External Parasites of Sheep and Goats by Phillip E. Kaufman, Philip G. Koehler, Jerry F. Butler

“… Arthropod pests limit production in the sheep and goat industry in many ways. External parasites feed on body tissue such as blood, skin, and hair. …”
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External Parasites of Sheep and Goats by Phillip E. Kaufman, Philip G. Koehler, Jerry F. Butler

“… Arthropod pests limit production in the sheep and goat industry in many ways. External parasites feed on body tissue such as blood, skin, and hair. …”
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Common Hazards Associated with Sheep and Goat Feed by Chalise Brown, Diwakar Vyas, Jason M. Scheffler

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Genetic Markers for Resistance to Gastrointestinal Parasites in Sheep and Goats from the Southern Region of the United States by Zaira Magdalena Estrada Reyes, Yoko Tsukahara, Arthur L. Goetsch, Terry A. Gipson, Tilahun Sahlu, Ryszard Puchala, Raluca G. Mateescu

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First isolation and identification of Brucella microti in sheep and goats: new insights and implications for veterinary medicine by L. Freddi, V. Djokic, A. Dremeau, M. Ribeiro, M. Berthaud, F. Bennasar, C. Pailhous, A. Lanterne, A. Ferreira Vicente, C. Ponsart

“…During the 2024 prophylaxis campaigns across three farms in two French departments, two sheep and one goat tested positive on classical serological tests for brucellosis. …”
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Epidemiological investigation of trypanosomosis in livestock and distribution of vector in Dabo Hana district, Southwest Oromia, Ethiopia by Surra Gebeyehu, Dereje Tulu Robi

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Relationship Between Growth and Development of Sheep Wool and Goat Hair with Their Mineral Components and Some Biochemical Parameters in the Blood by Manal A. Ahmed, Aliaa J. Shabeeb, Waleed Y. Kassim

“…This study aimed to determine the relationship between the growth of wool in sheep and hair in goats and their content of minerals, and some biochemical blood parameters. …”
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Relationship Between Growth and Development of Sheep Wool and Goat Hair with Their Mineral Components and Some Biochemical Parameters in the Blood by Manal A. Ahmed, Aliaa J. Shabeeb, Waleed Y. Kassim

“…This study aimed to determine the relationship between the growth of wool in sheep and hair in goats and their content of minerals, and some biochemical blood parameters. …”
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Fine mapping genetic variants affecting birth weight in sheep: a GWAS of 3007 individuals using low-coverage whole genome sequencing by Ran Li, Yuheng Bai, Maqiang Zhao, Xinyue Zhang, Haiyan Wang, Bo Feng, Shuo Zhang, Huanhuan Zhang, Gang Ren, Xihong Wang, Yu Jiang

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Abortive vampire bat rabies infections in Peruvian peridomestic livestock. by Julio A Benavides, Andres Velasco-Villa, Lauren C Godino, Panayampalli Subbian Satheshkumar, Ruby Nino, Elizabeth Rojas-Paniagua, Carlos Shiva, Nestor Falcon, Daniel G Streicker

“…We detected rabies virus neutralizing antibody titers in 11, 5 and 3.6% of cows, goats and sheep respectively and seropositive animals did not die from rabies within two years after sampling. …”
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Bovine Viral Diarrhea (BVD) by Eddie J. Richey

“…BVDV can readily cross into other species, such as sheep, goats, deer, antelope and bison. However, I will confine my remarks to BVDV in cattle. …”
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The Construction of a Bronze Age Longhouse Model in Dwelling-byre Style using Experimental Archaeological Techniques by Wolfgang F.A. Lobisser

“…The subsistence of their inhabitants was usually based on a special form of mixed economy, whereby the cultivation of grain, vegetables and fruits played an important role along with the breeding of animals such as cows, sheep, goats, and pigs. This mixed economy insured the guaranteed survival of the farmers during troubled times such as animal epidemics and crop failures. …”
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Bestiary Movement in “The Dark Alleys” by I. A. Bunin by N. Y. Lozyuk

