la buena radio santa maria

5,079 households (18.9%) were made up of individuals, and 2,431 (9.0%) had someone living alone who was 65 years of age or older. During 30 August to 1 September, several weak-to-moderate explosions at Santa Maria's Santiaguito lava-dome complex produced ash clouds to a maximum height of ~1 km above the volcano. They were about 15 m wide, and 1-3 m deep, carrying blocks 1-2 m in diameter. Up and down the coast, there are dozens of small towns where you can find ocean views and a […] Read full post . There was no relationship between repose intervals and the size of subsequent explosions. It became Santa Maria on February 18, 1885, since mail was often being sent by mistake to Central City, Colorado. Explosions during 13-14 October produced ash plumes that drifted SW, causing ashfall in La Florida (5 km S) ranch. The larger explosions also resulted in pyroclastic flows that travelled 2.0-2.5 km down the SW, S, and SE flanks in the Nimá I, Nimá II, and San Isidro drainages. On 30 January, INSIVUMEH reported that both an increasing height of ash plumes from explosions at Santiaguito lava-dome complex and a change in wind direction caused ashfall in the towns of Esperanza and San Mateo in Quetzaltenango. An increase in thermal energy detected towards the end of the month resulted from this extrusion (figure 116). A lahar descended the Cabello de Ángel river drainage on 3 July 2016 after a large explosion (figure 51). Ashfall was reported in most communities up to 20 km away to the S and W after these events. Explosions from the Caliente dome in June were accompanied by ash plumes typically rising to 3.5 km altitude and drifting in different directions up to 1 km. Lahars comprised of hot, SO2-rich ash and mud, and meter-size blocks traveled down the main drainages during May and June. INSIVUMEH reported that during 8-9 March explosions from Santa María's Santiaguito lava-dome complex generated ash plumes that rose 800-1,000 m above the crater and drifted W and SW. Block avalanches descended the SE and NW flanks. A moderate-size lahar on 16 May descended the Rio San Isisdro; it was 20 m wide and carried blocks 2 m in diameter. INSIVUMEH reported that on 21 January ashfall was reported in areas near Santa María's Santiaguito lava dome complex. There were 28,294 housing units at an average density of 1,209.4 per square mile (467.0/km2), of which 13,893 (51.6%) were owner-occupied, and 13,015 (48.4%) were occupied by renters. Up and down the coast, there are dozens of small towns where you can find ocean views and a […] Read full post . Avalanches were frequent on the SE flank of the dome, and sometimes occurred on the W and NE flanks (figure 88). Termer, F., 1934, Die Tätigkeit des Vulkans Santa María in Guatemala in den Jahren 1931-1933: Zeitschrift für Vulkanologie, v. 14, p. 43-50. | August 10 Must-See Places You’ll Want To Experience On Pacific Coast Highway. Relatively few VAAC reports were issued for Santa María during 2017 compared with the previous two years. On 4 July, INSIVUMEH reported that an explosion from Santa María's Santiaguito lava dome complex produced an ash plume that rose to an altitude of 3.3 km (10,800 ft) a.s.l. A lava flow on the SW flank produced avalanches of blocks. On 6 October a 16-m-wide, 1.5-m-deep lahar triggered by rainfall descended the Cabello de Ángel drainage, a tributary of the Nimá I river drainage on Santa María’s S flank, carrying tree trunks and blocks up to 1 m in diameter. Direct observation of pyroclastic eruptions is often impossible because of weather conditions, but reports from four events indicate that they are characterized by large eruption columns rising 4-5.5 km above the vent, durations on the order of 7-15 minutes, and are heard as far away as Retalhuleu [25 km SSW]. During 30-31 July explosions produced ash plumes that rose 1.5 km above Caliente dome and drifted 12 km WSW. Summary of available information on explosions, plumes, and other volcanic emissions of Santa Maria volcano reported during January through early-October 2011. " Ash fell again in El Viejo Palmar, fincas La Florida, El Faro, and Santa Marta (5-6 km SW) on 7 November. Block avalanches at the front of the new flows were reported every week. Small avalanches of incandescent volcanic material descended the SW side of the Caliente dome. The high level of background activity associated with lava extrusion continued through January. INSIVUMEH reported that daily ash plumes from Santa Maria’s Santiaguito lava-dome complex during 18-25 August rose to 2.8-3.5 km (9,200-11,500 ft) a.s.l. For every 100 females age 18 and over, there were 100.7 males. INSIVUMEH geologists observed explosive activity and seismicity at Santiaguito during visits in late January and early February. An ash plume from two emissions drifted WSW at 4.3 km altitude on 10 April, and on 22 April two small discrete emissions were observed in satellite images moving SE at 4.6 km altitude. Continuing