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Issue 1 Volume 1 (2021)

Investigating the Insecticidal Properties of Titanium Oxide Nanoparticles against Periplaneta Americana
Written by José A. Gutiérrez-Ramírez   Published on Issue 1 Vol 1, 2021
The Periplaneta Americana, an important household insect, plays a crucial role in transmitting various pathogens in the environment. Traditional methods of controlling this pest have often been ineffective and have led to the development of resistance. This study aimed to evaluate the lethal effects of titanium oxide nanoparticles, both by contact and ingestion, on Periplaneta Americana. Different concentrations of nanoparticles were prepared for oral and contact applications. The insects were e
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Assessing the Effectiveness of Bifenazate Acaricide for Controlling Panonychus ulmi Infestations
Written by Lu-Yan Cheng   Published on Issue 1 Vol 1, 2021
The management of Panonychus ulmi Koch in apple orchards is critical to reducing both qualitative and quantitative damage. Panonychus ulmi is one of the most common mite species, affecting a variety of plant hosts including non-fruit trees, fruit trees, stone fruits, and weeds across the country. This study investigated the effectiveness of three different concentrations of bifenazate in controlling Panonychus ulmi populations in apple orchards located in regions with distinct geographical locat
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A Comprehensive Review of the White Mango Scale (Aulacaspis tubercularis) and Its Management in Ethiopia
Written by Zigyalew Gashaw Belachew   Published on Issue 1 Vol 1, 2021
The present study aimed to provide a comprehensive review of the white mango scale (Aulacaspis tubercularis) and its management in Ethiopia. The white mango scale has emerged as a rapidly spreading and highly destructive pest of mangoes. It was first identified in Ethiopia in 2010 and has caused significant damage to mango production, with losses ranging from 50 to 100%, leading to the cessation of mango farming in many areas. The pest spread rapidly throughout the country due to inadequate quar
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Nest Design Capabilities of the Black Larger Ant (Componotus sp.)
Written by Paramanandham Joothi   Published on Issue 1 Vol 1, 2021
This study evaluated the nest structure of the black larger ant using affordable white cement for modeling. Various parameters including the tunnel's length and width, the chamber's dimensions (length, width, and diameter), the depth of the nest, and the number of tunnels and chambers were measured. Standard tools and techniques were used to assess these factors. The nest's average circumference was 15.1 ± 4.30 cm and its depth was 13.1 ± 3.50 cm. The average number of tunnels was 9.
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Eurasia Specialized Veterinary Publication is an esteemed scientific publisher dedicated to advancing knowledge across veterinary medicine, entomology, and allied scientific disciplines. We focus on delivering high-impact scholarly content that addresses a broad range of theoretical and applied topics.

Our publications include original research articles, research notes, and comprehensive reviews spanning the diverse field of veterinary science. Key areas of focus include anatomy, physiology, biochemistry, pharmacology, microbiology, pathology, parasitology, clinical sciences, public health, and veterinary education.

Recognizing the growing importance of insect-related research in veterinary and ecological contexts, our scope also encompasses entomology, including studies on vector-borne diseases, insect-pathogen interactions, and integrated pest management.

We actively seek high-quality submissions that are rigorous in methodology and contribute meaningful insights to the advancement of veterinary and biological sciences. Our mission is to provide a reliable and dynamic platform for scientific exchange that benefits researchers, clinicians, and educators around the world.