August 11, 2025Glasnik srpskog geografskog drustvaOpen Access

Quantitative assessment of surface runoff from a catchment area based on hydrological and climatic calculations (Tatta river basin (Yakutia, Russian Federation) case study)

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ZTZhanbolat TusupbekovAl-Farabi Kazakh National University NRNatalia RyapolovaOmsk State Agrarian University VNVictoria NadtochiyOmsk State Agrarian University

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Implication

Quantitative analysis reveals the critical impact of climate change on surface runoff in a catchment area, suggesting improved water management strategies.

Key Points

Surface runoff characteristics are significantly affected by thermal energy and humidity in the catchment area, promoting efficient water management.
The study found that climate change notably influences runoff patterns, which has implications for water resource planning.
Utilizing a genetic method, this research provides precise runoff estimates without the need for extensive hydrological data.
The outcomes have potential applications in enhancing the design of water supply facilities and managing ecological impacts.

Cite This Study

Tusupbekov et al. (2025) studied this question.

synapsesocial.com/papers/68a35efb0a429f79733287ff https://doi.org/10.2298/gsgd2501115t

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Implication

Quantitative analysis reveals the critical impact of climate change on surface runoff in a catchment area, suggesting improved water management strategies.

Quantitative assessment of surface runoff from a catchment area based on hydrological and climatic calculations (Tatta river basin (Yakutia, Russian Federation) case study)

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Implication

Key Points

Cite This Study

Quantitative assessment of surface runoff from a catchment area based on hydrological and climatic calculations (Tatta river basin (Yakutia, Russian Federation) case study)

Discussion

Member takes

Implication

Key Points

Cite This Study

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