고산지역에 있어서 토석류 발생 위험성의 예측

논문상세정보
' 고산지역에 있어서 토석류 발생 위험성의 예측' 의 주제별 논문영향력
논문영향력 선정 방법
논문영향력 요약
주제
  • debris flow
  • prediction criteria
  • quantification theory
  • 수량화 이론
  • 예측 기법
  • 토석류
동일주제 총논문수 논문피인용 총횟수 주제별 논문영향력의 평균
265 0

0.0%

' 고산지역에 있어서 토석류 발생 위험성의 예측' 의 참고문헌

  • 한국 토석류의 이동거리 특성
    최두영 대한토목학회 논문집B 32 (3) : 193 ~ 201 [2012]
  • 토석류 산사태 예측을 위한 로지스틱 회귀모형 개발
    채병곤 지질공학 14 (2) : 211 ~ 222 [2004]
  • 지역산림환경을 기반으로 한 산사태 발생 위험성의예측 및 평가
    마호섭 한국임학회지 103 (2) : 233 ~ 239 [2014]
  • 제3기 퇴적암 및 화산암 분포지의 산사태 예측모델
    채병곤 지질공학 14 (4) : 443 ~ 450 [2004]
  • 우리나라 국립공원지역의 산사태 발생특성 분석
    마호섭 한국임학회지 96 (6) : 611 ~ 619 [2007]
  • 국립공원 지역에 있어서 토석류 재해의 특성 분석
    마호섭 한국환경복원기술학회지 13 (4) : 52 ~ 64 [2010]
  • The impact of forest removal and subsequent mass-wasting on hill land pasture productivity
    Trutrum NA symposium effects of forest land use on erosion and Policy Institute East-West Center University of Hawaii Honolulu : 308 ~ [1984]
  • Studies on landslide and debris flow in NT. Chiri district
    Ma HS Research Bulletin of Experiment Forests Gyeongsang National University 2 : 17 ~ 28 [1992]
  • Studies on landslide and debris flow in Mt. Chiri district
    Ma HS Research Bulletin of Experiment Forests Gyeongsang National University 1 : 13 ~ 25 [1990]
  • Studies on development of prediction model of landslide hazard and its utilization
    Ma HS Journal of Korean Forestry Society 83 : 175 ~ 190 [1994]
  • Strength of Tree Roots and Landslide on Prince of Wales Island, Alaska
    Wu TH Can. Geotech. J 16 : 19 ~ 33 [1979]
  • Statistical Analysis on Hazard Stability in Granite Area
    Toshio S. Jour. Japanese For. Soc 59 : 186 ~ 190 [1977]
  • Soil slippage : An indicator of slope instability on chaparrel watersheds of southern california
    Baily RG. The professional Geographer (3) : 172 ~ 177 [1969]
  • Prediction of surface saturation zones in natural catchments by topographic analysis
    Loughlin EM. Water Resources Research 22 (5) : 794 ~ 804 [1986]
  • Prediction and mitigation of landslide hazards
    Kim WY [2000]
  • On the determination of slope stability to landslide by quantification(II)
    Kang WP Journal Korean Forestry Society 75 : 32 ~ 37 [1986]
  • Mass soil movements in the H.J. Andrews experimental forest : 1 ~ 14
    Dyrness CT. [1967]
  • Landslides occurrence and its prediction in Korea. Doctor of Philosophy
    Choi K kangwon National University [1986]
  • Landslide Characteristics and Recovery Direction in Korean National Parks
    Ma HS Journal of National Park Research 27 : 17 ~ 21 [2001]
  • Forest Vegetation Removal and Slope stability in the Idaho Batholith, U. S. D. A : 1 ~ 25
    Gray DH [1981]
  • Estimation of the moving soil volume of debris flow using aerial Lidar data
    Woo CS Korean Forestry Society : 327 ~ 328 [2008]
  • Estimation and Application of Random Walk Model for Prediction of Disaster Area by Debris Flow
    Lee CW Korean Forestry Society : 334 ~ 326 [2008]
  • Effect of grass. Legume and tree roots on Soil shearing resistance
    Waldron LJ Soil Sci. Am. J 46 : 894 ~ 899 [1982]
  • Discrimination of Dangerous Slope in landslide. -Theory Technology-
    Toshio S. Forest Technique 439 : 23 ~ 26 [1978]
  • Development of technique of landslide azard area in Korea National Parks
    Ma HS Journal of Korean Forestry Society 97 : 326 ~ 331 [2008]
  • Development of prediction Technique of Landslide Using Forest Environmental Factors
    Lee SJ Gyeongsang National University [2014]
  • A Modified Logistic Regression Model for Probabilistic Prediction of Debris Flow at the Granitic Rock Area and Its Application; Landslide Prediction Map of Gangreung Area
    Cho YC The Geological Society of Korea 40 : 115 ~ 128 [2007]