About this Research Topic
The emergence of microbial diseases poses a significant threat to public health and welfare worldwide. The spread of these diseases can be endemic (continuous occurrence), epidemic (increased occurrence), or pandemic (occurring across several regions). The study of the determinants, distribution, and occurrence of these diseases in specific populations is known as epidemiology. This can be descriptive, analytic, or experimental. To address the problems of microbial spread, deep data analysis is needed to evaluate and outline the necessary preventive measures.
Despite the widespread use of traditional epidemiological analysis, these methods have not provided deep insights into the complex circumstances of microbial diseases. Recent advances in data availability and analytic methods have created new opportunities for investigators to improve reporting of microbial diseases at national or regional levels by studying variations in disease occurrence rates on both small (local) and large (regional) scales.
Geographic epidemiology studies the spatial variation in disease risk or indices. This concept has emerged to characterize the spread and possible causes of microbial disease outbreaks. Such analysis, with different determinants associated with the disease, addresses important health issues at international, national, and local levels, allowing scientists to trace and control these diseases.
Studies on geographic epidemiology are spatially implicit, models of disease transmission, focusing on research in spatial epidemiology that is spatially explicit, including the creation of risk maps for particular geographical areas.
This research topic aims to address important aspects of geographic epidemiology, including but not limited to:
1. Geographic mapping and spatiotemporal analysis of microbial diseases
2. Using visualization to explore and analyze aspects of traditional statistical analysis
3. Determinants of geographic epidemiology, including:
4. Spatial statistical modeling of microbial diseases
5. Using geographic information systems (GIS) for tracing and locating the spread of microbial diseases
6. Application of spatial point analysis
7. Geographic and spatiotemporal analysis of viral diseases such as Hepatitis B, HCV, and HIV/AIDS
8. Geographic analysis of bacterial diseases such as tuberculosis and the emergence of antimicrobial resistance within states and regions
9. Improving our ability to understand the dynamics and control of microbial diseases
The scope of this research focuses primarily on geographic and spatiotemporal analyses of microbial diseases, where there is considerable current interest within the field of geographic epidemiology. However, there is a lack of intensive studies on these epidemiological processes, particularly in developing countries.
Authors are encouraged to provide a comprehensive analysis of this emerging concept by characterizing the spread and possible causes of microbial disease outbreaks.
Manuscripts should adhere to the submission guidelines of the Journal of Frontiers in Epidemiology. We welcome a wide range of submissions, including but not limited to original research, mini and systematic reviews, research reports, opinions, and comments.
Despite the widespread use of traditional epidemiological analysis, these methods have not provided deep insights into the complex circumstances of microbial diseases. Recent advances in data availability and analytic methods have created new opportunities for investigators to improve reporting of microbial diseases at national or regional levels by studying variations in disease occurrence rates on both small (local) and large (regional) scales.
Geographic epidemiology studies the spatial variation in disease risk or indices. This concept has emerged to characterize the spread and possible causes of microbial disease outbreaks. Such analysis, with different determinants associated with the disease, addresses important health issues at international, national, and local levels, allowing scientists to trace and control these diseases.
Studies on geographic epidemiology are spatially implicit, models of disease transmission, focusing on research in spatial epidemiology that is spatially explicit, including the creation of risk maps for particular geographical areas.
This research topic aims to address important aspects of geographic epidemiology, including but not limited to:
1. Geographic mapping and spatiotemporal analysis of microbial diseases
2. Using visualization to explore and analyze aspects of traditional statistical analysis
3. Determinants of geographic epidemiology, including:
4. Spatial statistical modeling of microbial diseases
5. Using geographic information systems (GIS) for tracing and locating the spread of microbial diseases
6. Application of spatial point analysis
7. Geographic and spatiotemporal analysis of viral diseases such as Hepatitis B, HCV, and HIV/AIDS
8. Geographic analysis of bacterial diseases such as tuberculosis and the emergence of antimicrobial resistance within states and regions
9. Improving our ability to understand the dynamics and control of microbial diseases
The scope of this research focuses primarily on geographic and spatiotemporal analyses of microbial diseases, where there is considerable current interest within the field of geographic epidemiology. However, there is a lack of intensive studies on these epidemiological processes, particularly in developing countries.
Authors are encouraged to provide a comprehensive analysis of this emerging concept by characterizing the spread and possible causes of microbial disease outbreaks.
Manuscripts should adhere to the submission guidelines of the Journal of Frontiers in Epidemiology. We welcome a wide range of submissions, including but not limited to original research, mini and systematic reviews, research reports, opinions, and comments.
Keywords: Spatial patterns, Epidemiology. Disease mapping, Geographic epidemiology, Microbial diseases, Spatiotemporal
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
