stage_title Head Gonchar Oleksiy, Registration Date 11-02-2019 Organization Cherkassy experimental station furs animals breeding and hunting of Cherkassy institute of agroindustrial production popup.description2 On the basis of the study of dynamics of live weight of newborn rabbits of the Poltava silver, which was kept in the premises of the light type and the capital, it was established that the parameters of the microclimate of the premises are not in line with the norm: during the winter period in the room of a light type, the level of CO2 is 4,3 times the norm; NH3 is 7.4 times higher than norm, and in the capital - the NH3 content exceeded the norm by 6.6 times, and CO2 - by 3.6 times; In the winter period, in the capital room, a 2% higher live weight of rabbits at extinction; 2% higher average daily increments rabbit from birth to weaning; in the light type room - 3.3% higher average daily increments during the period from weaning to 60 days of age, and by 1.4% higher living weight at 90 days of age, and by 5.5% higher average daily increments during the period from 60 to 90 days of age. In the spring period, in the main building, the level of harmful gases was lower than in the light room: the level of CO2 by 14%, NH3 - by 34%. In spring, in the main building, rabbits had an advantage of 2.7% in terms of live weight at birth and 6% higher average daily increments for the period from 60 to 90 days of age; in the light type room - by 4.7% higher average daily increments during the period from weaning to 60 days of age, but the rates were not probable. Indicators of indoor climate in the summer were 37-41% higher than the existing norms for such premises. Indicators of live weight dynamics for rabbits kept in the premises in the summer indicate a probable prevalence of this indicator of rabbits that were kept in the light rooms at the age of 60-90 days (P> 0.99). In the autumn period, an increase in carbon dioxide was observed in the room gas and ammonia compared to the summer period, and live weight was similarly prevalent in animals that were kept in a light room. Product Description popup.authors Гавриш Олександр Миколайович Макогін Віта Володимирівна Яремич Наталія Володимирівна popup.nrat_date 2020-04-02 Close