Understanding Parasitic Arthropods for Improved Control and Management
A special issue of Biology (ISSN 2079-7737). This special issue belongs to the section "Zoology".
Deadline for manuscript submissions: 30 June 2025 | Viewed by 105
Special Issue Editor
Interests: evolution of mitochondrial genomes; function of mitochondrial genomes; biodiversity, taxonomy and systematics of Australian native sucking lice; biodiversity, taxonomy and molecular phylogeny of parasitic lice of australian birds
Special Issue Information
Dear Colleagues,
Parasitic arthropods, including ticks, mites, lice and various other insects, play crucial roles as vectors for a multitude of pathogens, leading to diseases such as malaria, Lyme disease, and dengue fever. These organisms have evolved intricate mechanisms to survive and thrive in their hosts, making them a persistent threat to public health, agriculture, and the stability of the ecosystem. Understanding the parasitology of these arthropods is essential for developing effective control and management strategies.
Recent advancements in parasitology have significantly expanded our knowledge of the biology and ecology of parasitic arthropods. In addition, researchers are delving into the complex life cycles, host–parasite interactions, and adaptive strategies that enable these arthropods to evade host defenses and transmit pathogens. Molecular and genomic studies are uncovering the genetic and biochemical pathways that underlie their parasitic behaviors, providing new targets for intervention.
Current research focuses on several key areas, including the identification of molecular mechanisms for disease transmission by vectors, the role of microbiomes in arthropod biology, and the mechanisms implicated in resistance to chemical control measures. Understanding the ecological factors that influence the population dynamics and behavior of arthropods is also crucial for developing sustainable management practices. Integrated pest management (IPM) strategies are being refined to combine biological, chemical, and environmental approaches, aiming to achieve long-term effectiveness and minimal ecological disruption.
Looking forward, the field of parasitology is poised for transformative breakthroughs. The integration of multi-omics technologies, advanced imaging techniques, and computational biology is opening new avenues for exploring the complexities of arthropod parasitism. Collaborative, interdisciplinary efforts are essential to translate these scientific insights into practical solutions for controlling parasitic arthropods and the diseases they transmit.
This Special Issue, entitled "Understanding Parasitic Arthropods for Improved Control and Management," seeks to compile cutting-edge research and reviews that advance our understanding of parasitic arthropods. We welcome contributions that explore novel insights into their biology, ecology, and parasitology, with the ultimate goal of enhancing our ability to manage these pervasive threats effectively.
Dr. Renfu Shao
Guest Editor
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Keywords
- arthropods
- IPM
- parasitology
- ecology
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