FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1917355917> ?p ?o ?g. }

• W1917355917 endingPage "109" @default.
• W1917355917 startingPage "100" @default.
• W1917355917 abstract "In crop science, widely used theoretical concepts of production ecology comprise a hierarchy in growth defining, limiting, and reducing factors, which determine corresponding potential, limited, and actual production levels. These concepts give insight in theoretically achievable production, yield gaps, and yield gap mitigation. Concepts of production ecology have been demonstrated to be applicable to livestock science, but so far they have not been used quantitatively for livestock production. This paper aims to define theoretical concepts of production ecology for livestock systems in more detail, to express livestock production in suitable units, and to provide a framework to analyse production levels for livestock systems and combined crop–livestock systems. Growth defining (genotype and climate), growth limiting (feed quality and quantity), and growth reducing factors (diseases and stress) in livestock production are described analogous to the growth factors in crop production. Management practices, such as housing, feeding, culling, and slaughter are specified. From the perspective of a livestock system, production is expressed per animal, per unit of animal body mass, and per unit of feed intake, whereas from the perspective of a combined crop–livestock system, production is recommended to be expressed in kg livestock product ha− 1 year− 1. The quantitative framework is illustrated for Charolais cattle (Bos taurus subsp.) in two beef production systems in France, differing in feeding strategies. System A produces heavier calves than system B, whereas cattle in system B are fed a higher fraction of concentrates in the diet compared with system A. Potential beef production was similar for systems A and B, and estimated to be 152 kg beef animal− 1 year− 1 and 251 g beef kg− 1 live weight year− 1, while there was a minor difference when expressed per unit of feed intake (54.5 vs 54.8 g beef kg− 1 DM). Actual production was lower for system A than for system B (24.9 vs 31.2 g beef kg− 1 DM). Potential production for combined crop–livestock systems was again similar for systems A and B (631 vs 634 kg beef ha− 1 year− 1), while actual production was much lower for system A than for system B (133 vs 180 kg beef ha− 1 year− 1). The yield gap for crop–livestock systems was 79% of potential production for system A and 72% for system B. We conclude that the framework is effective to reveal the scope to increase production and resource use efficiency in livestock production." @default.
• W1917355917 created "2016-06-24" @default.
• W1917355917 creator A5003482498 @default.
• W1917355917 creator A5013799425 @default.
• W1917355917 creator A5031345619 @default.
• W1917355917 creator A5053299755 @default.
• W1917355917 creator A5070552780 @default.
• W1917355917 date "2015-10-01" @default.
• W1917355917 modified "2023-10-18" @default.
• W1917355917 title "A framework for quantitative analysis of livestock systems using theoretical concepts of production ecology" @default.
• W1917355917 cites W1540254230 @default.
• W1917355917 cites W1542632106 @default.
• W1917355917 cites W190512414 @default.
• W1917355917 cites W1967333021 @default.
• W1917355917 cites W1968798165 @default.
• W1917355917 cites W1968886926 @default.
• W1917355917 cites W1974046558 @default.
• W1917355917 cites W1975590314 @default.
• W1917355917 cites W1975767944 @default.
• W1917355917 cites W1976768895 @default.
• W1917355917 cites W1979614323 @default.
• W1917355917 cites W1987698895 @default.
• W1917355917 cites W1994421568 @default.
• W1917355917 cites W1995024008 @default.
• W1917355917 cites W2001721095 @default.
• W1917355917 cites W2008279450 @default.
• W1917355917 cites W2013414890 @default.
• W1917355917 cites W2021751015 @default.
• W1917355917 cites W2030280193 @default.
• W1917355917 cites W2042396358 @default.
• W1917355917 cites W2042983244 @default.
• W1917355917 cites W2049096931 @default.
• W1917355917 cites W2051898806 @default.
• W1917355917 cites W2055631747 @default.
• W1917355917 cites W2065536341 @default.
• W1917355917 cites W2066232393 @default.
• W1917355917 cites W2069869480 @default.
• W1917355917 cites W2072781123 @default.
• W1917355917 cites W2076831229 @default.
• W1917355917 cites W2080344679 @default.
• W1917355917 cites W2087460198 @default.
• W1917355917 cites W2089361128 @default.
• W1917355917 cites W2095940286 @default.
• W1917355917 cites W2095987920 @default.
• W1917355917 cites W2097370203 @default.
• W1917355917 cites W2097813267 @default.
• W1917355917 cites W2101230126 @default.
• W1917355917 cites W2112965986 @default.
• W1917355917 cites W2115358915 @default.
• W1917355917 cites W2115531484 @default.
• W1917355917 cites W2118182941 @default.
• W1917355917 cites W2123649182 @default.
• W1917355917 cites W2127097488 @default.
• W1917355917 cites W2131638369 @default.
• W1917355917 cites W2133119686 @default.
• W1917355917 cites W2134569794 @default.
• W1917355917 cites W2148657015 @default.
• W1917355917 cites W2152737030 @default.
• W1917355917 cites W2155509244 @default.
• W1917355917 cites W2156182488 @default.
• W1917355917 cites W2158728527 @default.
• W1917355917 cites W2186069678 @default.
• W1917355917 cites W2284283378 @default.
• W1917355917 cites W2317815383 @default.
• W1917355917 cites W2325744633 @default.
• W1917355917 cites W2524036529 @default.
• W1917355917 cites W4240585938 @default.
• W1917355917 cites W4250596116 @default.
• W1917355917 cites W4251403591 @default.
• W1917355917 cites W4321515737 @default.
• W1917355917 cites W43860284 @default.
• W1917355917 doi "https://doi.org/10.1016/j.agsy.2015.06.007" @default.
• W1917355917 hasPublicationYear "2015" @default.
• W1917355917 type Work @default.
• W1917355917 sameAs 1917355917 @default.
• W1917355917 citedByCount "21" @default.
• W1917355917 countsByYear W19173559172016 @default.
• W1917355917 countsByYear W19173559172017 @default.
• W1917355917 countsByYear W19173559172018 @default.
• W1917355917 countsByYear W19173559172019 @default.
• W1917355917 countsByYear W19173559172020 @default.
• W1917355917 countsByYear W19173559172021 @default.
• W1917355917 countsByYear W19173559172022 @default.
• W1917355917 countsByYear W19173559172023 @default.
• W1917355917 crossrefType "journal-article" @default.
• W1917355917 hasAuthorship W1917355917A5003482498 @default.
• W1917355917 hasAuthorship W1917355917A5013799425 @default.
• W1917355917 hasAuthorship W1917355917A5031345619 @default.
• W1917355917 hasAuthorship W1917355917A5053299755 @default.
• W1917355917 hasAuthorship W1917355917A5070552780 @default.
• W1917355917 hasConcept C112964050 @default.
• W1917355917 hasConcept C127413603 @default.
• W1917355917 hasConcept C137580998 @default.
• W1917355917 hasConcept C162324750 @default.
• W1917355917 hasConcept C175444787 @default.
• W1917355917 hasConcept C18903297 @default.
• W1917355917 hasConcept C194775826 @default.
• W1917355917 hasConcept C2778348673 @default.

• next