The Influence of Open, Semi-Closed, and Closed House Microclimates on Broiler Productivity in the Dry Season

In Indonesia, there are three housing systems: sometimes open, semi-closed and closed. This study aimed to analyze the effect of microclimatic conditions, NH3, and E. coli levels on broiler productivity in open, semi-closed, and closed houses during the dry season. The research took place in June -...

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Main Authors: Adelina Ari Hamiyanti, Veronica Margareta Ani Nurgiartiningsih, Muharlien Muharlien, Suyadi Suyadi
Format: Article
Language:Indonesian
Published: University of Brawijaya 2023-06-01
Series:Jurnal Ternak Tropika
Subjects:
Online Access:https://ternaktropika.ub.ac.id/index.php/tropika/article/view/10050
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author Adelina Ari Hamiyanti
Veronica Margareta Ani Nurgiartiningsih
Muharlien Muharlien
Suyadi Suyadi
author_facet Adelina Ari Hamiyanti
Veronica Margareta Ani Nurgiartiningsih
Muharlien Muharlien
Suyadi Suyadi
author_sort Adelina Ari Hamiyanti
collection DOAJ
description In Indonesia, there are three housing systems: sometimes open, semi-closed and closed. This study aimed to analyze the effect of microclimatic conditions, NH3, and E. coli levels on broiler productivity in open, semi-closed, and closed houses during the dry season. The research took place in June - August 2019, when the air temperature was 28°-34°C during the day, while at night, the air temperature was around 21°-25°C with rainfall < 60 mm/month. The material used was the Lohmann strain broiler. Observations were made in six house units consisting of two open house units with a total of 5,000 chickens/house unit, two semi-closed units with a total of 18,000 chickens/house unit, and two closed house units with a total of 33,000 chickens/house unit. This research is survey research, with the experimental parameters being temperature (oC), humidity (%), wind speed (m/s), NH3 (ppm) and E. coli (CFU/mL), body weight (g/bird), FI (g/bird/day), FCR, IP, mortality, and IOFC. Based on the study's results in open, semi-closed, and closed houses, there were differences (P<0.05) in temperature, humidity, wind speed, and NH3, whereas in E. coli they were not significantly different. In broiler productivity, the type of house affected body weight (P<0.05), while on FI, FCR, IP, mortality, and IOFC were not significantly different (P<0.05). The conclusion is that the range of temperature, humidity, and wind speed in all houses is still in the standard range of broiler maintenance. NH3 and E. coli levels were below the threshold that chickens could tolerate, although the highest levels were in closed houses. This affects the BW of broilers in open and semi-closed at weeks 1, 2, and 3, which is higher than in closed houses
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spelling doaj.art-a457a3c102b147f3b029be5c18d1ee892024-01-22T02:39:07ZindUniversity of BrawijayaJurnal Ternak Tropika1411-61462503-10072023-06-01241475810.21776/jtapro.2023.024.01.7372The Influence of Open, Semi-Closed, and Closed House Microclimates on Broiler Productivity in the Dry SeasonAdelina Ari Hamiyanti0Veronica Margareta Ani Nurgiartiningsih1Muharlien Muharlien2Suyadi Suyadi3Universitas BrawijayaUniversitas BrawijayaUniversitas BrawijayaUniversitas BrawijayaIn Indonesia, there are three housing systems: sometimes open, semi-closed and closed. This study aimed to analyze the effect of microclimatic conditions, NH3, and E. coli levels on broiler productivity in open, semi-closed, and closed houses during the dry season. The research took place in June - August 2019, when the air temperature was 28°-34°C during the day, while at night, the air temperature was around 21°-25°C with rainfall < 60 mm/month. The material used was the Lohmann strain broiler. Observations were made in six house units consisting of two open house units with a total of 5,000 chickens/house unit, two semi-closed units with a total of 18,000 chickens/house unit, and two closed house units with a total of 33,000 chickens/house unit. This research is survey research, with the experimental parameters being temperature (oC), humidity (%), wind speed (m/s), NH3 (ppm) and E. coli (CFU/mL), body weight (g/bird), FI (g/bird/day), FCR, IP, mortality, and IOFC. Based on the study's results in open, semi-closed, and closed houses, there were differences (P<0.05) in temperature, humidity, wind speed, and NH3, whereas in E. coli they were not significantly different. In broiler productivity, the type of house affected body weight (P<0.05), while on FI, FCR, IP, mortality, and IOFC were not significantly different (P<0.05). The conclusion is that the range of temperature, humidity, and wind speed in all houses is still in the standard range of broiler maintenance. NH3 and E. coli levels were below the threshold that chickens could tolerate, although the highest levels were in closed houses. This affects the BW of broilers in open and semi-closed at weeks 1, 2, and 3, which is higher than in closed houseshttps://ternaktropika.ub.ac.id/index.php/tropika/article/view/10050microclimatenh3e. colichicken productivity
spellingShingle Adelina Ari Hamiyanti
Veronica Margareta Ani Nurgiartiningsih
Muharlien Muharlien
Suyadi Suyadi
The Influence of Open, Semi-Closed, and Closed House Microclimates on Broiler Productivity in the Dry Season
Jurnal Ternak Tropika
microclimate
nh3
e. coli
chicken productivity
title The Influence of Open, Semi-Closed, and Closed House Microclimates on Broiler Productivity in the Dry Season
title_full The Influence of Open, Semi-Closed, and Closed House Microclimates on Broiler Productivity in the Dry Season
title_fullStr The Influence of Open, Semi-Closed, and Closed House Microclimates on Broiler Productivity in the Dry Season
title_full_unstemmed The Influence of Open, Semi-Closed, and Closed House Microclimates on Broiler Productivity in the Dry Season
title_short The Influence of Open, Semi-Closed, and Closed House Microclimates on Broiler Productivity in the Dry Season
title_sort influence of open semi closed and closed house microclimates on broiler productivity in the dry season
topic microclimate
nh3
e. coli
chicken productivity
url https://ternaktropika.ub.ac.id/index.php/tropika/article/view/10050
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