Written by Anil S. Bianchi
Published on Vol 4 Issue 1, 2024
Melipona rufiventris Lepeletier, a stingless bee species native to Brazil and referred to as uruçu-amarela, has experienced significant population declines in recent years due to the destruction of native semi-arid ecosystems and the overharvesting of honey. This study investigates the genetic diversity and population structure of M. rufiventris in the semiarid region of Brazil using microsatellite markers, laying the groundwork for monitoring the genetic shifts of bee populations across both sp
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Written by Carlos Andersson
Published on Vol 4 Issue 1, 2024
The Ara River, located in Ara, Southwestern Nigeria, is the largest water body in the area. An ecological assessment of the river was conducted using aquatic insect populations and various environmental factors as indicators to assess its ability to perform crucial ecological and supporting functions. Insects were collected monthly from January to June 2021 using a long-handled D-frame net (500 µm mesh) and hand-picking when needed. Key environmental variables, including water depth, water and a
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Written by James Brown
Published on Vol 4 Issue 1, 2024
The scale insect Stigmacoccus asper (Hemiptera: Stigmacoccidae) plays an important role in oak forest ecosystems and has potential applications in honeydew honey production. Despite its importance, knowledge gaps limit a full understanding of its ecological interactions. This study investigates the biological traits of S. asper within oak forests in the Department of Boyacá. Research efforts focused on tracking its development and evaluating population dynamics under controlled laboratory settin
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Written by Pierre Dubois
Published on Vol 4 Issue 1, 2024
Insects rarely experience temperature, food availability, infection, and reproductive demand as independent pressures. Yet these drivers are commonly interpreted one at a time, obscuring how their timing, biological level, and internal-state dependence reshape development, survival, defense, and reproduction. This article develops a proposed compound-stressor architecture in which life-history pace is treated as a multidimensional state rather than a single rate of development or reproduction. T
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Written by Grace Collins
Published on Vol 4 Issue 1, 2024
Complete metamorphosis creates a profound developmental discontinuity between juvenile and adult insects, but discontinuity is not equivalent to biological erasure. Current interpretations often emphasize either metamorphic decoupling, in which larval and adult stages gain developmental or evolutionary independence, or carry-over effects, in which juvenile conditions remain detectable in adults. Treating these as competing alternatives obscures an important possibility: metamorphosis may selecti
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Written by Hassan Ali
Published on Vol 4 Issue 1, 2024
Life-history decisions are often interpreted as responses to age, energetic condition, or mortality risk considered separately. Such treatment is problematic because the expected value of current reproduction depends simultaneously on survival prospects, physiological capacity, access to reproductive opportunities, and the likelihood that comparable opportunities will recur. This theoretical article develops a proposed dynamic reproductive-value framework for insects in which chronological age i
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Written by Ravi Kumar
Published on Vol 4 Issue 1, 2024
Developmental plasticity is often interpreted as an anticipatory adjustment through which early environmental conditions prepare insects for later life. That interpretation is stronger than the observation that developmental environments alter adult phenotypes. For plasticity to function specifically as environmental forecasting, an early-life cue must contain reliable information about a later selective environment, the induced response must persist to the relevant adult stage, its developmenta
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Written by Nokuthula Dlamini
Published on Vol 4 Issue 1, 2024
Sexuality, which plays an essential and significant role in human life, is provided through healthy sexual organs. Therefore, any disease in the genital area, including vaginitis, can interfere with these tendencies and thus affect the quality of life of the individual. The researchers, therefore, conducted a study aimed at comparing sexual satisfaction in pregnant women with vaginal candidiasis. This is a cross-sectional study to evaluate the effect of Candida vaginitis infection on sexual sati
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Written by Carlos Ramirez
Published on Vol 4 Issue 1, 2024
Insects routinely encounter more sensory information than can be translated into simultaneous action. Yet studies of selective behavior are often partitioned into separate literatures on multisensory integration, stimulus salience, physiological state, learning, neuromodulation, and motor control. This fragmentation makes “attention” difficult to define mechanistically and encourages either overly narrow circuit interpretations or broad cognitive labels that exceed the evidence. This article dev
