Establishing standards of research | Archives of Applied Science Research

The Journal of Archives of Applied Science Research publishes research on experimental, scientific, and elementary discipline topics related to Applied Science. The journal publishes original research papers, reviews, and statements from scientific societies. It is available both in print and online. A major goal of the Journal is to publish the latest research concerning applied science and to make people aware of its uses and benefits in today’s world. It also aims to recognize and reward scientists and researchers for their hard work.

Since the beginning of time, science has been a significant factor in humanity and existence. Humans have improved their understanding of science over time as a result of their ability to use it practically in a wide variety of contexts. What else is there besides math, physics, biology, chemistry, computers, astronomy, and mechanics? Since the "Applied sciences" came into play, all of these professions have been expanding quickly. In the modern world, applied sciences have overtaken every part of existence. The applied sciences have a significant influence on every choice made in the areas of energy, conservation, agriculture, health, transportation, medicine, communication, defense, economy, leisure, and exploration. Medical sciences like medical microbiology use biology to inform and advance medical knowledge. Biotechnology and medical electronics are two more applications that strengthen fundamental scientific ideas. Additionally, applied sciences use formal sciences, i.e., statistical techniques that aid in problem-solving.
 

Journal Highlights

The Journal of Archives of Applied Science Research was founded on two principles: to make current research papers freely available for use in research, education, and citation. As long as the source and original work are correctly credited, anybody can duplicate, distribute, transmit, and alter the work. The Journal of Archives of Applied Science Research publishes research on a variety of science, including Biotechnology, Applied Biology, Marine Sciences, applied chemistry, applied physics, Applied Biology, Applied Physiology, Applied Psychology, Artificial Intelligence, Computing Technology, Applied Sociology, Applied Philosophy, Applied Mechanics, Applied Mathematics, Applied Linguistics, Applied Geography, Applied Genetics, applied engineering, Applied Ecology, Applied Behavioral Science, Applied Nutrition, Hydrology, nanoscience and nanotechnology, food science, Humanities, and Social Studies. The Article Processing Charges for this journal are 2300 Euros per article only.

Editorial Board

1. Dr. Mohammed Hamed Al Shbool,
2. Prof. Dr. Francisco Torrens
3. Prof. (Dr.) Kadir Saltali
4. Prof. (Dr.) Tongwen Xu
5. Prof. Dr. Adem Onal
6. Prof. Vincenzo De Feo
7. Dr. Guang-Fu Yang
8. Dr. Mohamed A. Al-Omar
9. Dr. Chenglong Li

All published articles of this Journal (ISSN: 0975-508X) are included in the indexing and abstracting coverage of:

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• SjIF (Impact Factor): 1.2*

This journal is a wide-scope journal with a high google citation of 12324.

Membership Details: Journal of Archives of Applied Science Research also offers Membership, Collaboration, and Subscriptions. Membership is an excellent opportunity for researchers, academics, and laboratories who publish regularly since our Journal offers opportunities for collaboration.

The following is an excerpt from a recent paper published in the Journal of Archives of Applied Science Research:

Article Link: https://www.scholarsresearchlibrary.com/articles/modelling-of-the-total-number-of-monthly-mosquito-outbreaks-diptera-culicidae-using-the-objective-regressive-regression-.pdf

Article Title: Modelling of the Total Number of Monthly Mosquito Outbreaks (Diptera: Culicidae) Using the Objective Regressive Regression Methodology in Villa Clara, Cuba

