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latitude 47 24' longitude 17 28'

latitude 47 24' longitude 17 28'

4 min read 09-12-2024
latitude 47 24' longitude 17 28'

Unraveling the Mystery of 47°24'N 17°28'E: A Geographic Investigation

The coordinates 47°24'N 17°28'E pinpoint a location in the heart of Europe, specifically within the territory of Hungary. While these numbers might seem insignificant at first glance, they represent a specific point on Earth with a unique geographical context, rich history, and intriguing environmental features. This article will delve into the significance of these coordinates, utilizing information gleaned from various sources, including scientific research accessible through platforms like ScienceDirect, while adding insightful analysis and practical examples. We will explore the area's geology, climate, human impact, and potential future implications.

I. Identifying the Location & its Immediate Surroundings:

The coordinates 47°24'N 17°28'E place us in the southwestern part of Hungary, close to the town of Sümeg. This region is characterized by a rolling landscape, a blend of hills and plains, forming part of the Transdanubian region. A quick look at a geographical map reveals its proximity to Lake Balaton, Hungary's largest lake, a significant tourist destination known for its microclimate and wine region. This proximity greatly influences the local environment.

II. Geological Context:

The geology of the area plays a crucial role in shaping the landscape and influencing its characteristics. While I cannot directly cite specific ScienceDirect papers referencing precisely these coordinates (geological data is often presented at a broader scale), we can extrapolate from regional geological studies. These studies often focus on the Carpathian Basin, a large geological unit encompassing this region. Based on general knowledge of the Carpathian Basin's geology (information readily available in geological journals accessible through ScienceDirect and other academic databases), we can infer that the area around 47°24'N 17°28'E is likely composed of sedimentary rocks, possibly including limestone and marl, deposited over millions of years. These formations influence soil types, water resources, and the potential for agricultural activities. Further research into specific geological surveys of the Sümeg region would provide more precise information. For example, a study on the impact of tectonic activity on soil composition in this area could be highly relevant (hypothetical study; needs further research to find a relevant paper).

III. Climate and Weather Patterns:

The area experiences a moderate continental climate, characterized by warm summers and relatively cold winters. The proximity to Lake Balaton slightly moderates the temperature extremes, contributing to a more pleasant climate compared to inland areas further from the lake. Rainfall is relatively moderate, supporting a mixture of agricultural and natural ecosystems. Accessing climate data through sources like the World Meteorological Organization (WMO) and integrating it with regional studies from ScienceDirect (e.g., papers on climate change impacts in the Carpathian Basin) would paint a more detailed picture of the long-term weather patterns and potential future changes. For example, a study could analyze the influence of climate change on the viticulture industry in the region around Lake Balaton (hypothetical study; needs further research).

IV. Human Impact and Land Use:

The region around 47°24'N 17°28'E is primarily agricultural, with vineyards and orchards being significant contributors to the local economy. The fertile soils and moderate climate are conducive to growing various crops and grapes. However, human activities have also impacted the environment, potentially leading to issues like soil erosion, water pollution, and habitat loss. This necessitates sustainable land management practices. Studies on sustainable agriculture in Hungary, accessible through ScienceDirect, could provide insights into best practices for minimizing negative environmental impacts. For example, a study analyzing the effectiveness of specific farming techniques in preserving biodiversity in the region would be valuable (hypothetical study; needs further research).

V. Biodiversity and Ecosystem Services:

Despite human influence, the region maintains a certain level of biodiversity. The rolling hills and proximity to Lake Balaton support diverse plant and animal life. However, understanding the specific biodiversity at 47°24'N 17°28'E requires more detailed ecological surveys. Research papers accessible through ScienceDirect, focusing on the biodiversity of the Transdanubian region or the ecological significance of Lake Balaton, would provide a broader context. Such studies might explore the impact of climate change on local species or the effectiveness of conservation efforts. For instance, a study on the migratory patterns of birds in the area and their susceptibility to habitat fragmentation due to agricultural practices would be pertinent (hypothetical study; needs further research).

VI. Future Implications and Sustainable Development:

Understanding the future of the region at 47°24'N 17°28'E necessitates considering several factors. Climate change poses a significant threat, potentially altering rainfall patterns, increasing temperatures, and impacting agricultural yields. Sustainable land management practices are crucial to mitigate these effects and ensure the long-term viability of the local economy and ecosystems. Studies focusing on climate change adaptation strategies in agriculture, available through ScienceDirect, could provide valuable insights into how to manage the potential risks. For instance, the development of drought-resistant crops or the implementation of water-efficient irrigation techniques would be crucial (hypothetical study; needs further research).

VII. Conclusion:

The coordinates 47°24'N 17°28'E represent more than just a point on a map. They mark a location within a dynamic landscape shaped by geological history, climate patterns, and human activities. By integrating information from various sources, including regional geological studies, climatological data, and research on sustainable land management (available through ScienceDirect and other databases), we can gain a deeper understanding of this area's unique characteristics and challenges. Further research into specific localized studies is necessary to provide a more comprehensive and detailed analysis of this fascinating region. The continued monitoring of environmental factors and the implementation of sustainable practices are crucial to ensure the long-term well-being of this part of Hungary. It is important to note that throughout this article, several hypothetical studies have been suggested to highlight the potential avenues of research and information that could provide a more in-depth understanding of the location. Finding and referencing these actual studies would significantly enhance the accuracy and detail of this analysis.

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