“…A full list of the living things mentioned in the book is presented: horses, oxen, donkeys, goats, sheep, rabbits, dogs, leopard, elks, deer, rats, bat, hedgehog, frogs, eagles, owl etc. …”
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Spatial land suitability modeling for livestock production for closing yield gaps in Western parts of Ethiopia by Mitiku Badasa Moisa, Mengistu Muleta Gurmessa, Dereje Geleta Oljira, Misgana Lamessa Dinsa, Kiros Tsegay Deribew, Zenebe Reta Roba, Tekalign Tadesse, Dessalegn Obsi Gemeda

“…The results revealed that about 66.1 km2 (1.6%), 25.8 km2 (0.6%), 315.3 km2 (7.8%), and 20.1 km2 (0.5%) were highly suitable for cattle, sheep, goats and camels production, respectively. …”
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Livestock Farming in Bashkiria in 1946-1950: Dynamics of Production of Main Types of Products by V. P. Motrevich, V. N. Mamyachenkov

“…It is noted that the pre-war level of production volume was never reached in various indicators: the number of cattle, sheep, goats, and horses, gross production of eggs, wool, honey, etc. …”
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Inferring methane emissions from African livestock by fusing drone, tower, and satellite data by A. van Hove, K. Aalstad, V. Lind, C. Arndt, V. Odongo, R. Ceriani, R. Ceriani, F. Fava, J. Hulth, N. Pirk

“…We used our novel Bayesian inference approach to estimate emissions from various ruminant livestock species in Kenya, including diverse herds of cattle, goats, and sheep, as well as camels, for which methane emission estimates are particularly sparse. …”
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Environmental risk factors of human Q fever in Spain by Daniel Cifo, María Alonso-Colón, David González-Barrio, Beatriz Fernández-Martínez, Rebeca Ramis, Isabel Jado, Rosa M. Estévez-Reboredo, Diana Gómez-Barroso

“…Introduction: Q fever is a zoonotic disease caused by Coxiella burnetii, primarily transmitted to humans via airborne from livestock such as cattle, sheep and goats, though the pathogen is also found in other domestic and wild species. …”
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Serological prevalence of Brucella spp. at the livestock-human interface in Jordan by Ehab A. Abu-Basha, Zuhair Bani Ismail, Lea Widemann, Yasmin Daradkeh, Omar Al-Omari, Alaa Fahmawi, Mais Lakaideh, Belal Sha'fout, Haia Mellhem, Leen Al-Bayari, Hani Talafha, Zaidoun Hijazeen, Bilal Al-Omari, Jean DeMarco, William B. Karesh

“…Additionally, a total of 700 livestock were sampled, comprising 20 animals per taxa (camels, cattle, sheep, goats) per site, at both baseline (N = 350) and the 1.5-year follow-up (N = 350). …”
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Machine learning based on pangenome-wide association studies reveals the impact of host source on the zoonotic potential of closely related bacterial pathogens by Cheng Han, Shiying Lu, Pan Hu, Jiang Chang, Deying Zou, Feng Li, Yansong Li, Qiang Lu, Honglin Ren

“…Our findings reveal that zoonotic potential varies by host origin: Brucella melitensis strains isolated from humans exhibit higher zoonotic potential than those isolated from cattle, goats, and sheep, while Brucella suis biovar 2 strains isolated from domestic pigs display higher zoonotic potential than those isolated from wild boars. …”
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Prevalence and molecular characterization of Beta-lactamase resistance gene in multidrug resistance bacteria, Proteus spp. by Sabiha S. Salih, Shno J. Mohammed, Imad M Noori, Lana MA Mohammed, Taib A. Hama Soor

“…Molecular identification of Proteus bacteria was confirmed by PCR amplification of part of 16S rRNA using Proteus specific set of primers.  70 meat samples (cattle, sheep, chicken, turkey, goat, and fish) were collected in local meat shops in the center of Sulaimani city. 29 (41.4%) samples were positive to Proteus species and 22 (75.87%) isolates were P. mirabilis and seven (24.13%) were P. vulgaris based on conventional biochemical tests. …”
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