袩褍斜谢懈泻邪褑懈懈 邪胁褌芯褉邪
Birimbayeva, L.
袙褋械谐芯 锌褍斜谢懈泻邪褑懈泄
7
袥械褌 邪泻褌懈胁薪芯褋褌懈
3
孝懈锌芯胁 锌褍斜谢懈泻邪褑懈泄
1
2026 (2)
2025 (4)
- Reaction of Minimal Streamflow to Natural Factors in the Context of Climate Uncertainty
- Modeling Daily River Discharge Using Machine Learning Ensembles in the Context of Climate Change: Application To the zhaiyk-caspian basin, Kazakhstan
- Current Trends and Future Scenarios: Modeling Maximum River Discharge in the Zhaiyk鈥揅aspian Basin (Kazakhstan) Under a Changing Climate
- Seasonally Contrasting Sensitivity of Minimal River Runoff to Future Climate Change in Western Kazakhstan: A CMIP6 Scenario Analysis