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Written by Amira Khalil
Published on Vol 4 Issue 1, 2024
Pollination networks are commonly analysed as sets of realized plant–pollinator links, whereas the behavioural processes producing those links occur through sequential decisions by individual foragers. This scale mismatch makes it difficult to determine when network structure reflects persistent individual choice, changing resource opportunity, or aggregation across heterogeneous insects. This article develops an ecological framework that separates floral valuation, learning, constancy, switchin
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Written by Sven Larsson
Published on Vol 4 Issue 1, 2024
Artificial light at night is often discussed as though nocturnal insects encounter a lamp, become attracted, and are removed from dark habitat. That sequence captures one pathway but obscures responses operating at different spatial and temporal scales. This article develops a proposed lightscape-effect classification separating physical exposure, immediate behavior, and downstream ecological redistribution. Attraction is treated alongside orientation failure, avoidance, temporal activity displa
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Written by Thabo Nkosi
Published on Vol 4 Issue 1, 2024
Landscape connectivity is frequently represented as a property of habitat arrangement, yet insects encounter fragmentation through sensory, behavioral, and survival processes that are not captured by geometry alone. A structurally connected landscape can remain functionally difficult to cross, whereas some altered landscapes can retain realized connectivity for mobile taxa. Approach: This framework decomposes dispersal success into linked components: perceptual range, departure motivation, matri
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Written by Lucas Meyer
Published on Vol 4 Issue 1, 2024
Social insects experience pathogen exposure through the same interaction networks that enable cooperative foraging, brood care, communication, and division of labor. Existing work has established diverse colony-level defenses, yet avoidance, sanitary behavior, physiological immunity, chemical recognition, nutritional regulation, and spatial organization are often interpreted as separate protective traits. This synthesis develops a multilevel account in which these defenses are treated as partial
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Written by James Walker
Published on Vol 4 Issue 1, 2024
Integrative species delimitation is commonly presented as a remedy for the limitations of single evidence classes, yet integration does not itself determine how conflicting observations should influence a taxonomic conclusion. Morphology, mitochondrial markers, genome-scale data, ecological differentiation and reproductive evidence can each fail for different biological or analytical reasons, and apparent agreement among evidence streams may reflect shared causes rather than genuine independence
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Written by Ali Hassan
Published on Vol 4 Issue 1, 2024
DNA barcoding has transformed insect discovery and identification by allowing sequence similarity, distance thresholds, and single-locus partition algorithms to organize large specimen sets into operational molecular units. The inferential problem begins when those units are treated as species without an explicit transition from molecular pattern to biological-taxonomic hypothesis. This article develops a taxonomic methodology in which barcode partitions are treated first as discovery units and
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Written by Chen Hao
Published on Vol 4 Issue 1, 2024
Phylogenomic datasets can produce apparently decisive insect phylogenies while retaining substantial uncertainty about the histories represented by individual loci, the adequacy of sampled data, and the assumptions linking gene trees to species trees. This article develops a framework for distinguishing uncertainty generated by biological gene-tree heterogeneity, missing taxa or loci, orthology error, model misspecification, and downstream species-tree inference. The central argument is that con
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Since 2020, Eurasia Specialized Veterinary Publication has been dedicated to publishing rigorous scientific research in veterinary medicine, entomology, animal health, and related disciplines. Our journals offer a peer-reviewed home for original research, review articles, and short communications, spanning veterinary and clinical sciences, animal health and disease management, pathology, pharmacology, diagnostics, zoonotic diseases, epidemiology, and public health. Our entomology titles bring together work on insect biology, ecology and behavior, taxonomy and systematics, physiology, biodiversity and conservation, pest management, and medical and veterinary entomology. We also welcome interdisciplinary research that explores the connections between animal, human, insect, and environmental health — work that reflects the reality that these fields rarely stand apart from one another. In all that we publish, our aim remains the same: to support the exchange of meaningful, practical scientific knowledge within the international research community.
