G. B. Isidore, K. Adama, K. Moussa, Z. Jean, N. Aimé
{"title":"Dairy production of Burkinabe Sahelian goat in intensive and semi-intensive rationing using local resources.","authors":"G. B. Isidore, K. Adama, K. Moussa, Z. Jean, N. Aimé","doi":"10.14303/IRJAS.2014.049","DOIUrl":null,"url":null,"abstract":"Thirty-two dairy goats were randomly divided into two groups of 16 individuals. The first group was fed completely trough (intensive production system, SI), while the second group was supplemented with 50% of the needs of animals in dry matter (DM), energy and nitrogen (semi-intensive system of production, SS). The ration was composed using cottonseed (37%), local bran (33%), cowpea haulms (12.5%) and sorghum straw (17.5%). All animals received ad libitum supplement using multinutrionnel block made with local resources containing 25% of its local, 20% of iodized salt, 20% of limestone, 10% of Acacia raddiana pods, 10 % of cowpea pods, 10% of cement and 5% of bone powder). Goats in SS were followed for pasture to observe the types of fodder consumed and to value the frequencies of their use. Withdrawals of samples were taken on these forages to assess the overall quality of course frequented by animals. Milk production was obtained by trafficking from oxytocin injections. The results show that the leaves of wood accounted for the largest share of fodder collected by goats on rangelands (58% forage grazed). Results on forage quality are as follows: 145 g / kg DM (CP), 3.3 g / kg DM (phosphorus) 9.9 ppm (copper), 23.9 ppm (zinc) and 78 3 ppm (manganese). The production system had a significant effect (P <0.05) on milk production. Goats in SS produced 1413 g / d of milk against 1069 g / d for those subject to the SI. The highest average daily gain (ADG) (P <0.05) was obtained with kids whose mothers were taken to pasture: 41.3 g to 36.2 g against kids whose mothers were fed completely trough.","PeriodicalId":14478,"journal":{"name":"International Research Journal of Agricultural Science and soil Science","volume":"1 1","pages":"117-123"},"PeriodicalIF":0.0000,"publicationDate":"2014-01-01","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"International Research Journal of Agricultural Science and soil Science","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.14303/IRJAS.2014.049","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
Thirty-two dairy goats were randomly divided into two groups of 16 individuals. The first group was fed completely trough (intensive production system, SI), while the second group was supplemented with 50% of the needs of animals in dry matter (DM), energy and nitrogen (semi-intensive system of production, SS). The ration was composed using cottonseed (37%), local bran (33%), cowpea haulms (12.5%) and sorghum straw (17.5%). All animals received ad libitum supplement using multinutrionnel block made with local resources containing 25% of its local, 20% of iodized salt, 20% of limestone, 10% of Acacia raddiana pods, 10 % of cowpea pods, 10% of cement and 5% of bone powder). Goats in SS were followed for pasture to observe the types of fodder consumed and to value the frequencies of their use. Withdrawals of samples were taken on these forages to assess the overall quality of course frequented by animals. Milk production was obtained by trafficking from oxytocin injections. The results show that the leaves of wood accounted for the largest share of fodder collected by goats on rangelands (58% forage grazed). Results on forage quality are as follows: 145 g / kg DM (CP), 3.3 g / kg DM (phosphorus) 9.9 ppm (copper), 23.9 ppm (zinc) and 78 3 ppm (manganese). The production system had a significant effect (P <0.05) on milk production. Goats in SS produced 1413 g / d of milk against 1069 g / d for those subject to the SI. The highest average daily gain (ADG) (P <0.05) was obtained with kids whose mothers were taken to pasture: 41.3 g to 36.2 g against kids whose mothers were fed completely trough.
将32只奶山羊随机分为两组,每组16只。第一组采用全槽式饲喂(集约化生产体系,SI),第二组在干物质(DM)、能量和氮(半集约化生产体系,SS)基础上补充动物需水量的50%。以棉籽(37%)、地皮(33%)、豇豆秸秆(12.5%)、高粱秸秆(17.5%)为主要原料。所有动物都接受了由当地资源制成的多营养素块的随意补充,其中含有25%的当地资源,20%的碘盐,20%的石灰石,10%的金合子豆荚,10%的豇豆豆荚,10%的水泥和5%的骨粉)。对SS山羊进行放牧跟踪,观察其饲料的消耗类型和使用频率。提取这些饲料样品,以评估动物经常光顾的饲料的整体质量。牛奶的生产是通过贩卖催产素注射获得的。结果表明:放牧山羊采食的饲料中,木材叶片所占比例最大(58%);结果表明:饲料质量分别为145 g / kg DM (CP)、3.3 g / kg DM(磷)、9.9 ppm(铜)、23.9 ppm(锌)和78 3 ppm(锰)。生产系统对产奶量有显著影响(P <0.05)。SS组的山羊产奶量为1413克/天,而SI组的山羊产奶量为1069克/天。放牧组的平均日增重(ADG)最高(P <0.05),为41.3 ~ 36.2 g。