THP2.PH: Permafrost I

Session Type: Poster
Time: Thursday, July 26, 15:50 - 16:50
Location: Poster Area H
Session Chair: Juha Lemmetyinen, Finnish Meteorological Institute
 
THP2.PH.1: MONITORING FREEZING AND THAWING OF SHALLOW LAKES IN NORTHERN ALASKA USING SENTINEL-1 DATA
         Hiroyuki Wakabayashi; Nihon University
         Kazushige Motohashi; Nihon University
 
THP2.PH.2: RESEARCH ON THE IMPROVEMENT OF PASSIVE MICROWAVE FREEZING AND THAWING DISCRIMINANT ALGORITHMS FOR COMPLICATED SURFACE CONDITIONS
         Xiaokang Kou; Shijiazhuang Tiedao University
         Lingmei Jiang; Beijing Normal University
         Shuang Yan; Hebei Academy of Sciences
         Jian Wang; Beijing Normal University
         Liyou Gao; Shijiazhuang Institute of Railway Technology
 
THP2.PH.3: THE HIGH TEMPORAL DETECTION OF LAND SURFACE FREEZE AND THAW STATES VIA A COMBINATION OF PASSIVE MICROWAVE ESTIMATES
         Hamid Norouzi; The City University of New York - City Tech
         Satya Prakash; Indian Institute of Science
         Marzi Azarderakhsh; Fairleigh Dickinson University
         Christopher Beale; The City University of New York - City Tech
         Reginald Blake; The City University of New York - City Tech
 
THP2.PH.4: VERIFICATION OF DOWNSCALING METHOD FOR NEAR-SURFACE FREEZE/THAW STATE MONITORING IN GENHE AREA OF CHINA
         Jian Wang; Beijing Normal University
         Lingmei Jiang; Beijing Normal University
         Xiaokang Kou; Shijiazhuang Tiedao University
         Huizhen Cui; Beijing Normal University
         Shirui Hao; Beijing Normal University
 
THP2.PH.5: FREEZE/THAW MAPPING USING SMAP DATA OVER THE CANADIAN TUNDRA: TURJUSUK PARK
         Chaima Touati; National Institute of Scientific Research
         Tahiana Ratsimbazafy; National Institute of Scientific Research
         Monique Bernier; National Institute of Scientific Research
         Ralf Ludwig; Ludwig-Maximilian University of Munich
         Jimmy Poulin; National Institute of Scientific Research
 
THP2.PH.6: SIGNATURES OF SENTINEL-1 RADAR AND SMAP RADIOMETER DEPENDING ON THE TEMPERATURE OF FROZEN ARCTIC SOIL IN THE COOLING AND HEATING PROCESS OF THE ACTIVE LAYER
         Konstantin Muzalevskiy; Kirensky Institute of Physics
         Zdenek Ruzicka; Kirensky Institute of Physics
 
THP2.PH.7: DIELECTRIC MODEL FOR THAWED AND FROZEN ORGANIC SOILS AT 1.4 GHZ
         Valery Mironov; Kirensky Institute of Physics
         Liudmila Kosolapova; Kirensky Institute of Physics
         Sergey Fomin; Kirensky Institute of Physics
         Igor Savin; Kirensky Institute of Physics
         Konstantin Muzalevskiy; Kirensky Institute of Physics