1 / 29

PHYSICAL HAZARDS OF GLACIERS AND PREVENTION PROPOSALS

PHYSICAL HAZARDS OF GLACIERS AND PREVENTION PROPOSALS. D eglaciation is an ongoing process that has been increasing since the end of the Little Ice Age, about the year 1860 .

tuyen
Download Presentation

PHYSICAL HAZARDS OF GLACIERS AND PREVENTION PROPOSALS

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. PHYSICAL HAZARDS OF GLACIERS AND PREVENTION PROPOSALS

  2. Deglaciationis an ongoing process that has been increasing since the end of the Little Ice Age, about the year 1860. As important consequences of deglaciation, we have the decrease in glacier surfaces and the formation of hanging glaciers and lakes, many with high levels of physical vulnerability.

  3. PERU

  4. HISTORY OF GLACIER TYPE DISASTERS IN THE CORDILLERA BLANCA En 1702 Inundación de la ciudad de Huarás En 1725 Aluvión que desapareció el pueblo de Ancash En 1725 Avalanchas y aluviones en Huarás- 1500 pérdidas de vidas En 1869 Aluvión en Monterrey - Huarás En 1883 Aluvión en Macashca cerca a Huarás En 1917 Aluvión del Nevado Huascarán sobre Ranrahirca En 1938 Aluvión en la quebrada Ulta - Carhuaz En 1941 Aluvión en la cuenca del Río Pativilca En 1941 Aluvión de laguna Palcacocha- Huarás - 4 a 5 mil pérdidas de vidas En 1945 Aluvión sobre las ruinas de Chavín de Huantar En 1950 Aluvión en la laguna Jancarurish destruyendo hidroeléctrica En 1951 Primer aluvión en la laguna Artesoncocha – Laguna Parón En 1951 Segundo aluvión en la laguna Artesoncocha - Laguna Parón En 1952 Aluvión en la Laguna Millhuacocha – Quebrada Ishinca 1953-1959 Rebalse de la Laguna Tullparaju – Huarás En 1962 Avalancha del Nevado Huascarán N, destrucción de Ranrahirca –4000 pérdidas de vidas En 1965 Aluvión en la Laguna Tumarina – Carhuascancha En 1970 Aluvión en Yungay y Ranrahirca – 18,000 pérdidas de vidas En 2001 Avalancha sobre la laguna Mullaca, produciendo su desborde En 2002 Derrumbe sobre la laguna Safuna Alta, produciendo oleajes de 77m de altura En 2003 Derrumbe sobre la laguna Palcacocha, produciendo su desborde y desabastecimiento de agua potable en la ciudad de Huarás por 6 días. En 2003 Avalancha del Nevado Huandoy, produciendo 9 pérdidas de vidas En 2006 Desborde de la laguna Matara (Huari), produciendo daños en infraestructura En 2008 Desborde de una laguna en formación en la cabecera de la quebrada Cojup En 2009 Deslizamiento en Rampac Grande (Carhuaz), 9 pérdidas de vidas En 2010 Avalancha sobre la laguna 513; daños a la infraestructura. En 2012 Aluvión de laguna Artesa, quebrada Santa Cruz

  5. PALCACOCHA LAKE IN THE HIGHEST LEVEL 1940

  6. ALLUVION THAT DEVASTATED HUARAS CITY DECEMBER 13th, 1941

  7. ICE AVALANCHE FROM HUALCAN MOUNTAIN ABOVE 513 LAKE, ABRIL 2010

  8. Formación de la Lag. 513 (2) Aluvión de la Lag. 513 (1) ALLUVION PATH BETWEN 513 LAKE AND THE SANTA RIVER CROSSING CARHUAZ CITY – APRIL 2010

  9. AVALANCHE OF NORTH HUASCARAN MAYO 31st, 1970

  10. CHILE

  11. ESTERO DEL APAREJO GLACIER BASIN REMAINS OF THE GLACIER AT THE END OF THE VALLEY UNDER THE ROCK MATERIAL

  12. COLOMBIA

  13. ARMEO CITY DESTROYED BY THE LAHAR OF MOUNT RUIZ

  14. SWITZERLAND

  15. ALLALIN GLACIER MATMARK DAM IN CONSTRUCTION ALLALIN AVALANCHE ABOVE THE MATMARK DAM

  16. HIMALAYAS

  17. SAFETY PREVENTION WORKS IN ORDER TO AVOID GLACIER CATHASTOPHIES, SEVERAL SAFETY PREVENTION WORKS WERE BUILT SPECIALLY IN THE CORDILLERA BLANCA - PERU

  18. SAFETY PREVENTION WORKS • REDUCE THE WATER LEVEL • BUILT DAMS OR TUNELS

  19. 34 SAFETY PREVENTION WORKS WERE BUILT IN THE CORDILLERA BLANCA Towns / Cities Safety Prevention Works

  20. INSTITUTIONAL POLICIES Peruvian Case

  21. From the mid-40 can distinguish the shared management of the Glaciology and Lakes Security Program of in 3 principal stages: Ministry of Development and Public Works 1945-1950: Instituto Geológico del Perú (IGP) 1951-1970: Comisión de Lagunas de la Cordillera Blanca (CLCB) 1966-1973: Corporación Peruana del Santa (CPS) 1973-1977 : Electroperú (EP1) 1977-1978: Instituto de Geología y Minería (IMIN) 1978-1980: Instituto de Geología Minería y Metalurgia (IMET) 1981-1991: Empresa de Electricidad Norte Medio HIDRANDINA (HIDRA) 1991-1999: Electroperú (EP2) 1999-2010: Instituto Nacional de Recursos Naturales (INRENA) 2010-2012: Autoridad Nacional del Agua (ANA) Ministry of Mining and Energy Ministry of Agriculture

  22. PROPOSAL TocreateanOrganismof Glaciology and Safety Lake ProgramfortheAndeanRegionwith base in Huaras City – Cordillera Blanca

  23. GROUNDS OF THE PROPOSAL • The objective of the studies of glaciers has two aspects, one oriented towards the assessment and monitoring of glaciers for mitigation and reduction of surface water. The second aspect is related to the hazards and the development of actions for safety matters. • Related to the glacier research, there is a lack of management policies, for being oriented basically only towards the reaserch and monitoring of glaciers with hydric resources matter, not taking in consideration the complementary portion of hazards and prevention works against the glacier disasters.

  24. Need for specialists in the public sector in multidisciplinary specialties for glacier research, hazards and safety works. Need particularly in the Latin American region to have a Permanent Agency specializing in Glacier Research, Hazard Management and Implementation of safety prevention works.

More Related