1. Key Highlights Flooding, Landslides, Avalanches and Strong Winds Continued to Be the Natural Disaster Events Affecting Most People
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Chronology of the Diplomatic Crisis on March 1 Colombia Launched a Cross-Border Raid Against a FARC Campsite 2K Into Ecuadorian Soil
March 1 – 10, 2008 Chronology of the diplomatic crisis On March 1 Colombia launched a cross-border raid against a FARC campsite 2K into Ecuadorian soil. ‘Raúl Reyes’ syndicated as ‘number two’ of the rebel organisation was killed. Ecuador, Venezuela and Nicaragua broke ties with Colombia, unleashing an unprecedented diplomatic crisis which now seems to be on a normalisation path, following last Friday’s Rio Summit in Dominican Republic. Here’s a summary of highlights and events: DISCLAIMER The summary herewith presented was drafted based entirely on public statements, media and press sources This document DOES NOT reflect an official position of neither this Office nor the UN System in Colombia Please abstain from citing this document in part or as a whole March 1 – 3 * Cross-border raid On March 1, past midnight, Colombian Super Tucano aircraft launched smart bombs on a mobile FARC campsite located 1.8Km into Ecuadorian soil, near the border. FARC’s senior commander ‘Raúl Reyes’ and 16 more rebel fighters were killed in the operation. Colombian forces recovered their corpses in a cross-border raid supported by Black Hawk helicopters –at 04:00h LT. Four hours later, President Uribe contacted Ecuador’s President Rafaél Correa and informed him that the ‘number-two’ FARC commander had been killed in combat by Colombian forces. He made it clear that his aircraft had to fire from the Colombian side into Ecuador to repel fire from the ground (one Colombian soldier was killed in action). To safeguard the bombarded guerrilla camp, Colombian assault forces crossed the border, recovered two dead bodies –‘Raúl Reyes’ and a mid-ranking rebel-, arms and ammunition, and collected evidence material. -
AUGUST 2021 Fraser Institute Investment Rankings for 2020 Colombia Ranks First As Country -- Measured by Investment Attractiveness Index
TSX.V: OCG OTCQX: OCGSF DB: MRG1 Focus on Drilling the High-Grade Santa Ana Silver and Gold Project in Colombia AUGUST 2021 Fraser Institute Investment Rankings for 2020 Colombia Ranks First as Country -- Measured by Investment Attractiveness Index Positive Yearly Momentum Colombia First as Country “The most attractive Latin American and Caribbean jurisdictions for mining investment in 2020 were Colombia (28th), followed by Chile (30th), and Peru (34th).” By Fraser Institute Investment Ranking 2020 2 Disclosure and forward-looking statements: Certain statements included in this presentation are forward-looking statements within the meaning of Canadian securities laws, including the following statements: the ability of Outcrop Gold to make discoveries and develop resources; the anticipated economic potential of the concessions; the availability of capital and finance for the Company to execute its commitments and strategy going forward. Forward-looking statements are based on estimates and assumptions made by the Company in light of its experience and perception of current conditions and expected future developments, as well as other factors that the Company believes are appropriate in the circumstances. Many factors could cause the Company’s results, performance or achievements to differ materially from those expressed or implied by the forward looking statements, including: discrepancies between actual and estimated results from exploration and development and operating risks, dependence on early exploration stage concessions; political and foreign risks; uninsurable risks; competition; regulatory restrictions, including environmental regulatory restrictions and liability; currency fluctuations; defective title to mineral claims or property and dependence on key employees. Persons reviewing this presentation are cautioned not to place undue reliance on forward-looking statements due to inherent uncertainty therein. -
Muon Tomography Sites for Colombian Volcanoes
