FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4289525879> ?p ?o ?g. }

• W4289525879 endingPage "7431" @default.
• W4289525879 startingPage "7416" @default.
• W4289525879 abstract "Methane mitigation in dairy cows is an essential part of combating global warming. Governments and consumers have become increasingly interested in herbage-based feeding, and premium prices are often paid for these types of dairy products. However, this feeding strategy is presumed to produce more methane per unit of feed or milk than corn silage- or concentrate-based diets due to higher fiber intakes. Immature herbage is preferred to maintain dairy cow performance, but the high content of N and digestible fiber may increase methane and urine N emissions compared with more mature herbage. Tannin-containing feeds, such as vine leaves (Vitis vinifera), may help to combat the emissions associated with feeding immature herbage. Our study aimed to evaluate differences between early-stage (ES; 21 d of regrowth) versus late-stage (LS; 42 d) herbage and the effects of vine leaves on methane and nitrogenous emissions and the milk fatty acid profile of dairy cows. Twenty-four mid- to late-lactating dairy cows were randomized to 4 dietary groups (n = 6) in a factorial study design. Each of the 4 diets contained 69% fresh mixed legume-grass herbage, 13% grass hay, and 5% concentrate on a dry matter (DM) basis. Two diets were based on immature fresh mixed legume-grass herbage and grass hay (ES), and 2 contained more mature fresh mixed legume-grass herbage and grass hay (LS). Of these, 1 contained 13% vine leaves (VL+) and the other an additional 13% hay (VL−). No significant differences were observed in DM intake or milk yield across the diets. Methane emission intensity was lowest with ES-VL+ diets compared with LS-VL− diets (−30%; 17.1 vs. 24.5 mg/kg of energy-corrected milk). Methane yield decreased by 17% and 20% when related to the intake of DM and digested organic matter for ES-VL+ compared with LS-VL− diets (16.9 vs. 20.3 g/kg of DM intake; 23.5 vs. 29.3 g/kg of digestible organic matter). Immature grass and vine leaf addition each caused about half of the respective declines. Cows consuming any of the ES diets and the LS-VL+ diet consumed and excreted (urinary N) significantly more N than those consuming LS diets. However, when related to N intake, no differences were recorded. Unexpectedly, vine leaves did not mitigate urine N excretion; however, they lowered the n-6:n-3 ratio and increased concentrations of vaccenic and rumenic acids in both ES and LS diets. Our results demonstrate that feeding immature herbage in combination with vine leaves reduces methane yield; however, the associated high urinary N losses need to be addressed." @default.
• W4289525879 created "2022-08-03" @default.
• W4289525879 creator A5024328031 @default.
• W4289525879 creator A5029797722 @default.
• W4289525879 creator A5055759623 @default.
• W4289525879 creator A5063038385 @default.
• W4289525879 creator A5066622861 @default.
• W4289525879 date "2022-09-01" @default.
• W4289525879 modified "2023-10-18" @default.
• W4289525879 title "Effects of early herbage cutting and vine leaves on methane emission, urine nitrogen losses, and the milk fatty acid profile of dairy cows" @default.
• W4289525879 cites W1496457092 @default.
• W4289525879 cites W1798227095 @default.
• W4289525879 cites W1964865831 @default.
• W4289525879 cites W1966310555 @default.
• W4289525879 cites W1968528693 @default.
• W4289525879 cites W1970556068 @default.
• W4289525879 cites W1970794276 @default.
• W4289525879 cites W1971889367 @default.
• W4289525879 cites W1974264749 @default.
• W4289525879 cites W1978357956 @default.
• W4289525879 cites W1980609315 @default.
• W4289525879 cites W1981049840 @default.
• W4289525879 cites W1987865047 @default.
• W4289525879 cites W1994250468 @default.
• W4289525879 cites W2000502438 @default.
• W4289525879 cites W2030662645 @default.
• W4289525879 cites W2035942283 @default.
