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All Journal Asian Journal of Aquatic Sciences Jurnal Natur Indonesia
Mammadova, Ulviyya
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Agriculture, Biological Sciences & Forestry Biochemistry, Genetics & Molecular Biology Chemistry Earth & Planetary Sciences Physics

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YASHIL GOL’S ECO-TOURISM POTENTIAL: STUDY CASE Mammadova, Ulviyya
Asian Journal of Aquatic Sciences Vol. 8 No. 2 (2025): August
Publisher : Lembaga Penelitian dan Pengabdian Kepada Masyarakat Universitas Riau

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31258/ajoas.8.2.138-147

Abstract

The richest eco-tourism potential and real ecosystem of Yashil Gol were studied using remote sensing methods in aerospace sources. Based on these materials, the eco-geographical factors of the lake were revealed using OpenStreetMap and Google Earth. The lake territory comprises 2,551 m² (0.26 ha), and the total perimeter of the lake circle is 202.4 m. The lake’s absolute height is about 909 m above sea level, and the relative height is 1.37 km. The lake shape resembles an oval leaf from space. Consequently, the map length is 76.60 m, but the ground length is approximately 76.96 m, with a heading of 193.43° on the Google Earth map. The lake’s map width is 63.37 m, but the ground width reaches 63.39 m, with a heading of 90.59 ° on the Google Earth map. Yashil Gol is located at 40°45'35"N latitude and 48°32'19"E longitude. The eco-tourism reserves of Yashil Gol haven't been studied by researchers today. Correspondingly, the climate conditions of the lake territory were investigated, and the data are presented in the paper. According to Landsat and other aerospace materials, as well as visits to the lake throughout the four seasons, monitoring deals with climate, forest, and visitor impacts. The woodland cover square around the lake was defined as about 0.88 ha within a 678 m perimeter. There is only one small café on the lakeshore. None of the cottages, hotels, or hostels are located here. Orthofauna members are observed in Autumn as wild birds migrate to warmer areas. The birds are mainly included in the «Green Book» and «Red Book» of the Republic. To investigate the entire ecosystem of Yashil Gol, researchers from various scientific fields must study it.
Impact of Climate on Soil Wind Erosion in Karabakh Plain Mammadova, Ulviyya
Jurnal Natur Indonesia Vol. 23 No. 2 (2025): October
Publisher : Lembaga Penelitian dan Pengabdian Kepada Masyarakat Universitas Riau

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31258/jnat.23.2.103-107

Abstract

Soil wind erosion in the Karabakh Plain has become a critical environmental concern due to shifting climatic patterns and anthropogenic pressures. This study explores the influence of key climate variables, including wind intensity, rainfall, and temperature fluctuations, on soil erosion dynamics. The research identifies the most erosion-prone periods and regions by evaluating historical climate data and local soil properties. The analysis emphasizes the importance of vegetation cover, optimized land use, and adaptive practices in mitigating soil degradation. However, implementing these measures faces several obstacles, such as limited financial and technical resources, insufficient public awareness, and the intricate interaction between climate and soil systems. The study advocates for a multifaceted risk management approach integrating innovative agricultural techniques, active community participation, and supportive policy frameworks to enhance soil health and reduce erosion. The insights offered a foundation for developing targeted strategies to combat wind erosion and foster long-term environmental sustainability. Furthermore, the proposed measures are adaptable to similar challenges in other semi-arid areas, enabling a broader application of these solutions to enhance resilience against soil erosion.
CLIMATE-INFORMED ECOLOGICAL MONITORING OF ZELI LAKE: REMOTE SENSING AND FIELD APPROACHES Mammadova, Ulviyya; Guliyev, Fuad; Aliyev, Elchin
Asian Journal of Aquatic Sciences Vol. 8 No. 3 (2025): December
Publisher : Lembaga Penelitian dan Pengabdian Kepada Masyarakat Universitas Riau

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31258/ajoas.8.3.453-468

Abstract

The ecological and tourism potential of Zeli Lake has been assessed using remote sensing techniques based on aerospace data. Using OpenStreetMap and Google Earth, the eco-geographical features of the lake were identified from these materials. The lake covers approximately 2,551 m² (0.26 ha) and has a total perimeter of 202.4 m. Its absolute altitude is around 909 m above sea level, while the relative altitude (eye altitude) reaches 1.37 km. From a satellite view, the lake has an oval, leaf-like shape. According to Google Earth measurements, its map length is 76.60 m and ground length is 76.96 m with a heading of 193.43°. The width is 63.37 m on the map and 63.39 m on the ground, with a heading of 90.59°. The exact geographic location of the Lake is 40°24′24.6″ N, latitude, and 46°23′10.8″ E longitude. So far, the ecotourism resources of the research object have not been comprehensively studied. In this respect, the lake's climatic conditions were analyzed using Landsat satellite imagery, other remote sensing data, and field visits. Seasonal monitoring was conducted to assess climate, forest cover, and visitor activity. The woodland surrounding the lake covers about 0.88 ha within a perimeter of 678 m. The area remains largely undeveloped, with only a small café located on the shore; no cottages, hotels, or hostels exist nearby. During autumn migration, several bird species are observed around the lake. Many of these belong to the species listed in the “Green Book” and “Red Book” of the Republic of Azerbaijan. In conclusion, the lake itself is a valuable natural site with promising ecotourism opportunities. However, its ecosystem has not yet been fully investigated, and further interdisciplinary research is required to evaluate and sustainably develop its resources.
Co-Authors Aliyev, Elchin Guliyev, Fuad