Muon Tomography sites for Colombian volcanoes A. Vesga-Ramírez Centro Internacional para Estudios de la Tierra, Comisión Nacional de Energía Atómica Buenos Aires-Argentina. D. Sierra-Porta1 Escuela de Física, Universidad Industrial de Santander, Bucaramanga-Colombia and Centro de Modelado Científico, Universidad del Zulia, Maracaibo-Venezuela, J. Peña-Rodríguez, J.D. Sanabria-Gómez, M. Valencia-Otero Escuela de Física, Universidad Industrial de Santander, Bucaramanga-Colombia. C. Sarmiento-Cano Instituto de Tecnologías en Detección y Astropartículas, 1650, Buenos Aires-Argentina. , M. Suárez-Durán Departamento de Física y Geología, Universidad de Pamplona, Pamplona-Colombia H. Asorey Laboratorio Detección de Partículas y Radiación, Instituto Balseiro Centro Atómico Bariloche, Comisión Nacional de Energía Atómica, Bariloche-Argentina; Universidad Nacional de Río Negro, 8400, Bariloche-Argentina and Instituto de Tecnologías en Detección y Astropartículas, 1650, Buenos Aires-Argentina. L. A. Núñez Escuela de Física, Universidad Industrial de Santander, Bucaramanga-Colombia and Departamento de Física, Universidad de Los Andes, Mérida-Venezuela. December 30, 2019 arXiv:1705.09884v2 [physics.geo-ph] 27 Dec 2019 1Corresponding author Abstract By using a very detailed simulation scheme, we have calculated the cosmic ray background flux at 13 active Colombian volcanoes and developed a methodology to identify the most convenient places for a muon telescope to study their inner structure. Our simulation scheme considers three critical factors with different spatial and time scales: the geo- magnetic effects, the development of extensive air showers in the atmosphere, and the detector response at ground level. The muon energy dissipation along the path crossing the geological structure is mod- eled considering the losses due to ionization, and also contributions from radiative Bremßtrahlung, nuclear interactions, and pair production. -
ACTION PLAN AMAZON TRIPLE BORDER Colombia-Brazil-Peru
ACTION PLAN AMAZON TRIPLE BORDER Colombia-Brazil-Peru August 2020 Puerto Nariño, Amazon, The Amazon region is being significantly impacted by COVID-19, threatening the lives Colombia and livelihoods of its population and posing an existential threat to its large indigenous Cover photo credit: Sergio communities. Rojas/ Umari Journal The basin is home to an estimated 30 million people, and includes territory in Brazil, Colombia, Ecuador, French Guyana, Peru and Venezuela. The largest territories in the Amazonas are in The region currently Brazil, Peru and Colombia which host more than 400 indigenous communities amounting to registers the highest an estimated 6 million people. The main channel of the river, which is a vital route for transport mortality rates from in the region, played a key role in the transmission of the disease affecting, in particular, the indigenous population along the border region of Peru, Colombia and Brazil. COVID-19 per 100,000 people in the world. As a result, the United Nations Resident Coordinators in the three countries have come together with the support of OCHA and the participation of WFP, WHO, UNICEF, UNFPA to develop an Action Plan to support Government responses to the urgent needs in the area. The plan is initially focused on mobilizing an emergency response to address the most immediate needs of those affected in the area. First level responses in the three countries have already commenced through reprogramed funding but additional resources are needed to scale up the response. The plan focuses on areas near the so-called Triple Border - between Colombia, Peru and Brazil - home to 208,699 people and where the majority of the population (57%) is indigenous. -
Lista De Promotores Integrales De Salud
Lista de Promotores Integrales de Salud Para mayor facilidad, consulta nuestra base de Promotores Integrales de Salud en los municipios donde NUEVA EPS está presente con el Régimen Subsidiado. CIUDAD DEPARTAMENTO TELÉFONO Leticia Amazonas 3214481109 Leticia Amazonas 3223447297 Leticia Amazonas 3102877920 Puerto Nariño Amazonas 3223447296 Puerto Nariño Amazonas 3102868210 Arauca Arauca 3222394658 Arauca Arauca 3223450970 Arauquita Arauca 3223450973 Arauquita Arauca 3108652358 Fortul Arauca 3223450974 Saravena Arauca 3223450972 Tame Arauca 3223450971 Baranoa Atlántico 3223472172 Baranoa Atlántico 3203334995 Barranquilla Atlántico 3223470907 Barranquilla Atlántico 3223470907 Barranquilla Atlántico 3108700490 