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Distritos Declarados Zona Catastrada.Xlsx
Distritos de Zona Catastrada "zona 1" 1-San José 2-Alajuela3-Cartago 4-Heredia 5-Guanacaste 6-Puntarenas 7-Limón 104-PURISCAL 202-SAN RAMON 301-Cartago 304-Jiménez 401-Heredia 405-San Rafael 501-Liberia 508-Tilarán 601-Puntarenas 705- Matina 10409-CHIRES 20212-ZAPOTAL 30101-ORIENTAL 30401-JUAN VIÑAS 40101-HEREDIA 40501-SAN RAFAEL 50104-NACASCOLO 50801-TILARAN 60101-PUNTARENAS 70501-MATINA 10407-DESAMPARADITOS 203-Grecia 30102-OCCIDENTAL 30402-TUCURRIQUE 40102-MERCEDES 40502-SAN JOSECITO 502-Nicoya 50802-QUEBRADA GRANDE 60102-PITAHAYA 703-Siquirres 106-Aserri 20301-GRECIA 30103-CARMEN 30403-PEJIBAYE 40104-ULLOA 40503-SANTIAGO 50202-MANSIÓN 50803-TRONADORA 60103-CHOMES 70302-PACUARITO 10606-MONTERREY 20302-SAN ISIDRO 30104-SAN NICOLÁS 306-Alvarado 402-Barva 40504-ÁNGELES 50203-SAN ANTONIO 50804-SANTA ROSA 60106-MANZANILLO 70307-REVENTAZON 118-Curridabat 20303-SAN JOSE 30105-AGUACALIENTE O SAN FRANCISCO 30601-PACAYAS 40201-BARVA 40505-CONCEPCIÓN 50204-QUEBRADA HONDA 50805-LIBANO 60107-GUACIMAL 704-Talamanca 11803-SANCHEZ 20304-SAN ROQUE 30106-GUADALUPE O ARENILLA 30602-CERVANTES 40202-SAN PEDRO 406-San Isidro 50205-SÁMARA 50806-TIERRAS MORENAS 60108-BARRANCA 70401-BRATSI 11801-CURRIDABAT 20305-TACARES 30107-CORRALILLO 30603-CAPELLADES 40203-SAN PABLO 40601-SAN ISIDRO 50207-BELÉN DE NOSARITA 50807-ARENAL 60109-MONTE VERDE 70404-TELIRE 107-Mora 20307-PUENTE DE PIEDRA 30108-TIERRA BLANCA 305-TURRIALBA 40204-SAN ROQUE 40602-SAN JOSÉ 503-Santa Cruz 509-Nandayure 60112-CHACARITA 10704-PIEDRAS NEGRAS 20308-BOLIVAR 30109-DULCE NOMBRE 30512-CHIRRIPO -
Zonas De Cobertura Internet Hogar
Zonas de Cobertura Internet Hogar PROVINCIA CANTON DISTRITO Alajuela Atenas Concepción Alajuela Alajuela San Rafael Alajuela Alajuela San José Alajuela Alajuela San Rafael Alajuela Alajuela Guácima Alajuela Alajuela Guácima Alajuela Alajuela Guácima Alajuela Alajuela Guácima Alajuela Atenas Concepción Alajuela Alajuela Turrúcares Alajuela Alajuela Guácima Alajuela Alajuela Guácima Alajuela Alajuela Garita Alajuela Alajuela San Antonio Alajuela Alajuela Garita Alajuela Alajuela Garita Alajuela Alajuela Turrúcares Alajuela Alajuela San José Alajuela Alajuela San José Alajuela Alajuela San Rafael Alajuela Alajuela Garita Alajuela Alajuela Guácima Alajuela Alajuela Turrúcares Alajuela Alajuela Guácima Alajuela Alajuela Garita Alajuela Alajuela Guácima Alajuela Alajuela Guácima Alajuela Grecia Grecia Alajuela Poás Carrillos Alajuela Grecia Puente De Piedra Alajuela Grecia Tacares Alajuela Poás San Pedro Alajuela Grecia San José Alajuela Alajuela San Isidro Alajuela Alajuela Desamparados Alajuela Poás San Pedro Alajuela Grecia Grecia Alajuela Alajuela San Isidro Alajuela Poás San Juan Alajuela Grecia San Roque Alajuela Grecia San Roque Alajuela Grecia San Isidro Alajuela Alajuela Sabanilla Alajuela Alajuela Tambor Alajuela Alajuela San Isidro Alajuela Alajuela Carrizal Alajuela Alajuela San Isidro Alajuela Alajuela Carrizal Alajuela Alajuela Tambor Alajuela Grecia Bolivar Alajuela Grecia Grecia Alajuela Alajuela San Isidro Alajuela Grecia San Jose Alajuela Alajuela San Isidro Alajuela Grecia Tacares Alajuela Poás San Pedro Alajuela Grecia Tacares -
DIPECHO VI Central America FINAL
