The History of Veterinary Medicine and the Animal-Human Relationship

Sponenberg, D. Phillip; Beranger, J.; Martin, Alison E.; Couch, Charlene

doi:10.52517/9781789181807

Cited by 4 publications

(4 citation statements)

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“…With the development of next-generation sequencing (NGS) technologies, and single-nucleotide polymorphism (SNP) annotation, studies on population history, genetic diversity, and genome structure in domestic animals became possible [9][10][11][12][13]. This technology has been applied to cattle to study aspects such as the evolutionary history and genetic structure of different breed populations [14]. Genetic diversity studies help us understand breed evolution, genetic progress, and the level of differentiation between breeds.…”

Section: Introductionmentioning

confidence: 99%

Genetic Architecture and Signatures of Selection in the Caqueteño Creole (Colombian Native Cattle)

et al. 2022

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Evolutionary mechanisms have shaped the genomic architecture of Colombian Creole cattle breeds. The mating and selection processes have impacted several traits, promoting differences within and between populations. Studies of population structure and selection signatures in Colombian Creole breeds are scarce, and need more attention to better understand genetic differentiation, gene flow, and genetic distance. This study aimed to analyze the population structure and identify selection imprints in the Criollo Caqueteño (CAQ) population. It used 127 CAQ animals genotyped with Chip HD 777,000 SNPs. The population structure analyses used discriminant principal component analysis (DAPC), integrated haplotype scoring (iHS), and index-fixing (Fst) methodologies to detect selection signals. We can highlight SNP regions on the genes TMPRSS15, PGAM2, and EGFR, identified by the Fst method. Additionally, the iHS regions for cluster 1 identified candidate genes on BTA 3 (CMPK1 and FOXD2), BTA 11 (RCAN1), and BTA 22 (ARPP21). In group 2, we can highlight the genes on BTA 4 (SLC13A4, BRAF), BTA 9 (ULBP), BTA 14 (CSMD3) and BTA 19 (KRTAP9-2). These candidate genes have been associated with fertility traits, precocity, growth, and environmental and disease resistance, indicating a genetic potential in CAQ animals. All this promotes a better understanding of the diversity and genetic structure in the CAQ population. Based on that, our study can significantly assist the sustainable development and conservation of the breed in the Colombian Amazon.

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Section: Introductionmentioning

confidence: 99%

Genetic Architecture and Signatures of Selection in the Caqueteño Creole (Colombian Native Cattle)

et al. 2022

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“…This was due to the increasing confidence of PO cattle keepers in AI mating and a steady decrease in the availability of top male studs that met their needs, which was related to the indigenous knowledge utilized in cattle selection and mating [37]. Bulls are still used in hamlet breeding, defined as mating carried out in hamlet-based communities, to overcome genetic-environment interaction problems, such as geographical, cultural, or economically marginalized [41,42].…”

Section: Discussionmentioning

confidence: 99%

A Community-Based Breeding Program as a Genetic Resource Management Strategy of Indonesian Ongole Cattle

Darmawan

HsiuLuan

2023

Sustainability

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It is essential to manage genetic resources, especially in local livestock breeds, to establish an equilibrium among livestock, humans, and the environment for sustainable development in conservation. Genetic resource management is necessary to overcome challenges to increasing productivity while ensuring environmental sustainability and climate resilience. Attempts to overcome these challenges have led to the threat of genetic erosion through uncontrolled crossbreeding, particularly threatening the hybrid vigor of indigenous breeds, such as Indonesian Ongole cattle. Considering community-based breeding as a viable management strategy for systematic livestock breeding, this study aimed to design a community-based breeding program for Indonesian Ongole cattle. The profile of socio-ecological community and genetic resources were studied using a purposive random sampling technique within an effective population size as a case study; both the respondents and the objects of the study were investigated. The study revealed that indigenous knowledge and livelihood-supported institutions are crucial to genetic resource management practices in cattle breeding. These factors are shown to be strategic priorities when designing community-based breeding programs. This approach to design empowers local cooperatives to operate a community-based breeding program for Indonesian Ongole cattle by standardizing an integrated system for selecting incentive initiatives using big data.

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“…The sex ratio of calves is approximately equal at between 1:1.024 and 1:1.042, with a slight preponderance for male offspring (Dahl and Hjort 1976;Foote 1977). Bulls in some breeds are capable of covering as many as 60 female cattle in a season (Sponenberg et al 2014;Williamson and Payne 1965), but those from European heritage breeds are typically capable of covering only 10-12 females (Sponenberg et al 2014). Because bulls are less tractable and provide fewer services, many herds have strongly female-dominant sex ratios ranging from 1:5 to 1:60 (Dyson-Hudson 1966;Schneider 1957) among adult animals.…”

Section: Cattle Herding Cattle Biology Andmentioning

confidence: 99%

Cooperation and Cattle Herding in Eighteenth Century Acadia: Implications for Archaeological Studies of Agropastoralism

Welker

Hughes

McClure

2022

Journal of Ethnobiology

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Anthropological studies of cattle management have frequently used nomadic open-rangeAfrican pastoralists as models even when examining more sedentary agro-pastoralists relying upon combinations of crops and livestock that prevent or inhibit mobility. The relatively limited number of datasets on more sedentary agro-pastoralists makes it difficult to assess the suitability of this analogy when modeling and understanding herd dynamics in sedentary or semi-sedentary societies like those in the European Neolithic or pre-industrial colonies in North America. Census data on seventeenth-and eighteenth-century French colonists in eastern Canada and the northeastern U.S. reveal that household herds average fewer than eight individuals. Herds this small would have been dangerously close to collapse if animals were slaughtered and would not have had sufficient numbers to grow quickly. Using effective population size, a measure from wildlife biology, to assess the demographic and genetic health of wildlife populations, we demonstrate that Acadian herders were able to overcome the challenges of their small herds by participating in village or inter-village herd networks. Furthermore, we demonstrate that differences in herd management existed across the Acadian colonies and correspond, in part, to local involvement in cod fishing. We suggest this case study may provide a useful model for understanding prehistoric sedentary agropastoralism and the role of cooperation in prehistoric animal management decisions.

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The History of Veterinary Medicine and the Animal-Human Relationship

Abstract: Strategies for success have been detailed in the first and second editions of Managing Breeds for a Secure Future. The third edition explores this further, providing more strategies that can assure long-term survival for breeds of livestock, poultry, and dogs.

Cited by 4 publications

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Genetic Architecture and Signatures of Selection in the Caqueteño Creole (Colombian Native Cattle)

Genetic Architecture and Signatures of Selection in the Caqueteño Creole (Colombian Native Cattle)

A Community-Based Breeding Program as a Genetic Resource Management Strategy of Indonesian Ongole Cattle

Cooperation and Cattle Herding in Eighteenth Century Acadia: Implications for Archaeological Studies of Agropastoralism

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