Authors: D.R Fimia*, R.R Oses, L.D del Valle, L.W Castaneda, and G.F.M Wilford

Abstract: The objective of the study was to determine the possible incidence of the ROR methodology in the modeling of the total number of monthly mosquito outbreaks in Villa Clara province, Cuba. The research covered the 13 municipalities of the province, as well as the number of outbreaks reported in the different months of the period analyzed (2010-2020). A descriptive, ecological, retrospective and the statistical study was carried out, for which all the information on the work cycles established for surveillance and vector control was collected. The data were organized in the Windows Excel application, by years and months. The forecast of the outbreaks was modeled employing the Objective Regressive Regression Methodology (ROR), with the use of dichotomous variables DS, DI, and NoC. Forty-five mosquito species distributed in 13 genera were identified, with the best represented and distributed species being Anopheles albimanus, Aedes aegypti, and Ae. albopictus, Ae. scapularis, Culex quinquefasciatus, Cx. nigripalpus and Psorophora confines. The summary of the ROR model for the total monthly foci in Villa Clara explained 91% of the variance, with a low error for the focal point, where the analysis of variance corroborated that the model was valid and significant at 100%. The model parameters, SD, DI, and trend were significant, with a tendency to increase the number of foci per month. We conclude that it is possible to model mosquito outbreaks in a given geographical area, however large it may be, and even to predict the behavior of the outbreaks in the short, medium, and long term.

Introduction: Since the dawn of civilization infectious diseases have affected humans. The early history of infectious diseases has been characterized by sudden and unpredictable outbreaks, often of epidemic proportions. Emerging and re-emerging infectious diseases are one of the health problems that have aroused the most interest in different countries around the world in recent years, as many of them are considered national catastrophes, due to the high morbidity they generate, the large number of lives they cost and the cost they represent from the economic point of view for the country. They cease to be health problems to become economic problems, due to their impact on tourism, industry, and product exports, in addition to the resources that the health sector must contribute to control the disease. Millions of people suffer from infections transmitted by arthropod vectors; among them, culicines are undoubtedly the most important hygienic-sanitary ones, because they constitute one of the priority health problems in almost all tropical and subtropical regions and are responsible for the maintenance and transmission of pathogens that cause Dengue, Yellow Fever, West Nile Fever, Chikungunya, Zika, Malaria, Lymphatic Filariasis, among other deadly and debilitating infections. In Latin America, Yellow Fever remains a persistent threat. Between 1980 and 2012, 150 outbreaks of this entity have been reported in 26 African countries, with more than 200 000 cases occurring globally. From December to February 2017, an outbreak of Yellow Fever affected Brazil, with 1345 suspected cases, 295 confirmed cases, and 215 deaths.

Dengue has spread in recent decades and continues to be the main arbovirosis that emerged, with Chikungunya and Zika in recent years. Malaria remains the leading health problem of parasitic etiology in the world (WHO, 2014b, 2015). An estimated 4,29,000 deaths were recorded in 2015. About 90% of malaria-related deaths globally occur in Africa, with 70% of these deaths occurring in children under five years of age.

In Cuba, the incidence of these entities, both parasitic and viral, is undoubtedly a health problem, with a tendency to increase the number of cases, as well as the populations of vector organisms.

Seasonality and interannual variation in disease incidence are more pronounced for arboviral diseases, as reservoir vectors are susceptible to seasonal changes. Climatic conditions and the transmission dynamics of these diseases are interlinked, and as more is known today about meteorological parameters, the impact of climate change can and should be mitigated.

Over the past 50 years or more, models of emerging arboviral diseases have changed significantly. Climate is the major factor in determining the temporal and geographic distribution of arthropods, the characteristics of their life cycles, the consequent dispersal patterns of associated arboviruses, the evolution of arboviruses, and the efficiency with which they are transmitted from arthropods to vertebrate hosts.

The possibility of making high-quality forecasts using the ROR methodology, which due to its simplicity and accuracy can open an important window to know the future of climate variables or daily data, years in advance; this cycle can be extended to the 11 years of the solar cycle, or to higher cycles, which are known in nature; in particular, Culicidae. The objective of the research was to determine the possible incidence of the ROR methodology in the modeling of the total number of monthly mosquito outbreaks in Villa Clara province, Cuba.

Conclusion: It is possible to model the focus of mosquitoes in a given geographical area, however large it may be, and even predict the behavior of the focus in the short, medium, and long term.

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