Barranquilla Atlántico 3223446005 Campo de La Cruz Atlántico 3214486403 Candelaria Atlántico 3223008190 Galapa Atlántico 3223480872 Juan de Acosta Atlántico 3223444795 Luruaco Atlántico 3223444786 Malambo Atlántico 3223444785 Malambo Atlántico 3223008008 Malambo Atlántico 3223444785 Manatí Atlántico 3108736088 Palmar de Varela Atlántico 3223008063 Piojo Atlántico 3223445994 Polonuevo Atlántico 3223444784 Polonuevo Atlántico 3223444784 Ponedera Atlántico 3223512169 Puerto Colombia Atlántico 3223445986 Repelón Atlántico 3223510907 Sabanagrande Atlántico 3223445989 Sabanalarga Atlántico 3203334995 Santa Lucía Atlántico 3214489514 Santo Tomás Atlántico 3223009214 Soledad Atlántico 3223009192 Soledad Atlántico 3223008994 Soledad Atlántico 3222486406 Soledad Atlántico 3222486413 Soledad Atlántico 3223484785 Soledad Atlántico 3223444784 Suan -
Review and Reassessment of Hazards Owing to Volcano–Glacier Interactions in Colombia
128 Annals of Glaciology 45 2007 Review and reassessment of hazards owing to volcano–glacier interactions in Colombia Christian HUGGEL,1 Jorge Luis CEBALLOS,2 Bernardo PULGARI´N,3 Jair RAMI´REZ,3 Jean-Claude THOURET4 1Glaciology and Geomorphodynamics Group, Department of Geography, University of Zurich, 8057 Zurich, Switzerland E-mail: [email protected] 2Instituto de Meteorologı´a, Hidrologı´a y Estudios Ambientales, Bogota´, Colombia 3Instituto Colombiano de Geologı´a y Minerı´a, Bogota´, Colombia 4Laboratoire Magmas et Volcans UMR 6524 CNRS, Universite´ Blaise-Pascal, Clermont-Ferrand, France ABSTRACT. The Cordillera Central in Colombia hosts four important glacier-clad volcanoes, namely Nevado del Ruiz, Nevado de Santa Isabel, Nevado del Tolima and Nevado del Huila. Public and scientific attention has been focused on volcano–glacier hazards in Colombia and worldwide by the 1985 Nevado del Ruiz/Armero catastrophe, the world’s largest volcano–glacier disaster. Important volcanological and glaciological studies were undertaken after 1985. However, recent decades have brought strong changes in ice mass extent, volume and structure as a result of atmospheric warming. Population has grown and with it the sizes of numerous communities located around the volcanoes. This study reviews and reassesses the current conditions of and changes in the glaciers, the interaction processes between ice and volcanic activity and the resulting hazards. Results show a considerable hazard potential from Nevados del Ruiz, Tolima and Huila. Explosive activity within environments of snow and ice as well as non-eruption-related mass movements induced by unstable slopes, or steep and fractured glaciers, can produce avalanches that are likely to be transformed into highly mobile debris flows. -
Public Information Summary for Rumichaca-Pasto Toll Road
INFORMATION SUMMARY FOR THE PUBLIC RUMICHACA-PASTO TOLL ROAD Host Country(ies) Colombia Name of Borrower(s) An administration and payment trust established for the benefit of Concesionaria Vial Union del Sur S.A.S. Project Description The Project is the design, construction, and operation of an 84- km corridor of a tolled, dual-carriage highway in southwestern Colombia, including expansion of an existing single-carriage corridor to a dual-carriage highway, and construction of 27km of new highway, pursuant to a 29-year concession agreement with the Republic of Colombia. The Project is projected to serve over 6.75 million vehicles per year by 2020, reducing the transit time by half and increasing the safety of passage between the cities of Pasto, the major population center in the region, and Ipiales, near the Rumichaca border crossing to Ecuador. Proposed OPIC $250 million Loan/Guaranty Total Project Costs Approximately $931.8 million U.S. Sponsor J.P. Morgan Foreign Sponsor Sacyr Concesiones Colombia, S.A.S Policy Review U.S. Economic Impact The Project involves the construction of a toll road in Colombia, and therefore is not expected to have a negative impact on the U.S. economy. There is no U.S. procurement associated with this Project, and therefore the Project is expected to have a neutral impact on U.S. employment. The Project is expected to have a neutral U.S. trade balance impact. Developmental Effects The Project is expected to have a highly developmental impact through the construction and operation of an 84-km tolled, dual-carriage highway in Colombia. -
