Hi-impact Storm Laboratory Kyungpook National University

Publications

Publication record

Peer-reviewed articles, patents, and opinion pieces. The principal investigator is shown in bold, and with an asterisk (*) for corresponding authorship. Underlined names worked on it while in the lab. Search by title, author, journal, or year.

SCIE

2026

  1. [62]
    Seasonal contrasts in the long-term evolution of rapidly intensifying tropical cyclones over the Western North Pacific
    Jo, H, D-H Cha, M Lee, and D-S R Park
    Environmental Research Letters 21:134013 (2026)
  2. [61]
    Systematic comparison of the Lorenz energy cycle in four reanalysis datasets
    Oh, J-S, Y-H Kim, S-K Min, H-S Park, J-Y Park, D-S R Park, and M-K Kim
    Climate Dynamics 64:220 (2026)
  3. [60]
    Global warming enhances tropical cyclone–induced extreme precipitation in the Arabian Sea: insights from convection-permitting model experiments
    Pathaikara, A, M Lee, S-K Min, D-H Cha, D-S R Park, S-I An, M K Roxy, and R Attada
    Earth's Future 14:e2025EF007294 (2026)
  4. [59]
    Autumn tropical cyclone slowdown in East Asia: A link to Pacific Decadal Oscillation
    Cho, W, D-H Cha, M Lee, M-H Kwon, and D-S R Park
    Environmental Research Communications 8:011010 (2026)
  5. [58]
    Intercity-scale linkage of cold-season PM2.5 and emissions over South Korea: Structural diagnostics from scalable spatial decomposition
    Seo, J, D Youn, S-W Kim, D-S R Park, H-R Oh, K H Kim, and J Y Kim
    Environmental Research Letters 21:014025 (2026)

2025

  1. [57]
    Hysteresis response of Northern Hemisphere winter temperature variability under different CO₂ removal pathways
    Kim, S-H, S-K Min, S-I An, M-K Kim, H-S Park, J-Y Park, D-S R Park, H-M Sung, Y-H Byun, and K-O Boo
    npj Climate and Atmospheric Sciences 8:388 (2025)
  2. [56]
    Impact of extreme Pacific-Japan teleconnection pattern on tropical cyclone around Far East Asia
    Lee, M, D-H Cha, S-K Min, D-S R Park, and J Kim
    Advances in Atmospheric Sciences 42:2263-2278 (2025)
  3. [55]
    Regionally asymmetric hysteresis of western North Pacific tropical cyclone activity in a CO2 removal experiment
    Kim, H-K, J-Y Park, D-S R Park, J-H Son, S-W Yeh, B-K Moon, H-C Jung, H M Sung, Y-H Byun, and H Lee
    Environmental Research Letters 20:094049 (2025)
  4. [54]
    Mechanisms behind seasonal differences in the recent interdecadal change in tropical cyclone genesis frequency over the western North Pacific
    Ju, J, D-S R Park*, D Kim, M Chang, C-K Park, J-S Kug, and D Youn
    Journal of Climate 38:3787-3800 (2025)
  5. [53]
    An evaluation approach to PM2.5 policy effectiveness over South Korea based on a newly proposed scalable spatial decomposition method
    Seo, J, A Lee, D-S R Park, D Youn, K H Kim, C-E Park, and J Y Kim
    Environmental Research Letters 20:014069 (2025)
  6. [52]
    The role of urban forests in mitigation of particulate air pollution: Evidence from ground observations in South Korea
    Seo, J, H-R Oh, D-S R Park, J Y Kim, D Y Chang, C R Park, H-D Sou, and S Jeong
    Urban Climate 59:102264 (2025)
  7. [51]
    Comprehensive analysis of PM2.5 concentrations in the Seoul Metro underground stations: Relationships with indoor sources and outdoor air quality
    Oh, H-R, D-S R Park*, H-Y Ko, J Seo, M Lee, and W Choi
    Asia-Pacific Journal of Atmospheric Sciences 61:1 (2025)

