PDF-PEAT LANDSLIDE HAZARD AND

Generation Developments December 2006 PEATLANDSLIDE HAZARD AND December2006 Guidance objectives 1 Context 12Scope of document 3Information Requirement 3Assessment Services 4Developer Design Team 6. Peat has accumulated over a long number of years in waterlogged conditions It consists mainly of sphagnum moss as well as leaves roots seeds of other plants including grasses sedges shrubs and trees Peat contains a high level of moisture and organic SMART!Observation Manager provides you an instant, paperless behavior based observation process. Available to everyone in your organization. SMART!Hazard Manager provides you an instant risk ranking, prioritization process, and tracking process for everyone's corrective action items anywhere in your organization - from single departments to corporate wide if desired. (iii) Heavy and prolonged rainfall: Water is commonly the primary factor triggering a landslide. Slides often occur following intense rainfall, when storm water runoff saturates soils on steep slopes and Landslides. Earthquakes. http://youtu.be/cavq2HFBa-U. (National Geographic Video - 2:58). Shaking of the land when Earth’s plates move.. http://www.classzone.com/books/earth_science/terc/content/visualizations/es0804/es0804page01.cfm?chapter_no=visualization. Mitigation. . Bob Hickey. Although gravity acting on an over-steepened slope is the primary reason for a landslide, there are other contributing factors. The term landslide includes a wide range of ground movement, such as rock falls, deep failure of slopes, and shallow debris flows. . InstituteInstituteof Geology and Mineral of Geology and Mineral ExplorationExploration(IGME) is the national geologigal survey of Greece (IGME) is the national geologigal survey of Greece and is the o a . closer look at the carnage. Madison river valley. Near the corner where Idaho, Montana, and Wyoming join together at west Yellowstone, there is a valley of lakes that to many is unknown. It consists of . . Kamran Majidzadeh, PhD, PE . . Nikhil Khedekar, PhD, . PE . ProjectGrid.com® . Bernard Schubach . Resource International, Inc.. . Landslides cause public risk, from . 25 to 50 deaths . COASTAL ENVIRONMENTS. Factors Affecting the Coastline. WHY DID HOLBECK HALL FALL INTO THE SEA??. From the 3-5. th. of June 1993, the . Holbeck. Hall Hotel fell from a cliff in a landslide into the open ocean. Over 70 metres of the cliff was removed and over 1 million tonnes of dirt was involved in the landslide….. How did this happen??. Grahame Applegate. Indonesia- Australia Forest Carbon Partnership. International Indonesia . Peatland. Conversation. February 25-27, 2013. Bandung, Indonesia . Kalimantan Forests and Climate Partnership. Stratigraphy . and . Geomorphology. to analyze Slope Stability. Kyle C. Fredrick, . PhD. California . University of PA. Clarissa . Enslin. (BS . CalU ‘14), MS Candidate, Idaho State University. Geomorphology Course. Chairman, Department of Disaster Science and Management. Dean, Earth and Environmental Sciences . University of Dhaka (DU), Bangladesh. REMAINING CHALLENGES: URBAN ENVIRONMENT. Climate Change-induced disaster risk. Bo Lind, Swedish Geotechnical Institute. Glaciated landscape with soft sediments . (silt-clay). Valleys and. Low-lands. Göta 1957 . Tuve 1977 . Vagnhärad 1997 . Småröd 2006. Post-glacial rebound – Erosion and landslides. . Hazard. . Annex . 1. Avalanche. Introduction . (Annex 1). An avalanche can travel as fast as 80 miles per hour (mph), and when it stops, the snow debris left behind can become as solid as concrete .