explosive activity from Santa María's Santiaguito lava-dome complex during 4-9 May sent ash columns as high as 1.3 km above the vent. No ash was visible on satellite imagery. The ash drifted up to 20 km SW. White steam plumes rising to 2.9-3.0 km altitude drifted SE most days during December 2019. On 30 April, INSIVUMEH reported that explosions caused ashfall to the SW. Lava extrusion was low. and dispersed SW. Rumbling sounds and strong fumarolic activity were also noted. The plumes drifted SW or SE, spreading fine-grained ash over the nearby hills. Moderate explosions were detected later that day. Table 2. The youngest of the four vents in the complex, Caliente, has been erupting with ash explosions, pyroclastic, and lava flows for more than 40 years. 14-57, Zona 13, Guatemala City, Guatemala (URL: http://www.insivumeh.gob.gt/inicio.html); Hawai'i Institute of Geophysics and Planetology (HIGP), MODVOLC Thermal Alerts System, School of Ocean and Earth Science and Technology (SOEST), Univ. Activity during October-November 2003. Because of strongly parallel drainage systems, filling of the Río Nimá II and the Río Samalá must eventually result in overflow into nearby rivers, which are at significantly lower levels. Explosions on 25 June produced ash plumes that rose 700-1,000 m and drifted 10 km S and SW. During the report period, several avalanches of volcanic material traveled S and SW down Caliente cone. The group saw eruptions at 1000 and 1115 on 28 February during 5 hours of observations. Volcanic activity at Santiaguito volcano, 1976-1984. On 28 May 1998, a large lahar descended the Río Nimá I and entered the N end of El Palmar, depositing 40 cm of fine sediment in the streets. 06:00 - «Francisco y Clara, camino de misericordia» (Semanal), con Fray Juanjo Rodríguez O.F.M. Information Contacts: Instituto Nacional de Sismologia, Vulcanologia, Meteorologia e Hidrologia (INSIVUMEH), Unit of Volcanology, Geologic Department of Investigation and Services, 7a Av. During 25-26 and 31 July moderate and strong block avalanches on the W, NW, S, SW, and SE flanks were accompanied by pyroclastic flows. The onset of the rainy season has annually caused an increased number of lahars in drainages S of the volcano. Ash from the explosion blew E and small avalanches traveled down the E and S flanks. | October On 28 September the Washington VAAC reported an ash emission, again based on GOES-12 imagery, that reached an estimated 4.3 km altitude. Small amounts of ash fell around the volcano, including in Monte Bellow, La Florida, and El Faro ranches (locally termed fincas). The loud noises from constant degassing were heard in El Palmar on 4 March 2021; ash plumes that day drifted up to 2 km SW. On 13 October the seismic network detected moderate-to-strong lahars in the Cabello de Ángel and the Nimá I drainages triggered by heavy rain. INSIVUMEH reported that during January-October 2002, activity at Santiaguito included lahars, explosions, growth of the lava dome, and collapses from the Caliente dome. on 19 February. Explosions during 21-22 October generated ash plumes that rose 700 m above the crater and drifted SW, causing ashfall in El Rosario Palajunoj finca. Reference. Siebert, L., Simkin, T., and Kimberly, P., 2010, Volcanoes of the World, 3rd ed., Berkeley: University of California Press, 568 p. Information Contacts: Instituto Nacional de Sismologia, Vulcanologia, Meteorologia e Hydrologia (INSIVUMEH), Unit of Volcanology, Geologic Department of Investigation and Services, 7a Av. Ash plumes from explosions detected during 15-16 October rose 600 m and drifted S. Ash fell locally around the volcano. Ashfall was reported in areas downwind. Univ. and drifted SW. Ashfall was reported from areas 4 km to the SW on 15 February. A loud explosion in the evening of 2 July was followed by pyroclastic flows that descended the SW flanks. On 28 July, weak pyroclastic flows also traveled down the SW flank. Found inside – Page 390California Nonprofit Service Consortium , Until April California Presbyterian Church , Buena Park , Ca. ... Nursing Students Association Incorporated , California Protective Parents Association , Until August Los Angeles , Ca. Plumes of steam with minor magmatic gases rose continuously from the Caliente crater 100-500 m above the summit, generally drifting SW or SE before dissipating. Thus far the movement has been unsuccessful. Avalanches of blocks and ash from the SW edge of Caliente Dome were observed on 14 May. There were at least 50 reports of ash explosions during January-June 2015 from Guatemala's INSIVUMEH (Instituto Nacional de Sismologia, Vulcanologia, Meterologia e Hidrologia) or the Washington VAAC (Volcanic Ash Advisory Center). Approximately 1 million cubic meters of tephra was deposited within the Nimá I drainage. Si desactivas esta cookie no podremos guardar tus preferencias. 