Informe Hidrologico
INFORME HIDROLÓGICO DIARIO Nº 142 Bogotá D. C., miércoles 22 de mayo de 2019 Hora de actualización 09:00 p. m. Observación: el presente informe puede ser corregido y/o actualizado en el futuro. No representa una certificación oficial del IDEAM ALERTA ROJA. PARA TOMAR ACCIÓN ALERTA NARANJA. PARA PREPARARSE ALERTA AMARILLA. PARA INFORMARSE De acuerdo con la información registrada en las estaciones automáticas en tiempo real y los reportes telefónicos para los ríos en los cuales se cuenta con infraestructura de observación, se describe el estado de los niveles de los ríos en las principales cuencas del territorio nacional. Es importante resaltar que los datos de los niveles de los ríos, registrados diariamente por el IDEAM, corresponden al nivel del agua del río registrado en los limnímetros (miras ubicadas en una de las márgenes del río). ÁREA HIDROGRÁFICA MAGDALENA - CAUCA Se registran condiciones estables en el nivel del río Suaza, en la estación hidrológica de San Marcos, a la altura del municipio RÍO MAGDALENA de Acevedo (Huila). CUENCA ALTA ALERTA AMARILLA: PROBABILIDAD DE CRECIENTES SÚBITAS EN EL ALTO MAGDALENA. Se mantiene esta alerta dada la probabilidad de crecientes súbitas en el Alto Magdalena y sus afluentes espacialmente el río Guarapas, a la altura de los municipios de San Agustín, Pitalito y Palestina (Vereda Fundador), en el departamento de Huila. ALERTA AMARILLA: CRECIENTES SÚBITAS EN LA CUENCA DEL RÍO PAÉZ (ALTO MAGDALENA) Se mantiene esta alerta dadas las crecientes súbitas registradas en el río Paéz, a la altura de los municipios de La Plata, Tesalia y Paéz (Huila). Los niveles del río Magdalena en su parte alta, registran tendencia al descenso. -
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medición, presentan una tendencia ascendente y son del orden de 10 Y 16 microradianes, valores que son bajos y pueden estar influenciados por factores como la sensibilidad de los equipos y las condiciones atmosféricas que siempre están acompañadas de vientos fuertes. En 1999, se instaló en el flanco N del volcán Puracé, un inclinómetro electrónico 'Guañiarita", a una distancia horizontal de 1.5 km del cráter a:tivo. La estación GUQ/liarita ha tenido 2 periodos de funcionamiento, el primero entre febrero de 1999 y enero de 2000, y el segundo entre junio de 2000 y enero de 2002. En el primer periodo se observó un comportamiento muy estable en las componentes radial y tangencial con diferencias de 8 microradianes, cambios que se relacionaron con el proceso de estabilización del equipo. En el segundo periodo se registró un comportamiento variable, algunos incrementos en los niveles de defonnación coincidieron con variaciones en temperatura, sin embargo a partir de febrero de 2001, la tendencia de la componente tangencial fue ascendente y la radial, descendente, acumulando deformaciones del orden de 16 microradianes (Figura 7). Las variaciones de deformación reportadas por las estaciones de defonnación en el volcán Puracé, permiten establecer niveles de deformación inferiores a 20 microradianes, que al ser comparados con las deformaciones presentadas por volcanes activos como el Nevado del Ruiz y Galeras se consideran como bajas. 3136 23.96 H5.94 Componente Radi.1 - e 7.92 ----------------..... .0.03 ii """""'_,_'''''' ~-'-'' ''~., i .611 Componente hngef'l(:i81 - . .16,13 rl'('~'" r -- t<'''A ~ 1 'i\ I ,r-¡'J",_''''''''''''A'''.'''>''- '-'' " ~ .241~ ~, ~.,--. -
Codificación De Municipios Por Departamento
Código Código Municipio Departamento Departamento Municipio 05 001 MEDELLIN Antioquia 05 002 ABEJORRAL Antioquia 05 004 ABRIAQUI Antioquia 05 021 ALEJANDRIA Antioquia 05 030 AMAGA Antioquia 05 031 AMALFI Antioquia 05 034 ANDES Antioquia 05 036 ANGELOPOLIS Antioquia 05 038 ANGOSTURA Antioquia 05 040 ANORI Antioquia 05 042 ANTIOQUIA Antioquia 05 044 ANZA Antioquia 05 045 APARTADO Antioquia 05 051 ARBOLETES Antioquia 05 055 ARGELIA Antioquia 05 059 ARMENIA Antioquia 05 079 BARBOSA Antioquia 05 086 BELMIRA Antioquia 05 088 BELLO Antioquia 05 091 BETANIA Antioquia 05 093 BETULIA Antioquia 05 101 BOLIVAR Antioquia 05 107 BRICEÑO Antioquia 05 113 BURITICA Antioquia 05 120 CACERES Antioquia 05 125 CAICEDO Antioquia 05 129 CALDAS Antioquia 05 134 CAMPAMENTO Antioquia 05 138 CAÑASGORDAS Antioquia 