Biogeographic Potential of the North Kazakh Plain in the Perspective of Health Tourism Development

MAKHANOVA, Nursaule; ВERDENOV, Zharas; Wendt, Jan A.; SARSEKOVA, Dani; MURSALIMOVA, Elmira; SANSYZBAYEVA, Aigerim; NURTAZINA, Nargis; Safarov, Ruslan

doi:10.30892/gtg.40130-826

Cited by 7 publications

(7 citation statements)

References 17 publications

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“…There are different problems in nature reserves located in different regions within the borders of the country. Therefore, in the following part of the article, national tourism problems or the problems of all nature reserves have not been discussed, but only the main problems that await to be resolved within the borders of Burabay National Park have been addressed.The things that need to be done to resolve the problems within the borders of the Burabay National Park can be summarized as follows (Rahimbaev, 2017;Sultangazina and Kuprijanov, 2012;Makhanova et al, 2022;Dmitriyev et al, 2021;Kurmanbaeva et al, 2019):…”

Section: Discussionmentioning

confidence: 99%

Characteristics and Tourism Potential of the Burabay National Park (Kazakhstan)

Atasoy¹,

ATIŞ²,

Kanagatov³

et al. 2022

GTG

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In this study, the geographical location and geographical features of the Republic of Kazakhstan were summarized and discussed, and the main advantages and disadvantages of Kazakhstan in terms of tourism were explicated. In the article, the geographical and ecological characteristics of the Burabay National Park, the number of tourists, the purpose and tasks of the establishment of the park and the historical development of the park were also deliberated. In this study, the tourism resources and accommodation potential of the national park, on the one hand, the most visited tourist attractions in and around the park area on the other hand were investigated. In the conclusion part of the article, the main problems observed in the Burabay National Park and its surroundings and what needed to be done to solve them were discussed. The most important aim of the research was to introduce the tourism potential and ecological richness of the Burabay National Parks to the readers.

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Section: Discussionmentioning

confidence: 99%

Characteristics and Tourism Potential of the Burabay National Park (Kazakhstan)

Atasoy¹,

ATIŞ²,

Kanagatov³

et al. 2022

GTG

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“…(Aspandiyarov, 2005). Effective human activity in a particular natural area is the primary factor that determines the influence of the geographical environment on the development of toponyms, which reflects the most alluring aspects of toponyms and provides information loads (Saparov et al, 2017). G.K. Konkashpayev (1951) claims that nomadism led to the exceptional watchfulness necessary to exploit the land's natural features to manage farms.…”

Section: Literature Reviewmentioning

confidence: 99%

“…A specific phrase is unique to each aspect of a mountain, shallow river, lake, meadow, or other natural feature, and it's not easy to find in other languages, particularly among agricultural people. This is because using river valleys as pasture land was crucial for breeders, and local conditions such as the river's water content and vegetation characteristics were significant (Saparov et al, 2017). The names of bodies of water indicate their microgeographic positionwhether a river passes by a plant or next to a habitat, where it splits off, whether it is above or below a mountain, and how isolated it is (Eshboev, 2020).…”

Section: Literature Reviewmentioning

confidence: 99%

Eurasian bilingual hydronyms nominations with the components "ak/kara"

Shuriyeva,

Kuzembayeva,

Pangereyev

et al. 2024

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Toponyms, not just geographical names, carry historical, geographical, and linguistic information and provide rich evidence of epochs. The names of places mirror the culture and lifestyle of people related to them and have unique features. Toponymical researches have a long history, however, there are some problems that complicate the interpretation of toponyms. Disputable issues related to the definition of toponyms sources require greater attention from linguistics, and historical and geographical sciences. The present study aims to explore Turkic hydronyms with the components "aq/ak" and "qara/kara" to identify their nomination specificity. The descriptive research design employs the methods of a complex linguistic and etymological analysis. The research data comprises of Turkic hydronyms, naming bodies of water located in the territory of the Eurasian space – Afghanistan, Armenia, Kazakhstan, China, Kyrgyzstan, Mongolia, Russia, Tajikistan, Turkmenistan, Ukraine, Uzbekistan. The conducted study demonstrates that the nomination of the hydronyms with the components "aq/ak" and "qara/kara" is not related to the color specifics of the bodies of water. The hydronyms with the component "aq/ak" name the water resources that are mountain snowy waters and originate from glaciers, whereas the component "qara/kara" in Turkic hydronyms indicates the spring origin of waters.

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“…The coldest month is January with an average temperature of -15.1℃. In summer, the average temperature reaches +21.7℃ [19]. The average duration of the heat period is about 180 days, and the frost-free period is about 110 days.…”

Section: Climatementioning

confidence: 99%

Assessing Pine Forest Restoration Post-Fire Using NDVI and GIS Technologies

Sagynbayeva,

Mambetov,

Kalachev

et al. 2023

IJDNE

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This study addresses the pressing and pertinent issue of establishing a space-based monitoring system to track forest condition changes. Utilizing geographic information system technologies and the Normalized Difference Vegetation Index (NDVI), it examines the evolution and dynamics of pine forest regeneration in the Semey Ormany State Forest Natural Reserve (Zhanasemey branch), Kazakhstan. Landsat-5 satellite data were employed to map and identify terrestrial vegetation changes within the Zhanasemey branch. Satellite imagery for June 2007 and September 2008 were specifically utilized for this investigation. Post-acquisition, the satellite images were subjected to corrections, followed by radiometric adjustments to minimize atmospheric interference. Subsequently, NDVI classifications, an established method for plant classification, were applied to each image. The study focused on a 15-year timespan (2008 to 2022) to monitor changes in vegetation intensity, classified according to NDVI, and to track the reforestation process in areas affected by fire. Analysis of the regeneration of the pine forest post the 2008 fire, conducted at five-year intervals, revealed an increase in the restored forest area from 6,773.49 ha in 2013 to 10,721.07 ha in 2018, and finally to 14,742.54 ha in 2022. In 2008, the fire-impacted area with reduced vegetation spanned 7,015.41 ha, while by 2022, the restored area encompassed 14,742.54 ha, indicating a significant enhancement in the pine forest restoration process. The findings underscore the critical role of remote sensing in forest fire modelling and identifying areas at risk, suggesting its potential utility in large-scale monitoring and management efforts. The study demonstrates the feasibility and efficiency of using space-based technologies to monitor long-term changes in forest conditions and to track reforestation dynamics in fire-affected regions.

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Biogeographic Potential of the North Kazakh Plain in the Perspective of Health Tourism Development

Cited by 7 publications

References 17 publications

Characteristics and Tourism Potential of the Burabay National Park (Kazakhstan)

Characteristics and Tourism Potential of the Burabay National Park (Kazakhstan)

Eurasian bilingual hydronyms nominations with the components "ak/kara"

Assessing Pine Forest Restoration Post-Fire Using NDVI and GIS Technologies

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