2024

  1. [50]
    Global warming–induced warmer surface water over the East China Sea can intensify typhoons like Hinnamnor
    Kim, Y-H, M Lee, S-K Min, D-S R Park, D-H Cha, Y-H Byun, and J Heo
    Bulletin of the American Meteorological Society 105:E1416-E1421 (2024)
  2. [49]
    Western North Pacific tropical cyclone activity modulated by phytoplankton feedback under global warming
    Kim, H-K, J-Y Park, D-S R Park*, J-S Kug, S-W Yeh, and J-H Son
    Nature Climate Change 14:504-510 (2024)
  3. [48]
    New definition method for urban and rural regions considering surrounding environments of observation stations over South Korea
    Park, T-W, C-G Lee, D-S R Park, J G Hong, and S Oh
    Asia-Pacific Journal of Atmospheric Sciences 60:107-118 (2024)
  4. [47]
  5. [46]
    Sea surface temperature warming to inhibit mitigation of tropical cyclone destructiveness over East Asia in El Niño
    Park, D-S R*, E Seo, M Lee, D-H Cha, D Kim, C-H Ho, M-I Lee, H-S Kim, and S-K Min
    npj Climate and Atmospheric Science 7:24 (2024)

2023

  1. [45]
    Rainfall strength and area from landfalling tropical cyclones over the North Indian and western North Pacific oceans under increased CO2 conditions
    Moon, M, K-J Ha, D Kim, C-H Ho, D-S R Park, J-E Chu, and S-S Lee
    Weather and Climate Extremes 41:100581 (2023)
  2. [44]
    Reanalyzing the relationship of tropical cyclone frequency and intensity affecting South Korea with the Pacific Decadal Oscillation
    Kim, D, D-S R Park*, M Chang, D-H Cha, and M Lee
    Journal of Climate 36:2847-2855 (2023)
  3. [43]
    Spatial variations in tropical cyclone rainfall over the western North Pacific according to ENSO phase
    Kim, D, D-S R Park*, and C Matyas
    Journal of Climate 36:1697-1710 (2023)
  4. [42]
    Major decisive factors of tropical cyclone risk in the Republic of Korea: Intensity, track, and extratropical transition
    Nam, C C, D-S R Park*, and C-H Ho
    Asia-Pacific Journal of Atmospheric Sciences 59:359-366 (2023)

2022

  1. [41]
    The parametric hurricane rainfall model with moisture and its application to climate change projections
    Kim, D, D-S R Park*, C C Nam, and M Bell
    npj Climate and Atmospheric Science 5:86 (2022)
  2. [40]
    Possible influence of ENSO Modoki and Arctic Oscillation on spatiotemporal variability of spring precipitation over the western North Pacific
    Park, C-K, D-S R Park*, C-H Ho, J-Y Park, J Kim, and S Yang
    Asia-Pacific Journal of Atmospheric Sciences 58:629-635 (2022)
  3. [39]
    Latitudinal variation of lifetime maximum intensity location of Atlantic tropical cyclones controlled by the Atlantic Multidecadal Oscillation
    Kim, H-S, D-S R Park*, C-H Ho, I-J Moon, and J C L Chan
    Geophysical Research Letters 49:e2021GL097459 (2022)
  4. [38]
    A decomposition of feedback contributions to the Arctic temperature biases in the CMIP5 climate models
    Park, D-S R, T-W Park, and J-G Hong
    Asia-Pacific Journal of Atmospheric Sciences 58:519-532 (2022)
  5. [37]
    Regional characteristics of hot days and tropical nights in the Honam area, South Korea
    Park, T-W, C-G Lee, M Chang, and D-S R Park
    Atmospheric Science Letters 23(6):e1086 (2022)