50008 Zaragoza. Four explosions were observed during 3 hours of observations on 10 January. The lava dome was incandescent most nights, sometimes for prolonged periods of time. | March Sulfur odor was also reported 8-10 km S on 16, 19, and 22 November. Information Contacts: Andy Harris and Luke Flynn, HIGP/SOEST, University of Hawai'i, 2525 Correa Road, Honolulu, HI 96822, USA (URL: http://modis.higp.hawaii.edu/); James Vallance, Department of Civil Engineering and Applied Mechanics, McGill University, Montreal, Quebec H3A 2K6, Canada; Mark Davies, School of Environmental Sciences, University of East Anglia, Norwich, NR4 7TJ, United Kingdom; Bill Rose, Gregg Bluth, and Jeremy Shannon, Department of Geological Engineering and Sciences, Michigan Technological University, Houghton, MI 49931, USA; Otoniel Matías and Gustavo Chigna, INSIVUMEH, 7a Av. Accompanying pyroclastic surges detached from the flows and traveled E, blowing down trees, scorching vegetation, and blanketing a several-km2 area E of the dome with ash and lapilli. Many explosions were accompanied by block-and-ash avalanches from the NE and SW edges of Caliente dome. On 17 October, as during 16 October, most of the nearly 50 explosions were considered moderate, generating avalanches of block lava and ash on the SSW flanks and NE of the Caliente cone. Beginning about 25 January, ash emission from Santiaguito increased significantly. | October El Colectivo Ecoconi es aliado de Radio Huaya e invita. | June Continued growth of the Caliente lava dome resulted in daily block avalanches descending its flanks. During 14-15 May explosions produced ash plumes that rose 2 km above Caliente dome. Pyroclastic flows occasionally accompanied explosions and traveled towards the SW. Several avalanches of volcanic material also occurred during the report period. INSIVUMEH reported that during 13-19 March explosions from Santa María's Santiaguito lava-dome complex produced ash plumes that rose as high as 4 km and drifted NE, E, S, SW, and W. Explosions were heard during 25-26 March. There were 22,146 households, out of which 42% had children under the age of 18 living with them, 56.4% were married couples living together, 13.3% had a female householder with no husband present, and 24.8% were non-families. The volcano was in a moderate explosive phase in May, emitting gray ash clouds 300-500 m high. The lahars reached the El Faro estate. Phreatic explosions occurred at the middle and lower parts of the lava flow. Block-and-ash flows descended the W and NE flanks. Near-daily ashfall was reported from many of the communities 10-20 km SW including San Marcos Palajunoj, Loma Linda, Monte Bello, Santa María de Jesús, El Nuevo Palmar, and Las Marías (figure 55) during September 2016. Small explosions from Caliente crater continue. The volcano is composed of a large edifice that reaches over 3.7 km above sea level; the Santiaguito dacitic dome complex to the SW, with the active Caliente dome, rises to a height of over 2.5 km (figure 77). This emission rate was slightly less than the average of about 100 t/d (range 40-1,600 t/d) determined in July 1976, when there were many more vertical ash eruptions that had higher values, but was identical to the emission rates measured then between eruptions (Stoiber and others, 1983; especially Table 29.4). During 12-15 November explosions from the Santiaguito lava-dome complex generated ash plumes that rose to 800 m above the complex and drifted SW. Ashfall was reported in areas downwind, including Monte Claro, San José, and la Quinta. INSIVUMEH reported that during 7-12 February explosions at Santa María's Santiaguito lava-dome complex generated ash plumes that rose 500-700 m and drifted E and SW, causing ashfall on the flanks. Andres, R.J., Rose, W.I., Stoiber, R.E., Williams, S.N., Matías, O., Morales, R., 1993, A summary of sulfur dioxide emission rate measurements from Guatemalan volcanoes: Bull. Avalanches descended the SW flank of the dome. A strong explosion on 1 April caused a collapse and produced a pyroclastic flow that moved ~ 4 km SW toward the Nimá II river. "Periods between major explosions have been characterized by passive fuming of Caliente and by minor phreatomagmatic and possibly phreatic vertical explosions. During 31 May to 1 June, weak-to-moderate explosions at Santa María's Santiaguito lava-dome complex produced gas-and-ash plumes that rose ~1.5 km above the crater. On 1 February at 0657 and 0708, moderate explosions were accompanied by pyroclastic flows. Strong, audible degassing from the crater was reported several times during June by INSIVUMEH. Its movement is now generating incandescent rockfalls and small block and ash flows. The ash plumes, white-to-dark-gray in color, remained 8-15 minutes above the volcano before being blown W or SW or both directions. On 12 November, the collapse of a small sector of the SW edge of the Caliente dome produced a pyroclastic flow. Ashfall was reported on 13 and 14 April in the nearby mountains and areas around Finca San José to the SE.

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