European Commission Instructions and Guidelines for DG ECHO potential partners wishing to submit proposals for a SIXTH DIPECHO ACTION PLAN IN CENTRAL AMERICA COSTA RICA, EL SALVADOR, GUATEMALA, HONDURAS, NICARAGUA, PANAMA Budget article 23 02 02 Deadline for submitting proposals: 30 April 2008 1 Table of contents BACKGROUND................................................................................................................................ 3 1. OBJECTIVES OF THE PROGRAMME AND PRIORITY ISSUES FOR THE 6TH ACTION PLAN FOR CENTRAL AMERICA .............................................................................................................. 6 1.1 Principal objective .......................................................................................................................... 5 1.2 Specific objective ............................................................................................................................ 5 1.3 Strategic programming imperatives (sine qua non)......................................................................... 6 1.4 Type of activities ............................................................................................................................. 8 1.5 Priorities in terms of geographical areas, hazards and sectors ...................................................... 11 1.6 Visibility and Communication requirements................................................................................. 16 2. FINANCIAL ALLOCATION PROVIDED ................................................................................... -
Boletín Mensual Sismos Y Volcanes De Nicaragua Enero, 2021
Boletín Sismos y Volcanes de Nicaragua. Enero, 2021. Dirección General de Geología y Geofísica Instituto Nicaragüense de Estudios Territoriales Dirección General de Geología y Geofísica Boletín mensual Sismos y Volcanes de Nicaragua Enero, 2021 Mapa epicentral de sismos localizados en Nicaragua. Enero, 2021 pág. 1 Boletín Sismos y Volcanes de Nicaragua. Enero, 2021. Dirección General de Geología y Geofísica Instituto Nicaragüense de Estudios Territoriales (INETER) Dirección General de Geología y Geofísica Boletín Sismológico, Vulcanológico y Geológico Enero, 2021 Las observaciones rutinarias de sismicidad, vulcanismo y otros fenómenos geológicos en NIC, resultan del sistema de monitoreo y vigilancia desarrollado y mantenido por INETER. El contenido de este boletín se basa en el trabajo de las siguientes personas: Monitoreo Sismológico – Turno Sismológico Antonio Acosta, Greyving Argüello, Amilcar Cabrera, Milton Espinoza, Petronila Flores, Miguel Flores Ticay, Fernando García, Juan Carlos Guzmán, Ulbert Grillo, Martha Herrera, Domingo Ñamendi, Ana Rodríguez Lazo, Wesly Rodríguez, Jacqueline Sánchez, Emilio Talavera, Virginia Tenorio. Procesamiento Final de los Registros Sísmicos Jacqueline Sánchez, Virginia Tenorio Monitoreo Volcánico Eveling Espinoza, Armando Saballos, Martha Ibarra, David Chavarría, Teresita Olivares, Dodanis Matus, Elvis Mendoza, Rinath José Cruz Talavera Mantenimiento de la Red Sísmica y Sistemas Electrónicos Antonio Acosta, Martha Herrera, Fernando García, Domingo Ñamendis, Allan Morales, Ulbert Grillo Departamento Tecnología Información y Comunicación Miguel Flores, Norwing Acosta, Ernesto Mendoza Geología Carmen Gutiérrez, Gloria Pérez, Francisco Mendoza, Ada Mercado Rodríguez, Bianca Vanegas, Rosario Avilés Preparación Final del Catálogo Virginia Tenorio Febrero, 2021 Algunos artículos particulares llevan los nombres de los autores respectivos, quienes Son responsables por la veracidad de los datos presentados y las conclusiones alcanzadas. -
Revision 2 Understanding Magmatic Processes at Telica Volcano