• W4289525879 cites W2039764894 @default.
• W4289525879 cites W2057006481 @default.
• W4289525879 cites W2063371537 @default.
• W4289525879 cites W2070799375 @default.
• W4289525879 cites W2083213647 @default.
• W4289525879 cites W2097912578 @default.
• W4289525879 cites W2099347763 @default.
• W4289525879 cites W2111580473 @default.
• W4289525879 cites W2124663744 @default.
• W4289525879 cites W2128023954 @default.
• W4289525879 cites W2155047938 @default.
• W4289525879 cites W2156567926 @default.
• W4289525879 cites W2171137093 @default.
• W4289525879 cites W2171388463 @default.
• W4289525879 cites W2171488110 @default.
• W4289525879 cites W2181896215 @default.
• W4289525879 cites W2184941551 @default.
• W4289525879 cites W2479989939 @default.
• W4289525879 cites W2620367251 @default.
• W4289525879 cites W2734828593 @default.
• W4289525879 cites W2808099866 @default.
• W4289525879 cites W2883695089 @default.
• W4289525879 cites W2901627551 @default.
• W4289525879 cites W2968199007 @default.
• W4289525879 cites W2972407136 @default.
• W4289525879 cites W2978093323 @default.
• W4289525879 cites W2981870312 @default.
• W4289525879 cites W3012130188 @default.
• W4289525879 cites W3017048292 @default.
• W4289525879 cites W3037016200 @default.
• W4289525879 cites W3044138655 @default.
• W4289525879 cites W3111053822 @default.
• W4289525879 cites W3167300747 @default.
• W4289525879 cites W3177199912 @default.
• W4289525879 cites W4296816736 @default.
• W4289525879 doi "https://doi.org/10.3168/jds.2021-21458" @default.
• W4289525879 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35931490" @default.
• W4289525879 hasPublicationYear "2022" @default.
• W4289525879 type Work @default.
• W4289525879 citedByCount "0" @default.
• W4289525879 crossrefType "journal-article" @default.
• W4289525879 hasAuthorship W4289525879A5024328031 @default.
• W4289525879 hasAuthorship W4289525879A5029797722 @default.
• W4289525879 hasAuthorship W4289525879A5055759623 @default.
• W4289525879 hasAuthorship W4289525879A5063038385 @default.
• W4289525879 hasAuthorship W4289525879A5066622861 @default.
• W4289525879 hasBestOaLocation W42895258791 @default.
• W4289525879 hasConcept C100544194 @default.
• W4289525879 hasConcept C106191032 @default.
• W4289525879 hasConcept C137580998 @default.
• W4289525879 hasConcept C140793950 @default.
• W4289525879 hasConcept C158887663 @default.
• W4289525879 hasConcept C185592680 @default.
• W4289525879 hasConcept C2776544680 @default.
• W4289525879 hasConcept C2776632002 @default.
• W4289525879 hasConcept C2776977481 @default.
• W4289525879 hasConcept C2779039770 @default.
• W4289525879 hasConcept C2780138947 @default.
• W4289525879 hasConcept C2781003712 @default.
• W4289525879 hasConcept C31903555 @default.
• W4289525879 hasConcept C6557445 @default.
• W4289525879 hasConcept C70262065 @default.
• W4289525879 hasConcept C86803240 @default.
• W4289525879 hasConceptScore W4289525879C100544194 @default.
• W4289525879 hasConceptScore W4289525879C106191032 @default.
• W4289525879 hasConceptScore W4289525879C137580998 @default.
• W4289525879 hasConceptScore W4289525879C140793950 @default.
• W4289525879 hasConceptScore W4289525879C158887663 @default.
• W4289525879 hasConceptScore W4289525879C185592680 @default.
• W4289525879 hasConceptScore W4289525879C2776544680 @default.
• W4289525879 hasConceptScore W4289525879C2776632002 @default.

• next