FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3187272005> ?p ?o ?g. }

• W3187272005 endingPage "100325" @default.
• W3187272005 startingPage "100325" @default.
• W3187272005 abstract "In response to the increased concern over agriculture’s contribution to greenhouse gas (GHG) emissions, more detailed assessments of current methane emissions and their variation, within and across individual dairy farms and cattle, are of interest for research and policy development. This assessment will provide insights into possible changes needed to reduce GHG emissions, the nature and direction of these changes, ways to influence farmer behavior and areas to maximize the adoption of emerging mitigation technologies. The objectives of this study were to (1) quantify the variation in enteric fermentation methane emissions within and among seasonal calving dairy farms with the majority of nutritional requirements met through grazed pasture; (2) use this variation to assess the potential of new individual animal emission monitoring technologies and their impact on mitigation policy. We used a large database of cow performance records for milk production and survival from 2 398 herds in New Zealand, and simulation to account for unobserved variation in feed efficiency and methane emissions per unit of feed. Results showed an average of 120 ± 31.4 kg predicted methane (CH4) per cow per year after accounting for replacement costs, ranging 8.9–323 kg CH4/cow per year. Whereas milk production, survival and predicted live weight were reasonably effective at predicting both individual and herd average levels of per cow feed intake, substantial within animal variation in emissions per unit of feed reduced the ability of these variables to predict variation in per animal methane output. Animal-level measurement technologies predicting only feed intake but not emissions per unit of feed are unlikely to be effective for advancing national policy goals of reducing dairy farming enteric methane output. This is because farmers seek to profitably utilize all farm feed resources available, so improvements in feed efficiency will not result in the reduction in feed utilization required to reduce methane emissions. At a herd level, average per cow milk production and live weight could form the basis of assigning a farm-level point of obligation for methane emissions. In conclusion, a comprehensive national database infrastructure that was tightly linked to animal identification and movement systems, and captured live weight data from existing farm-level recording systems, would be required to make this effective. Additional policy and incentivization mechanisms would still be required to encourage farmer uptake of mitigation interventions, such as novel feed supplements or vaccines that reduce methane emissions per unit of feed." @default.
• W3187272005 created "2021-08-16" @default.
• W3187272005 creator A5006544490 @default.
• W3187272005 creator A5017334559 @default.
• W3187272005 creator A5029123414 @default.
• W3187272005 creator A5053577040 @default.
• W3187272005 creator A5059483755 @default.
• W3187272005 date "2021-09-01" @default.
• W3187272005 modified "2023-10-16" @default.
• W3187272005 title "Herd-level versus animal-level variation in methane emission prediction in grazing dairy cattle" @default.
• W3187272005 cites W1973880129 @default.
• W3187272005 cites W1978367999 @default.
• W3187272005 cites W1993345575 @default.
• W3187272005 cites W2038938908 @default.
• W3187272005 cites W2039764894 @default.
• W3187272005 cites W2040198133 @default.
• W3187272005 cites W2066047121 @default.
• W3187272005 cites W2095280062 @default.
• W3187272005 cites W2101409709 @default.
• W3187272005 cites W2112264748 @default.
• W3187272005 cites W2124308715 @default.
• W3187272005 cites W2140035397 @default.
• W3187272005 cites W2167515644 @default.
• W3187272005 cites W2281688380 @default.
• W3187272005 cites W2515565485 @default.
• W3187272005 cites W2734624990 @default.
• W3187272005 cites W2760094883 @default.
• W3187272005 cites W2762024457 @default.
• W3187272005 cites W2795390503 @default.
• W3187272005 cites W2806569362 @default.
• W3187272005 cites W2883806296 @default.
• W3187272005 cites W2889575492 @default.
• W3187272005 cites W2903720309 @default.
• W3187272005 cites W2903967278 @default.
• W3187272005 cites W2940713577 @default.
• W3187272005 cites W2949323661 @default.
• W3187272005 cites W2952371713 @default.
• W3187272005 cites W2955957648 @default.
• W3187272005 cites W2969027338 @default.
• W3187272005 cites W2978565101 @default.
• W3187272005 cites W3040537188 @default.
• W3187272005 cites W3043351853 @default.
• W3187272005 cites W3130406509 @default.
• W3187272005 doi "https://doi.org/10.1016/j.animal.2021.100325" @default.
• W3187272005 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34371470" @default.
• W3187272005 hasPublicationYear "2021" @default.
• W3187272005 type Work @default.
• W3187272005 sameAs 3187272005 @default.
• W3187272005 citedByCount "5" @default.
• W3187272005 countsByYear W31872720052022 @default.
• W3187272005 countsByYear W31872720052023 @default.
• W3187272005 crossrefType "journal-article" @default.
• W3187272005 hasAuthorship W3187272005A5006544490 @default.
• W3187272005 hasAuthorship W3187272005A5017334559 @default.
• W3187272005 hasAuthorship W3187272005A5029123414 @default.
• W3187272005 hasAuthorship W3187272005A5053577040 @default.
• W3187272005 hasAuthorship W3187272005A5059483755 @default.
• W3187272005 hasBestOaLocation W31872720051 @default.
• W3187272005 hasConcept C118518473 @default.
• W3187272005 hasConcept C140793950 @default.
• W3187272005 hasConcept C18903297 @default.
• W3187272005 hasConcept C194775826 @default.
• W3187272005 hasConcept C2776208129 @default.
• W3187272005 hasConcept C2776977481 @default.
• W3187272005 hasConcept C2777904157 @default.
• W3187272005 hasConcept C2778053677 @default.
• W3187272005 hasConcept C39432304 @default.
• W3187272005 hasConcept C47737302 @default.
• W3187272005 hasConcept C516920438 @default.
• W3187272005 hasConcept C6557445 @default.
• W3187272005 hasConcept C86803240 @default.
• W3187272005 hasConceptScore W3187272005C118518473 @default.
• W3187272005 hasConceptScore W3187272005C140793950 @default.
• W3187272005 hasConceptScore W3187272005C18903297 @default.
• W3187272005 hasConceptScore W3187272005C194775826 @default.
• W3187272005 hasConceptScore W3187272005C2776208129 @default.
• W3187272005 hasConceptScore W3187272005C2776977481 @default.
• W3187272005 hasConceptScore W3187272005C2777904157 @default.
• W3187272005 hasConceptScore W3187272005C2778053677 @default.
• W3187272005 hasConceptScore W3187272005C39432304 @default.
• W3187272005 hasConceptScore W3187272005C47737302 @default.
• W3187272005 hasConceptScore W3187272005C516920438 @default.
• W3187272005 hasConceptScore W3187272005C6557445 @default.
• W3187272005 hasConceptScore W3187272005C86803240 @default.
• W3187272005 hasIssue "9" @default.
• W3187272005 hasLocation W31872720051 @default.
• W3187272005 hasOpenAccess W3187272005 @default.
• W3187272005 hasPrimaryLocation W31872720051 @default.
• W3187272005 hasRelatedWork W1989000519 @default.
• W3187272005 hasRelatedWork W2005816151 @default.
• W3187272005 hasRelatedWork W2060511522 @default.
• W3187272005 hasRelatedWork W2355147175 @default.
• W3187272005 hasRelatedWork W2497104469 @default.
• W3187272005 hasRelatedWork W2791117892 @default.
• W3187272005 hasRelatedWork W2913335982 @default.
• W3187272005 hasRelatedWork W2990328336 @default.
• W3187272005 hasRelatedWork W4254449005 @default.
• W3187272005 hasRelatedWork W2101217457 @default.

• next