Markoski, Blagoja
Preferred name
Markoski, Blagoja
Official Name
Markoski, Blagoja
Main Affiliation
Email
blagojamarkoski@gmail.com
10 results
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Item type:Publication, Meteorological Parameters versus PM10: StatisticalAnalysis of the City of Skopje, Republic of NorthMacedonia Using Multiple Linear Regression(HARD Publishing Company, 2025-06-18); ; ; Kuzmanoski, Arse - Some of the metrics are blocked by yourconsent settings
Item type:Publication, GIS In The Hydromorphology Analysis of Selected Meanders of The River Vardar(2025-06-26); ; This paper aims to determine the hydromorphological changes of selected meander sectors of the largest river in the Republic of North Macedonia, the Vardar River using GIS. The meandering process is a significant dynamic in the hydrological studies of river systems. Covering a period of 59 years (1964-2023), in the study of the meandering process of selected three meander sectors in river Vardar, topographic maps with a scale of 1:50000, geological maps with a scale of 1:100000 and satellite images from the Landsat mission (1983-2013) and the Sentinel-2 mission (2018-2023) were used, which resulted in their processing and analysis. The planimetric characteristics that were analyzed for meandering are the width of the river channel, sinusoidality, radius of curvature, width of the meander section, slope and migration of the riverbed. In the period between 1964 and 2023, all three meander sectors have experienced significant changes in all parameters, with large changes in the width and length of the meander sectors, accompanied with significant lateral erosion on both coastal sides consistently. The hydromorphological changes that have occurred also differ in the different time periods of action, where each period is characterized by certain spatial changes. Understanding the hydromorphological changes in the meandering process has a significant role in predicting future changes in the flow of the riverbed in order to reduce and possibly prevent future potential impacts on the space. - Some of the metrics are blocked by yourconsent settings
Item type:Publication, Bitola – from Eyalet capital to regional centre in the Republic of Macedonia(Walter de Gruyter GmbH, 2018-05-22); ; Zlatanoski, Vladimir<jats:title>Abstract</jats:title> <jats:p>In the past nine hundred years Bitola has undergone a string of administrative and political rises and falls. In the course of the 16th century the city grew to have a very large population and become a huge economic and geopolitical centre of the large province of Rumelia in the Ottoman Empire. However, as a result of some overwhelming political and military events that played out during the 20th century (the dissolution of the Ottoman Empire, the Balkan wars, WW1, WW2 and other economic, political, technical and technological developments that occurred in the world and in the country) Bitola was reduced to a mere local city in economic, geopolitical and population terms. The immediate economic and population expansion of Bitola is presented through an exact numeric and cartographic overview of spatial-temporal changes in the city’s development in the past two centuries. For the purposes of rendering a more accurate image, we have compared Bitola’s population, administrative and geopolitical role with a number of major Balkan cities.</jats:p> - Some of the metrics are blocked by yourconsent settings
Item type:Publication, Investigating relationships between PM10 and Climatic parameters using PCA in the three largest urban areas in North Macedonia(2025-06-26); ; ; Kuzmanoski, ArseThis study applies Principal Component Analysis (PCA) to evaluate how meteorological factors influence PM10 pollution in Skopje, Kumanovo and Bitola from 2012 to 2020. PCA reduces data complexity while identifying key weather variables that impact air pollution levels. Findings indicate that temperature and wind speed have the strongest negative correlation with PM10 concentrations, meaning lower temperatures and weaker winds are linked to higher pollution levels. These conditions limit pollutant dispersion, leading to worse air quality. Humidity and precipitation have mixed effects—humidity can promote both the removal and formation of pollutants, while precipitation aids in PM10 reduction through wet season, depending on intensity and duration. The extracted principal components explain a significant portion of pollution variability, highlighting the dominant meteorological influences on air quality trends. By clarifying these relationships, PCA enhances the understanding of air pollution dynamics in the three largest urban areas in North Macedonia. This analysis provides valuable insights for air quality management in North Macedonia. By identifying the key meteorological drivers of pollution, policymakers can develop more targeted and effective strategies to mitigate PM10 levels and improve public health. - Some of the metrics are blocked by yourconsent settings
Item type:Publication, REGULATION OF STREAMS IN THE SKOPJE REGION WITH MEASURES FOR REGULATION AND REHABILITATION OF THE RIVER BEDS(Geobalcanica society, 2022-05-10); ; - Some of the metrics are blocked by yourconsent settings
Item type:Publication, GIS In the hydromorphology analysis of selected meanders of the Crna reka(University of Sarajevo, Faculty of Science, 2024-12); ; Manevska, Emilija<jats:p>Hydromorphological changes in river systems, particularly in the context of meanders, are crucial for understanding the dynamics of fluvial environments. Meandering is a natural process in lowland areas where rivers form curved, sinusoidal flows driven by the complex interaction of hydraulic forces, sediment transport and bank erosion. These changes alter the physical morphology of rivers, influencing water quality and flood risks. The meandering process of the Crna Reka can be accessed through the processing and analysis of topographic maps and satellite imagery from the Landsat mission (1983–2013) and Sentinel-2 mission (2018–2023). Parameters analyzed include river channel width, the central flow line within a given sector, the sinuosity of the river channel, the radius of curvature of river bends, the length of meandering belts, the width of meandering channels, and riverbed migrations. Between 1964 and 2023, an increase in the sinuosity coefficient, a rise in the number of bends from 10 to 23, changes in the radius of curvature from 271 m to 577 m, and alterations in the length and width of meandering were observed. Significant lateral erosion on the right bank and dominant sedimentation on the left bank were also evident. Understanding these processes is crucial for predicting future river flow changes and mitigating potential environmental impacts.</jats:p> - Some of the metrics are blocked by yourconsent settings
Item type:Publication, MAPPING OF MARSHES AND WETLAND AREAS IN REPUBLIC OF N. MACEDONIA(ЗБОРНИК, 2019); ; - Some of the metrics are blocked by yourconsent settings
Item type:Publication, MAPPING OF MARSHES AND WETLAND AREAS IN REPUBLIC OF N. MACEDONIA(Macedonian geographical society, 2019); ; ; Zlatanoski, VladimirWetlands are special ecosystems, besides to natural lakes and artificial reservoirs, have an important role in the functioning of environment. In this case, marshes and wetlands (riparian marsh areas) have been mapped. The aim of paper is to determine the regional distribution and location of wetlands on the territory of the Republic of Macedonia, for providing information to the scientists, experts and wider public with particular emphasis on expanding the scientific research of these hydrologic objects and their protection as important segments in the environment. - Some of the metrics are blocked by yourconsent settings
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Item type:Publication, GIS ASSESSMENT OF LAND COVER FLOWS IN NORTH MACEDONIA USING CORINE LAND COVER DATABASE IN THE PERIOD 2000-2018(Geobalcanica society, 2022-05-10); ;