2021

  1. [36]
    How does Pacific Decadal Oscillation affect tropical cyclone activity over far East Asia?
    Lee, M, T Kim, D-H Cha, S-K Min, D-S R Park, S-W Yeh, and J C L Chan
    Geophysical Research Letters 48:e2021GL096267 (2021)
  2. [35]
    A performance evaluation of potential intensity over the tropical cyclone passage to South Korea simulated by CMIP5 and CMIP6 models
    Park, D-S R, H-S Kim, M Kwon, Y-H Byun, M-K Kim, I-U Chung, J-S Park, and S-K Min
    Atmosphere 12(9):1214 (2021)
  3. [34]
  4. [33]
    Non-stationary effects of the Arctic Oscillation and El Niño-Southern Oscillation and January temperatures in Korea
    Yoon, J-S, I-U Chung, H-J Shim, K Jang, M-K Kim, J-S Park, D-S R Park, K-O Boo, Y-H Byun, and H M Sung
    Atmosphere 12(5):538 (2021)
  5. [32]
  6. [31]
    Future projections and uncertainty assessment of precipitation extremes in the Korean peninsula from the CMIP6 ensemble with a statistical framework
    Shin, Y, Y Shin, J Hong, M-K Kim, Y-H Byun, K-O Boo, I-U Chung, D-S R Park, and J-S Park
    Atmosphere 12(1):97 (2021)
  7. [30]

2020

  1. [29]
    Performance evaluation of CMIP5 and CMIP6 models on heatwaves in Korea and associated teleconnection patterns
    Kim, M-K, D-G Yu, J-S Oh, Y-H Byun, K-O Boo, I-U Chung, J-S Park, D-S R Park, S-K Min, and H M Sung
    Journal of Geophysical Research 125:e2020JD032583 (2020)
  2. [28]
    A dipole mode of spring precipitation between southern China and Southeast Asia associated with the eastern and central Pacific types of ENSO
    Park, C-K, D-S R Park*, C-H Ho, T-W Park, J Kim, S Jeong, and B-M Kim
    Journal of Climate 33:10097-10111 (2020)
  3. [27]
    Interannual variations of spring drought-prone conditions over three subregions of East Asia and associated large-scale circulations
    Park, C-K, C-H Ho, D-S R Park, T-W Park, and J Kim
    Theoretical and Applied Climatology 142:1117-1131 (2020)
  4. [26]
    Effect of Arctic clouds on the ice-albedo feedback in midsummer
    Choi, Y-S, J Hwang, J Ok, D-S R Park*, H Su, J H Jiang, L Huang, and T Limpasuvan
    International Journal of Climatology 40:4707-4714 (2020)
  5. [25]
    Intra-seasonal characteristics of wintertime extreme cold events over South Korea
    Park, T-W, J G Hong, and D-S R Park*
    International Journal of Climatology 40:2639-2658 (2020)
  6. [24]
    Spatial characteristics of heat extremes in South Korea from the climatological mean perspective
    Park D-S R, S Yang, H W Cho, and T-W Park
    Atmosphere 11(3):250 (2020)
  7. [23]
    Projections of future drought intensity associated with various local greenhouse gas emission scenarios in East Asia
    Park, C-K, C-H Ho, R J Park, J-H Woo, C Lim, D-S R Park, H Park, M J Kim, Y Kim, S-C Hong, and J Kim
    Terrestrial, Atmospheric and Oceanic Sciences 31:9-10 (2020)

2019

  1. [22]
  2. [21]
    Tropical cyclone as a possible remote controller of air quality over South Korea through poleward-propagating Rossby waves
    Park, D-S R, C-H Ho, D Kim, N-Y Kang, Y Han, and H-R Oh
    Journal of Applied Meteorology and Climatology 58:2523-2530 (2019)
  3. [20]