Revision 2 Understanding magmatic processes at Telica volcano, Nicaragua: Crystal size distribution and textural analysis Molly Witter1,2*, Tanya Furman1, Peter LaFemina1, Maureen Feineman1 1 Department of Geosciences, Pennsylvania State University, University Park, PA 16802, USA 2 Now at: Department of Geological Sciences, Stanford University, 397 Panama Mall, Stanford CA, 94305 USA * Corresponding author: [email protected] 1 Abstract 1 Telica volcano in Nicaragua currently exhibits persistent activity with continuous seismicity and 2 degassing, yet it has not produced lava flows since 1529. To provide insight into magma 3 chamber processes including replenishment and crystallization, crystal size distribution (CSD) 4 profiles of plagioclase feldspar phenocrysts were determined for Quaternary Telica basalts and 5 basaltic andesites. Textural analysis of fourteen highly crystalline lavas (>30 vol.% phenocrysts) 6 indicates that the samples are dominated by sieve-textured plagioclase feldspar phenocrysts 7 whose origin requires thermochemical disequilibrium within the magmatic system. The CSD 8 curves display an inverse relationship between phenocryst length and population density. 9 Concave-up patterns observed for the Telica lava samples can be represented by linear segments 10 that define two crystal populations: a steeply-sloping segment for small crystals (<1.5 mm) and a 11 gently-sloping segment for crystals >1.5 mm in length. The two crystal populations may be 12 explained by magma replenishment and a mixing model in which a mafic magma is introduced 13 to a stable chamber that is petrologically and geochemically evolving. Residence times 14 calculated using the defined linear segments of the CSD curves suggest these magmatic 15 processes occur over time scales on the order of decades to centuries. -
The Church at Severn Run Adult Serving & Learning Connection with Comunidad Genesis - Rdc CR
The Church at Severn Run Adult Serving & Learning Connection with Comunidad Genesis - RdC CR August 1st - 8th, 2020 Alajuelita, San Jose, CR In August 2020 Severn Run Church will reconnect with Comunidad Genesis in Alajuelita, and we at DCC couldn’t be more excited for you to see all that God has been doing there since you served alongside of them last August. This past November CG celebrated for the month for their 26th year anniversary! As you have witnessed first hand, this church is never sleeping. They have embraced a wholistic understanding of the power of love through the Gospel, and consis- tently see the needs and brokeness around them and prayerfully respond in faith, trusting that God will finish the good works that He authors in His mission. This team will be your third Adult Serving & Learning connection Comunidad Genesis! Last year we had an amazing experience of playing a part in the extreme makeover to the Genesis Christian School’s elementary grades recess area. Your contribution and hard work built upon the work of the church and another partner church’s contribution. And since then God has provided the resources to complete the project! Just before the school year ended Genesis inaugurated the new playground! You will get to see how much of a difference it makes in providing the children with a safer and more dynamic play area! God blesses the church as well through the provision of the resources they needed to complete 8 new classrooms where the administration offices once were ( a work in progress when you were there! By February, at the start of the new school year they will have new classrooms and be able to grow! CG is a founding member and lead church of the RdC CR network in Costa Rica. -
