草业科学
草業科學
초업과학
PRATACULTURAL SCIENCE
2010年
2期
134-138
,共5页
高加索三叶草%高水分青贮%营养成分%微生物发酵剂
高加索三葉草%高水分青貯%營養成分%微生物髮酵劑
고가색삼협초%고수분청저%영양성분%미생물발효제
Trifolium ambiguum%high moisture silage%nutritional components%microorganism starter
将处于果后营养期的高加索三叶草Trifolium ambiguum分别做切短为2、5 cm长和未切短处理,同时进行添加和未添加微生物发酵剂对比试验,共设6个处理,每个处理3次重复.将青贮原料装袋,填满,压实,密封.贮藏45 d后,进行感官评定和营养成分测定.经感官评定,添加发酵剂且切短为2 cm处理效果最好,此时表现为醇香味浓,色黄绿,叶片结构完整良好,霉烂程度低.营养成分分析表明,添加发酵剂且切短为2 cm的粗蛋白(CP)含量达20.25%,中性洗涤纤维(NDF)和酸性洗涤纤维(ADF)含量比未添加发酵剂且切短为2 cm青贮料中的低.总体来说,高加索三叶草单一高水分青贮效果良好,但添加微生物发酵剂后的品质优于未添加的处理.
將處于果後營養期的高加索三葉草Trifolium ambiguum分彆做切短為2、5 cm長和未切短處理,同時進行添加和未添加微生物髮酵劑對比試驗,共設6箇處理,每箇處理3次重複.將青貯原料裝袋,填滿,壓實,密封.貯藏45 d後,進行感官評定和營養成分測定.經感官評定,添加髮酵劑且切短為2 cm處理效果最好,此時錶現為醇香味濃,色黃綠,葉片結構完整良好,黴爛程度低.營養成分分析錶明,添加髮酵劑且切短為2 cm的粗蛋白(CP)含量達20.25%,中性洗滌纖維(NDF)和痠性洗滌纖維(ADF)含量比未添加髮酵劑且切短為2 cm青貯料中的低.總體來說,高加索三葉草單一高水分青貯效果良好,但添加微生物髮酵劑後的品質優于未添加的處理.
장처우과후영양기적고가색삼협초Trifolium ambiguum분별주절단위2、5 cm장화미절단처리,동시진행첨가화미첨가미생물발효제대비시험,공설6개처리,매개처리3차중복.장청저원료장대,전만,압실,밀봉.저장45 d후,진행감관평정화영양성분측정.경감관평정,첨가발효제차절단위2 cm처리효과최호,차시표현위순향미농,색황록,협편결구완정량호,매란정도저.영양성분분석표명,첨가발효제차절단위2 cm적조단백(CP)함량체20.25%,중성세조섬유(NDF)화산성세조섬유(ADF)함량비미첨가발효제차절단위2 cm청저료중적저.총체래설,고가색삼협초단일고수분청저효과량호,단첨가미생물발효제후적품질우우미첨가적처리.
Trifolium ambiguum was used as raw material at nutrition period after maturity. Six treatments were composed of 2 cm, 5 cm cutting, whole plant, with and without microorganism starter, with three replicates. These silage materials were bagged, crammed, sealed and ensilaged. The sensory evaluation and determination of nutritional components were carried out after 45 days. The treatment with 2 cm cutting and microorganism starter was better by sensory evaluation, at this time the alcohol flavor was strong, the color was yellow green, the leaves structure was good and the level of rotten was low. Based on nutritional components determination of T. ambiguum, crude protein content of the treatment with 2 cm cutting and microorganism starter was 20.25%, NDF and ADF were lower than the treatment of 2 cm cutting without microorganism starter. In a word, high moisture T. ambiguum silage had excellent effect, and silage quality of adding microorganism starter was better than direct silage. The objective of this study was to discuss the effects of silage methods on silage quality of T. ambiguum and to provide theoretical basis for efficient utilization of the grass.