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"Experientia docet" - Experience is the best teacher

About the South African Journal of Animal Science

Scope of the Journal Editorial Board Instructions to Authors Guidelines for Reviewers Open Access Statement Licensing Statement Online Journal Management System

The South African Journal of Animal Science is an open access, peer-reviewed journal. The journal publishes reports of research dealing with the production of farmed animal species (cattle, sheep, goats, pigs, horses, poultry and ostriches), as well as pertinent aspects of research on companion animals and aquatic and wildlife species. All submitted articles are subjected to a single-blind peer review process that is managed by a section editor under the supervision of the editor-in-chief. Copyright of a published article resides with the authors. Such articles will be published as open access content and be covered by the terms of the Creative Commons Attribution 4.0 South African Licence. Users may copy, distribute, transmit and adapt the work, but must recognise the authors and the South African Journal of Animal Science.

Originally supported by the Agricultural Research Council (ARC), the South African Journal of Animal Science moved online in the early 2000s using a custom-built manuscript submission and editorial management system. In August 2025, the journal transitioned to the Public Knowledge Project’s Open Journal Systems (PKP OJS), hosted by Khulisa Journals at the Academy of Science of South Africa (ASSAf).

In line with international best practices, the journal integrates key components of digital research infrastructure, including DOIs (digital object identifiers), ORCID iDs (researcher identifiers), ROR IDs (research organisation identifiers), and CCLs (Creative Commons Licences), ensuring transparency, traceability, and global interoperability.

As of August 2025, the South African Journal of Animal Science makes use of the Crossref 10.17159 DOI prefix. View the journal metadata health and the Crossref DOI Conflict Report here.

If you experience any problems with the journal’s online platform, please contact the editor-in-chief at [email protected].

Clarivate Journal Impact Factor (2025): 0.8 (Q4 of subject category)
Scimago (SJR) (2025): 0.231 (Q3)
Scopus CiteScore (2025): 1.4

Ingestive behaviour of grazing ewes given two levels of concentrate

  • 2015
  • Issue: 2
  • Volume: 45
T.P.D. Silva, C.A.T. Marques, J.N.C. Torreão, L.R. Bezerra, M.J. Araújo, F.P. Gottardi, R.L. Edvan & R.L. Oliveira Page: 180 - 187
  • 2026-08-21
  • vanryssen

This study aimed to evaluate the influence of concentrate supplementation on the ingestive behaviour of grazing ewes. Twelve pregnant pluriparous sheep were used, six of the Santa Inês breed and six of the Morada Nova breed. The supplement was formulated…

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Diallel analysis for bodyweight involving three genotypes of Nigerian indigenous chickens

  • 2015
  • Issue: 2
  • Volume: 45
A.A. Musa, M. Orunmuyi, G.N. Akpa, A.K. Olutunmogun, H. Muhammad & I.I. Adedibu Page: 188 - 197
  • 2026-08-21
  • vanryssen

To evaluate heterosis, reciprocal effect, general and specific combining abilities for bodyweight, a diallel crossing experiment was conducted using three genotypes of Nigerian indigenous chickens: normal (N), frizzle (F) and naked-neck (Na). A total of 601 chicks was hatched from…

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First-time characterization of JY-1-like sequence in goats

  • 2015
  • Issue: 2
  • Volume: 45
R. Sharma, S. Ahlawat, A. Maitra, M. Roy, S. Mandakmale & M.S. Tantia Page: 198 - 205
  • 2026-08-21
  • vanryssen

The JY-1 protein is oocyte specific, and is associated with folliculogenesis and early embryo development, and thus influences the chance of pregnancy. It was the first protein of maternal origin to be described for a single ovulating species, namely cattle…

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Editorial

  • 2015
  • Issue: 3
  • Volume: 45
H.C. Schönfeldt & A. Jooste Page: 227 - 228
  • 2026-08-21
  • vanryssen
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The beef tenderness model

  • 2015
  • Issue: 3
  • Volume: 45
L. Frylinck, A. O’Neil, E. du Toit, P.E. Strydom & E.C. Webb Page: 234 - 248
  • 2026-08-21
  • vanryssen