05 142 CARACOLI Antioquia 05 145 CARAMANTA Antioquia 05 147 CAREPA Antioquia 05 148 CARMEN DE VIBORAL Antioquia 05 150 CAROLINA Antioquia 05 154 CAUCASIA Antioquia 05 172 CHIGORODO Antioquia 05 190 CISNEROS Antioquia 05 197 COCORNA Antioquia 05 206 CONCEPCION Antioquia 05 209 CONCORDIA Antioquia 05 212 COPACABANA Antioquia 05 234 DABEIBA Antioquia 05 237 DON MATIAS Antioquia 05 240 EBEJICO Antioquia 05 250 EL BAGRE Antioquia 05 264 ENTRERRIOS Antioquia 05 266 ENVIGADO Antioquia 05 282 FREDONIA Antioquia 05 284 FRONTINO Antioquia 05 306 GIRALDO Antioquia 05 308 GIRARDOTA Antioquia 05 310 GOMEZ PLATA Antioquia 05 313 GRANADA Antioquia 05 315 GUADALUPE Antioquia 05 318 GUARNE Antioquia 05 321 GUATAPE Antioquia 05 347 HELICONIA Antioquia 05 353 HISPANIA Antioquia -
Glaciares Colombianos 1
INFORME DEL ESTADO DE LOS 1 GLACIARES COLOMBIANOS 2019 INFORME DEL ESTADO DE LOS 2 GLACIARES COLOMBIANOS 2019 Ministerio de Ambiente y Desarrollo Sostenible RICARDO JOSÉ LOZANO PICÓN Ministro Instituto de Hidrología, Meteorología y Estudios Ambientales YOLANDA GONZÁLEZ HERNÁNDEZ Directora General GILBERTO GALVIS BAUTISTA Secretario General NELSON OMAR VARGAS MARTÍNEZ Subdirector de Hidrología DIANA MARCELA VARGAS GALVIS Subdirectora de Estudios Ambientales ANA CELIA SALINAS MARTÍN Subdirectora de Ecosistemas e Información Ambiental ELIÉCER DAVID DÍAZ ALMANZA Subdirector de Meteorología DANIEL USECHE SAMUDIO Jefe de la Oficina de Servicios del servicio de Pronósticos y Alertas JUAN FERNANDO CASAS VARGAS Coordinador del Grupo de Comunicaciones y Prensa © Instituto de Hidrología, Meteorología y Estudios Ambientales Informe del estado de los glaciares colombianos 2019 JORGE LUIS CEBALLOS LIÉVANO JOSÉ ALEJANDRO OSPINA NIÑO FRANCISCO ROJAS HEREDIA Grupo de Suelos y Tierras Ideam Preparación editorial Grupo de Comunicaciones y Prensa Ideam Fotografía de carátula Sierra Nevada de Santa Marta Fuerza Aérea Colombiana (FAC), 2017 Fotografía de contracarátula Sierra Nevada de Santa Marta Fuerza Aérea Colombiana (FAC), 2017 Edición digital Bogotá, 2020 INFORME DEL ESTADO DE LOS 3 GLACIARES COLOMBIANOS 2019 Estación meteorológica móvil de altitud, glaciar Santa Isabel. Fotografía: J. L. Ceballos Contenido Presentación 5 Resultados del monitoreo glaciar 6 Área glaciar para el año 2019 7 Volcán Nevado Santa Isabel sigue en crisis 9 Volcán Nevado del Tolima -
The Volcano Disaster Assistance Program—Helping to Save Lives Worldwide for More Than 30 Years
The Volcano Disaster Assistance Program—Helping to Save Lives Worldwide for More Than 30 Years What do you do when a sleeping volcano roars back to have allowed warnings to be received, understood, and acted life? For more than three decades, countries around the world upon prior to the disaster. have called upon the U.S. Geological Survey’s (USGS) Volcano VDAP strives to ensure that such a tragedy will never hap- Disaster Assistance Program (VDAP) to contribute expertise and pen again. The program’s mission is to assist foreign partners, equipment in times of crisis. Co-funded by the USGS and the at their request, in volcano monitoring and empower them to U.S. Agency for International Development’s Office of U.S. For- take the lead in mitigating hazards at their country’s threaten- eign Disaster Assistance (USAID/OFDA), VDAP has evolved ing volcanoes. Since 1986, team members have responded to and grown over the years, adding newly developed monitoring over 70 major volcanic crises at more than 50 volcanoes and technologies, training and exchange programs, and eruption have strengthened response capacity in 12 countries. The VDAP forecasting methodologies to greatly expand global capabilities team consists of approximately 20 geologists, geophysicists, and that mitigate the impacts of volcanic hazards. These advances, in engineers, who are based out of the USGS Cascades Volcano turn, strengthen the ability of the United States to respond to its Observatory in Vancouver, Washington. In 2016, VDAP was a own volcanic events. finalist for the Samuel J. Heyman Service to America Medal for VDAP was formed in 1986 in response to the devastating its work in improving volcano readiness and warning systems volcanic mudflow triggered by an eruption of Nevado del Ruiz worldwide, helping countries to forecast eruptions, save lives, volcano in Colombia.