Halogen Activation in the Plume of Masaya Volcano: field Observations and Box Model Investigations
Atmos. Chem. Phys., 21, 3371–3393, 2021 https://doi.org/10.5194/acp-21-3371-2021 © Author(s) 2021. This work is distributed under the Creative Commons Attribution 4.0 License. Halogen activation in the plume of Masaya volcano: field observations and box model investigations Julian Rüdiger1,2, Alexandra Gutmann1, Nicole Bobrowski3,4, Marcello Liotta5, J. Maarten de Moor6, Rolf Sander4, Florian Dinger3,4, Jan-Lukas Tirpitz3, Martha Ibarra7, Armando Saballos7, María Martínez6, Elvis Mendoza7, Arnoldo Ferrufino7, John Stix8, Juan Valdés9, Jonathan M. Castro10, and Thorsten Hoffmann1 1Institute of Inorganic and Analytical Chemistry, Johannes Gutenberg University, Mainz, Germany 2Environmental Chemistry and Air Research, Technical University Berlin, Berlin, Germany 3Institute of Environmental Physics, University of Heidelberg, Heidelberg, Germany 4Max Planck Institute for Chemistry, Mainz, Germany 5Istituto Nazionale di Geofisica e Vulcanologia, Sezione di Palermo, Italy 6Observatorio Vulcanológico y Sismológico de Costa Rica Universidad Nacional, Heredia, Costa Rica 7Instituto Nicaragüense de Estudios Territoriales, Managua, Nicaragua 8Department of Earth and Planetary Sciences, McGill University, Montreal, Canada 9Laboratorio de Química de la Atmósfera, Universidad Nacional, Heredia, Costa Rica 10Institute of Geosciences, Johannes Gutenberg University Mainz, Mainz, Germany Correspondence: Thorsten Hoffmann ([email protected]) Received: 25 March 2020 – Discussion started: 22 June 2020 Revised: 9 January 2021 – Accepted: 26 January 2021 – Published: 4 March 2021 Abstract. Volcanic emissions are a source of halogens in the sensing observations (differential optical absorption spec- atmosphere. Rapid reactions convert the initially emitted hy- troscopy; DOAS). The reactive fraction of bromine increased drogen halides (HCl, HBr, and HI) into reactive species such from 0.20 ± 0.13 at the crater rim to 0.76 ± 0.26 at 2.8 km as BrO, Br2, BrCl, ClO, OClO, and IO. -
Geohazard Supersites and Natural Laboratories Initiative
Versión 1.0, 14 de octubre de 2015 www.earthobservations.org/gsnl.php Geohazard Supersites and Natural Laboratories Initiative A.1 Proposal Title: Volcano-tectonic Geohazard Interaction within the Nicaraguan Depression Volcanoes: Cosiguina, San Cristóbal, Telica, Cerro Negro, Momotombo, Península de Chiltepe, Masaya and Concepción A.2 Supersite Coordinator Email (Organization only) [email protected] Name: Iris Valeria Surname: Cruz Martínez Position: Director General of Geology and Geophysics Personal website: <In case a personal web page does not exist, please provide a CV below this table> Institución: Instituto Nicaragüense de Estudios Territoriales-INETER- Nicaragua Type of institution Government (Government, Education, other): The institution's web address: https://www.ineter.gob.ni/ Address: Front of Solidarity Hospital City: Managua Postal Code/Postal Code: 2110 Managua, Nicaragua Country: Nicaragua Province, Territory, State or Managua County: Phone number: Tel. +505-22492761 Fax +505-22491082 1 Versión 1.0, 14 de octubre de 2015 A.3 Core Supersite Team Email (Organization only) [email protected] Name: Federico Vladimir Surname: Gutiérrez Corea Position: Director of the Nicaraguan Institute of Territorial Studies-INETER- Nicaragua Personal website: http://www.vlado.es/ http://uni.academia.edu/FedericoVLADIMIRGutierrez/Curriculu mVitae Institution: Nicaraguan Institute of Territorial Studies-INETER-Nicaragua Type of institution Government (Government, Education, others): Institution's web address: https://www.ineter.gob.ni/ -