In Phase1 of this study, three breed types (Simmentaler-, Brahman- and Nguni bulls; n = 60 each) were grain-fed and slaughtered at 12 months of age (A-age, fat-class 2). Feed was withdrawn for either three hours or 24 hours pre-slaughter…

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Proteomics approach as a new way to predict tenderness as compared to the classical South African Beef Carcass Classification System

  • 2015
  • Issue: 3
  • Volume: 45
K.W. Moloto, L. Frylinck, P.E. Strydom & G. Koorsen Page: 249 - 254
  • 2026-08-21
  • vanryssen

The current South African Beef Carcass Classification System classifies carcasses using physical attributes such as age, fatness code and the conformation of the carcass as the only indicator of tenderness, implying that optimal tender meat is obtained from carcasses from…

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Visual evaluation of beef tenderness by using surface structural observations and its relationship to meat colour

  • 2015
  • Issue: 3
  • Volume: 45
K.Y. Modika, L. Frylinck, K.W. Moloto, P.E. Strydom, P.H. Heinze & E.C. Webb Page: 255 - 262
  • 2026-08-21
  • vanryssen

The study describes the relationship between visual and instrumental measurements for colour and tenderness between five South African beef breeds: Bos indicus (Brahman), Sanga type (Nguni), British Bos taurus (Angus), European Bos taurus (Charolais) and the composite (Bonsmara). Ten animals…

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Associations between animal traits, carcass traits and carcass classification in a selected abattoir in the Eastern Cape Province, South Africa

  • 2015
  • Issue: 3
  • Volume: 45
Z. Soji, S.P. Mabusela & V. Muchenje Page: 278 - 288
  • 2026-08-21
  • vanryssen

In this study the associations between animal traits, carcass traits and carcass classification within cattle, sheep and pigs slaughtered in a high throughput abattoir were determined. Classes of carcasses from cattle, sheep and pigs delivered for slaughter at this abattoir…

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Sources of variation in quality of South African beef: Case studies in relation to the red meat classification system

  • 2015
  • Issue: 3
  • Volume: 45
P.E. Strydom, L. Frylinck, S.M. van Heerden, M. Hope-Jones, A. Hugo, E.C. Webb, E. Moholisa, B.E. Liebenberg & O.C. Sehoole Page: 289 - 301
  • 2026-08-21
  • vanryssen

The South African classification system describes beef carcasses in regard to visual fat cover, conformation and age by dentition. Animal age provides a fairly accurate description of expected eating quality in regard to tenderness in an industry where other sources…

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Changes in the composition of South African red meat

  • 2015
  • Issue: 3
  • Volume: 45
N. Hall, H.C. Schönfeldt & B. Pretorius Page: 325 - 338
  • 2026-08-21
  • vanryssen

Red meat often evokes a wide array of complex and contradictory arguments. It is viewed as the most expensive component of any diet, supplying many essential nutrients as part of a healthy, prudent eating plan. Yet, red meat is non-homogenous,…

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A consumer perspective of the South African red meat classification system

  • 2015
  • Issue: 3
  • Volume: 45
H. Vermeulen, H.C. Schönfeldt & B. Pretorius Page: 339 - 354
  • 2026-08-21
  • vanryssen

The South African consumer market is characterised by socio-economic and cultural diversity. Food expenditure patterns, behaviour and preferences differ significantly between the various socio-economic sub-groups. Packaging information, including red meat classification information, could be an important tangible resource used by…

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Intestinal morphology, digestive organ size and digesta pH of broiler chickens fed diets supplemented with or without Moringa oleifera leaf meal

  • 2015
  • Issue: 4
  • Volume: 45
T.T. Nkukwana, V. Muchenje, P.J. Masika & B. Mushonga Page: 362 - 371
  • 2026-08-21
  • vanryssen

The intestinal morphology and pH of digesta of broiler chickens at 35 days old were studied. Birds were reared on these dietary treatments (T). T1, positive control, contained 668 g salinomycin and 500 g zinc bacitracin per kg of feed…

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