Evaluation of the Community Land Model 3.5 with carbon and nitrogen cycles (CLM3.5CN) at a Tibetan grassland site Young-Hee LeeHee-Jeong LimYingnian Li OriginalPaper 20 September 2013 Pages: 561 - 570
Numerical simulations of Asian dust events: A Lagrangian Dust Model and its applications Cheol-Hee KimHyo-Jung Lee OriginalPaper 20 September 2013 Pages: 571 - 586
Assessment of turbulent kinetic energy budget and boundary layer characteristics during pre-monsoon thunderstorm season over Ranchi Bhishma TyagiA. N. V. Satyanarayana OriginalPaper 20 September 2013 Pages: 587 - 601
Climate change in the 21st century simulated by HadGEM2-AO under representative concentration pathways Hee-Jeong BaekJohan LeeYoung-Hwa Byun OriginalPaper 20 September 2013 Pages: 603 - 618
Changes in future precipitation over South Korea using a global high-resolution climate model Sanghun LeeDeg-Hyo BaeChun-Ho Cho OriginalPaper 20 September 2013 Pages: 619 - 624
Sensitivity analysis of the Ã…ngstrom exponent for multimodal aerosol size distributions Chang H. JungJunshik UmYong P. Kim OriginalPaper 20 September 2013 Pages: 625 - 634
Formation and evolution of mesoscale convective systems that brought the heavy rainfall over Seoul on September 21, 2010 Woomi JungTae-Young Lee OriginalPaper 20 September 2013 Pages: 635 - 647
A monotonic limiter and flux-corrected transport approach for high-order time integration schemes Sang-Hun ParkTae-Young Lee OriginalPaper 20 September 2013 Pages: 649 - 654
A regional climate change simulation over East Asia Dong-Kyou LeeDong-Hyun ChaSuk-Jin Choi OriginalPaper 20 September 2013 Pages: 655 - 664
Spectral analysis method for a limited area using the eigenmodes of the spherical Laplacian operator Ja-Rin ParkHyeong-Bin Cheong OriginalPaper 20 September 2013 Pages: 665 - 674
Future trend of extreme value distributions of wintertime surface air temperatures over Korea and the associated physical changes Kwang-Yul KimJi-Won KimChun-Ho Cho OriginalPaper 20 September 2013 Pages: 675 - 685
Statistical multisite simulations of summertime precipitation over South Korea and its future change based on observational data Ji-Won KimKwang-Yul KimJaeyong Lee OriginalPaper 20 September 2013 Pages: 687 - 702