Mel Rodgers1, Mitch Hastings1, Glenn Thompson1, Diana Roman2 1
Locations of families of repeating events at Telica Volcano, Nicaragua Mel Rodgers1, Mitch Hastings1, Glenn Thompson1, Diana Roman2 1. University of South Florida. 2. Carnegie Institution of Washington −88.00˚ −86.00˚ −84.00˚ −82.00˚ 12.00˚ 1. Introduction Honduras 3. Results 14.00˚ −87.00˚ −86.00˚ Cosiguina 13.00˚ Nicaragua Telica is a Persistently Restless Volcano with ☀ San Cristobal Telica 12.00˚ 3.1 Multiplet “1” stack high rates of seismicity (>100s Cerro Negro Momotombo 12.65˚ events/day), high levels of degassing and Costa Rica10.00˚ 12.00˚ frequent small explosions. Locating events is dicult due to the ☀ TBHS low-amplitude, low-frequency and Telica TBTN 12.60˚ TBCF emergent nature of the waveforms. TBHY TBMR ☀ Telica has a high rate of multiplet km occurrence. Between 2010-2013 ~25% of TBCA 0 2 4 events belonged to a multiplet. 12.55˚ In this study we locate multiplets using TESAND seismic (broad band) ☀ Active vent STACK STACK waveform cross-correlation stacking to −86.90˚ −86.85˚ −86.80˚ TBHS TBHY obtain rst arrivals. Figure 1. Location of Telica & TESAND network stations. 2. Methods Prior work: • TESAND network deployed between 2010-2013. • STA/LTA event detection and catalogue creation in Antelope ->200,000 events. • Full cross-correlation using Peakmatch (Rodgers et al., 2015a) at single station TBTN of all events -> ~9000 multiplets (51,000 events) correlated above xcorr threshold 0.8. STACK STACK This study: TBMR TBTN 1. Using the multiplets previously identied on TBTN we select the 51 multiplets that contained more than 50 events per family (Ranging from ~5,000 to 50 events). -
Circular Registral Drp-06-2006
CIRCULAR REGISTRAL DRP-06-2006 DE: LIC. WALTER MÉNDEZ VARGAS DIRECTOR a.i. REGISTRO DE BIENES INMUEBLES PARA: SUBDIRECCIÓN, DIRECCIÓN DE REGIONALES, ASESORÍA JURÍDICA, ASEOSRÍA TÉCNICA, COORDINACIÓN GENERAL, JEFES DE REGISTRADORES Y REGISTRADORES. ASUNTO: Lista actualizada de los distritos urbanos de la República de Costa Rica Fecha: 05 de setiembre de 2006 Reciban mi cordial saludo. La presente tiene por objeto comunicarles la lista de los distritos urbanos actualizada al mes de Julio último, a fin de que sea utilizada en la califiación registral. PROVINCIA DE SAN JOSE CANTÓN DISTRITO 1. SAN JOSE 1.1. CARMEN 1.2. MERCED 1.3. HOSPITAL 1.4. CATEDRAL 1.5. ZAPOTE 1.6. SAN FCO DOS RIOS 1.7. URUCA 1.8. MATA REDONDA 1.9. PAVAS 1.10. HATILLO 1.11. SAN SEBASTIAN CANTÓN DISTRITO 2. ESCAZU 2.1. ESCAZU 2.2. SAN ANTONIO 2.3. SAN RAFAEL CANTÓN DISTRITO 3. DESAMPARADOS 3.1. DESAMPARADOS 3.2. SAN MIGUEL 3.3. SAN JUAN DE DIOS 3.4. SAN RAFAEL ARRIBA 3.5. SAN ANTONIO 3.7. PATARRA 3.10. DAMAS 3.11. SAN RAFAEL ABAJO 3.12. GRAVILIAS CANTÓN DISTRITO 4. PURISCAL 4.1. SANTIAGO CANTÓN DISTRITO 5. TARRAZU 5.1. SAN MARCOS CANTÓN DISTRITO 6. ASERRI 6.1. ASERRI 6.2. TARBACA (PRAGA) 6.3. VUELTA JORCO 6.4. SAN GABRIEL 6.5.LEGUA 6.6. MONTERREY CANTÓN DISTRITO 7. MORA 7.1 COLON CANTÓN DISTRITO 8. GOICOECHEA 8.1.GUADALUPE 8.2. SAN FRANCISCO 8.3. CALLE BLANCOS 8.4. MATA PLATANO 8.5. IPIS 8.6. RANCHO REDONDO CANTÓN DISTRITO 9. -
Costa Rica Family Odyssey
