Search Results - "Uranchimeg, Sumiya"
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Predictability of Coastal Extreme Wave Heights Based on a Nonstationary Hierarchical Bayesian Model: The Role of the Sea Surface Temperature
Published in Journal of coastal research (06-10-2021)“…Kim, Y.-T.; Uranchimeg, S.; Park, M.H., and Kwon, H.-H., 2021. Predictability of coastal extreme wave heights based on a nonstationary hierarchical Bayesian…”
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Changes in extreme rainfall and its implications for design rainfall using a Bayesian quantile regression approach
Published in Hydrology Research (01-08-2020)“…This study aims to explore possible distributional changes in annual daily maximum rainfalls (ADMRs) over South Korea using a Bayesian multiple non-crossing…”
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A multivariate Chain-Bernoulli-based prediction model for cyanobacteria algal blooms at multiple stations in South Korea
Published in Environmental pollution (1987) (15-11-2022)“…Predicting the occurrence of algal blooms is of great importance in managing water quality. Moreover, the demand for predictive models, which are essential…”
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Coastal Flood Disaster in Sri Lanka-May 2017: Exploring Distributional Changes in Rainfall and Their Impacts on Flood Risk
Published in Journal of coastal research (01-05-2018)“…S.S.K, Chandrasekara.; Uranchimeg, S.; Kwon, H-H., and Lee, S-O., 2018. Coastal Flood Disaster in Sri Lanka-May 2017: Exploring Distributional Changes in…”
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A Bayesian Quantile Regression Approach for Nonstationary Frequency Analysis of Annual Maximum Sea Level in a Changing Climate
Published in Journal of coastal research (01-05-2018)“…Uranchimeg, S.; Kim, J-G.; Kim, J.-G.; Kwon, H.-H., and Lee, S.-O., 2018. A Bayesian Quantile Regression Approach for Nonstationary Frequency Analysis of…”
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Estimating the Accelerated Sea Level Rise along the Korean Peninsula Using Multiscale Analysis
Published in Journal of coastal research (01-03-2016)“…Uranchimeg, S.; Cho, H.-R., Kim, Y.-T., Hwang, K.N., and Kwon, H.-H., 2016. Estimating the accelerated sea level rise along the Korean Peninsula using…”
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A Hierarchical Bayesian Model based Nonstationary Frequency Analysis of Extreme Sea Level under Climate Change along the Shorelines in South Korea
Published in Journal of coastal research (01-03-2016)“…Kim, Y.-T.; Cho, H.-R.; Uranchimeg, S.; Lee, S.O., and Kwon, H.-H., 2016. A hierarchical Bayesian model based nonstationary frequency analysis of extreme sea…”
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