Prediction of black globe humidity index and of the impact of climate changes on acclimatized broiler houses/Predicao do indice de temperatura do globo negro e umidade e do impacto das variacoes climaticas em galpoes avicolas climatizados
The goal of this work was to adapt and to validate a model to predict black globe humidity index (BGHI) inside of acclimatized broiler houses, and analyzing the effect of climate changes on the thermal environment of production through the future scenarios. The experimental data used to adjust and v...
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Veröffentlicht in: | Ciência rural 2011-09, Vol.41 (9), p.1645 |
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creator | Gomes, Raphaela Christina Costa Yanagi, Jr., Tadayuki de Lima, Renato Ribeiro Yanagi, Silvia de Nazare Monteiro de Carvalho, Valcimar Ferreira Damasceno, Flavio Alves |
description | The goal of this work was to adapt and to validate a model to predict black globe humidity index (BGHI) inside of acclimatized broiler houses, and analyzing the effect of climate changes on the thermal environment of production through the future scenarios. The experimental data used to adjust and validate of mathematical model were measured in two acclimatized broiler houses equipped with negative tunnel ventilation system coupled to pad and mist cooling systems. Prediction of BGHI values were statically equal to the observed (t test, P>0.05), with error of 1.55 ± 1.08%. Considering the system analyzed, the climate change foreseen by the future scenarios will turn the environment unsuitable for broiler chicken production, especially during spring and summer that presented BGHI values above to the comfort limit. |
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The experimental data used to adjust and validate of mathematical model were measured in two acclimatized broiler houses equipped with negative tunnel ventilation system coupled to pad and mist cooling systems. Prediction of BGHI values were statically equal to the observed (t test, P>0.05), with error of 1.55 ± 1.08%. 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The experimental data used to adjust and validate of mathematical model were measured in two acclimatized broiler houses equipped with negative tunnel ventilation system coupled to pad and mist cooling systems. Prediction of BGHI values were statically equal to the observed (t test, P>0.05), with error of 1.55 ± 1.08%. Considering the system analyzed, the climate change foreseen by the future scenarios will turn the environment unsuitable for broiler chicken production, especially during spring and summer that presented BGHI values above to the comfort limit.</abstract><pub>Universidade Federal de Santa Maria</pub></addata></record> |
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subjects | Analysis Environmental aspects Global temperature changes Humidity |
title | Prediction of black globe humidity index and of the impact of climate changes on acclimatized broiler houses/Predicao do indice de temperatura do globo negro e umidade e do impacto das variacoes climaticas em galpoes avicolas climatizados |
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