2018

  1. [19]
    Dependency of tropical cyclone risk on track in South Korea
    Nam, C C, D-S R Park*, C-C Ho, and D Chen
    Natural Hazards and Earth System Sciences 18:3225-3234 (2018)
  2. [18]
    Effects of meteorology and emissions on urban air quality: a quantitative statistical approach to long-term records (1999-2016) in Seoul, South Korea
    Seo, J, D-S R Park, J Y Kim, D Youn, Y B Lim, and Y Kim
    Atmospheric Chemistry and Physics 18:16121-16137 (2018)
  3. [17]
    Possible relationship of weakened Aleutian Low with air quality improvement in Seoul, South Korea
    Oh, H-R, C-H Ho, D-S R Park, J Kim, C-K Song, and S-K Hur
    Journal of Applied Meteorology and Climatology 57:2363-2373 (2018)
  4. [16]
    Slow decreasing tendency of fine particles compared to coarse particles associated with recent hot summers in Seoul, Korea
    Lee, G, H-R Oh, C-H Ho, D-S R Park, J Kim, L-S Chang, J-B Lee, J Choi, and M Sung
    Aerosol and Air Quality Research 18:2185-2194 (2018)
  5. [15]
    Tropical cyclone signals on rainfall distribution during strong vs. weak Changma/Baiu years
    Cheung, H M, C-H Ho, J-G Jhun, D-S R Park, and S Yang
    Climate Dynamics 51:2311-2320 (2018)
  6. [14]
    Springtime extra-tropical cyclones in Northeast Asia and their impacts on long-term precipitation trends
    Cho, H-O, S-W Son, and D-S R Park*
    International Journal of Climatology 38:4043-4050 (2018)
  7. [13]
    Climate costs of tropical cyclone losses depend also on rain
    Bakkensen, L, D-S R Park, and R S R Sarkar
    Environmental Research Letters 13:074034 (2018)
  8. [12]
    The relationship between tropical cyclone rainfall area and environmental conditions over the subtropical oceans
    Kim, D, C-H Ho, D-S R Park, J C L Chan, and Y Jung
    Journal of Climate 31:4605-4616 (2018)

2017

  1. [11]
    Near-future prediction of tropical cyclone activity over the North Atlantic
    Choi, W, C-H Ho, D-S R Park, J Kim, and J C L Chan
    Journal of Climate 30:8795-8809 (2017)
  2. [10]
    Variation of the tropical cyclone season start in the western North Pacific
    Kim, D, H-S Kim, D-S R Park, and M-S Park
    Journal of Climate 30:3297-3302 (2017)
  3. [9]
    Asymmetric response of tropical cyclone activity to global warming over the North Atlantic and the western North Pacific from CMIP5 model projections
    Park, D-S R, C-H Ho, J C L Chan, K-J Ha, H-S Kim, J Kim, and J-H Kim
    Scientific Reports 7:41354 (2017)

2016

  1. [8]
    Highlighting socioeconomic damages caused by weakened tropical cyclones in the Republic of Korea
    Park, D-S R, C-H Ho, J Kim, K-R Kang, and C C Nam
    Natural Hazards 82:1301-1315 (2016)
  2. [7]
    Seasonal forecasting of intense tropical cyclones over the North Atlantic and the western North Pacific basins
    Choi, W, C-H Ho, C-S Jin, J Kim, S Feng, D-S R Park, and J-K E Schemm
    Climate Dynamics 47:3063-3075 (2016)

2015

  1. [6]
    Attribution of the recent winter sea-ice decline over the Atlantic sector of the Arctic Ocean
    Park, D-S R, S Lee, and S B Feldstein
    Journal of Climate 28:4027-4033 (2015)
  2. [5]
    Evidence of reduced vulnerability to tropical cyclones in the Republic of Korea
    Park, D-S R, C-H Ho, C C Nam, and H-S Kim
    Environmental Research Letters 10:054003 (2015)

2014

  1. [4]
    Growing threat of intense tropical cyclones to East Asia over the period 1977–2010
    Park, D-S R, C-H Ho, and J-H Kim
    Environmental Research Letters 9:014008 (2014)

2013

  1. [3]
    Relationship between the stratospheric quasi-biennial oscillation and spring rainfall in the western North Pacific
    Seo, J, W Choi, D Youn, D-S R Park, and J Y Kim
    Geophysical Research Letters 40:5949-5953 (2013)
  2. [2]
    Spatially inhomogeneous trends of tropical cyclone intensity over the western North Pacific for 1977‒2010
    Park, D-S R, C-H Ho, J-H Kim, and H-S Kim
    Journal of Climate 26:5088-5101 (2013)

2011

  1. [1]
    Strong landfall typhoons in Korea and Japan in a recent decade
    Park, D-S R, C-H Ho, J-H Kim, and H-S Kim
    Journal of Geophysical Research 116:D07105 (2011)