COSTA RICA FAMILY ODYSSEY A tropical green adventure into rainforests, volcanoes and beaches Expertly designed for nature-oriented families with kids ages 7 and up DURATION: 8 days / 7 nights SEASON: November through April DEPARTURES: Guaranteed with a minimum of 4 and maximum of 12 participants. TRIP RATING: Moderate nature, cultural, educational and family-friendly Tour, Grade (I): This first-class soft adventure is an activity-oriented program featuring walking tours through forest and National Parks (2-3 hours in duration at elevations below 9,000'). Also floating or rafting, wildlife viewing, zip lining, snorkeling, surfing and sea kayaking. 2020/21 DATES: On request any week of the year during the travel season. INTRODUCTION: At the heart of Central America, Costa Rica shines as one of the happiest and most peaceful countries on earth. Adventurous families with kids (or kids at heart), couples and nature-lovers of all stripes will find magical moments and make fond memories in this diverse and safe outdoor wonderland. Approximately 25% of the country has protected forests, parks and reserves. There are more than 100 different protected areas to visit in this country about the size of West Virginia. Southwind Adventures brings you the essence of Costa Rica – a classic, family-friendly journey that includes all the ‘musts’. Experience the pristine white sand beaches of Tamarindo. Get active on hiking trails, river floating, or paddling a sea kayak. Relax in a hot spring and in comfortable, environmentally friendly lodging. Spot exotic wildlife like howler and squirrel monkeys, tree frogs, sloths, turtles, butterflies and birds galore. -
Exhibit R-163 Martha Honey Et.Al, Impact of Tourism Related Development on the Pacific Coast of Costa Rica, Summary Report, Cent
Exhibit R-163 Martha Honey et.al, Impact of Tourism Related Development on the Pacific Coast of Costa Rica, Summary Report, Center for Responsible Travel April 2010 Impact of Tourism Related Development on the Pacific Coast of Costa Rica Summary Report By: Martha Honey Erick Vargas William H. Durham Center for Responsible Travel A Nonprofit Research Organization Stanford University and Washington, DC www.responsibletravel.org April 2010 Foreword The following Summary Report, based on two years of research and some two dozen individual studies by a team of Costa Rican and U.S. experts, offers the first multidimensional analysis of the phenomena that Costa Ricans have dubbed “residential tourism.” While this term has become popular, most Costa Ricans have had little understanding of its dimensions and implications for the country, the country’s Pacific coast, or Costa Rica’s tourism industry. The study traces the origins of this coastal transformation from the 1970s to the present, with particular focus on the real estate and construction boom and bust (caused by the global economic crisis) from 2002 through 2009. As members of the Advisory Committee that has assisted the research team, we believe that the study’s findings and recommendations can play a constructive role in helping to foment public discussion, civic engagement, and policy reforms to ensure a sustainable economy in coastal and marine tourism. Over the last decade, Costa Rica’s Pacific coast has become one of the epicenters in the Americas for rapid beach resort and vacation home development closely tied to the U.S. market. Together with cruise ship tourism, residential tourism is transforming swaths of the physical landscape and displacing or competing for resources with many fishing, farming, and ranching communities in the coastal zone.