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Ashfall was reported in Finca Monte Claro on 1 and 4 December, and in San Marcos Palajunoj on 26 and 30 December along with Loma Linda. A linear thermal anomaly was visible on the W flank originating from the Caliente vent on 2 January, which was likely due to either incandescent blocks or a pyroclastic flow. Gonna go when the volcano blows 10 player tournament. Secondary explosions occurred along the flowpath associated with hot deposits in contact with river water. Based on satellite imagery, the Washington VAAC reported that diffuse ash plumes on 18, 23, and 24 April, and gas plumes possibly containing ash on 20 April, drifted SW and W. INSIVUMEH reported that explosions from Santa María's Santiaguito lava dome complex occasionally produced ash plumes that rose to altitudes of 5. and drifted E on 11 and 16 April.

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A lateral blast and pyroclastic flow occurred on 1 December at 1330, damaging 2. The ash cloud was apparently associated with a nuée ardente which descended the dome from the Caliente vent to the valley of Río Concepción. INSIVUMEH reported that a strong lahar was detected by the seismic network and observed within Río Nima 1 on 7 September. Slow growth of new lava dome, persistent ash plumes, and nearby ashfall, January-October 2017. 5-km-high ash plume. Ash eruptions continue at about 30-minute intervals. Dr. Orcutt said: "It's just something that's happened for thousands to millions of years, and it's not going to stop doing that. Official website at or for links to some of the best Buffett fan pages go to Check out information and the lyrics to other Jimmy. Explosions on 19 February produced ash plumes and ashfall to areas SW. There is data available for 3 confirmed Holocene eruptive periods. Gonna go when the volcano blows 10 player. Map of Santiaguito and environs showing zones affected by the 1929, 1973, and 1989-90 pyroclastic flows.

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The lahar, about 18 m wide and up to 2 m deep, carried blocks and smelled of sulfur. 3 km altitude on 11 and 14 January for short periods of time before dissipating. Degassing on 8 February was characterized by steam and gray plumes of fine ash on the SW flank. Near-daily ashfall affected the coffee plants at the El Faro and San José Patzulín farms (left) at Santiaguito during January 2019. 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. Title: Bath of Gulf of Mexico & Caribbean Sea. A few explosions occurred during 3-4 March; ash plumes rose 900 m above Caliente dome. During 31 January-1 February ashfall was reported in areas to the S. Two explosions on 3 February generated ash plumes that rose 700 m above the complex and drifted SW. Explosions the next day produced plumes that drifted SW. On 23 and 28 July the avalanches generated ash emissions that rose 800 m above the crater that extended 3 km E. Some lava flow deposits were observed in the Seco river. The Real Housewives of Atlanta The Bachelor Sister Wives 90 Day Fiance Wife Swap The Amazing Race Australia Married at First Sight The Real Housewives of Dallas My 600-lb Life Last Week Tonight with John Oliver. Successive positions of the 1986-88 flow front are dated. 08 Dec 2010||Yes||Ash||700 m||SE||Block avalanches; ashfall to SE|. Ashfall to the W in San Marcos and Loma Linda Palajunoj was reported on 10, 15, 18, 20, and 22 June.

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Smaller explosions typical of Santiaguito's long-term eruption continued after the end of the vigorous activity. Courtesy of Eddie Sánchez, Otoniel Matías, Andy Harris, Luke Flynn, Bill Rose, James Vallance, Edouard Gegout. The avalanches sometimes generated minor ash plumes that rose along their paths. Scientists noted that continued erosion could severely undercut the large spines on Caliente's upper N flank, possibly causing their collapse and a subsequent rapid depressurization of the shallow magma system beneath Caliente. During 3-4 October avalanches from the lava dome occasionally generated pyroclastic flows; lava flows were active on the SW and SE flanks. The plumes reached ~3 km (~10, 000 ft) a. l. Several explosions occurred at Santa Maria's Santiaguito lava-dome complex during 15-17 February, with ash plumes rising to ~1. Explosions with ash on 9 March rose to 3. The flow extended S down the flank of the Santiaguito dome complex before being deflected SW by a low ridge and moving over the top of the 1986-89 flow (figure 29). The next day a new ash plume was located about 20 km W of the summit, dissipating rapidly, at 4. "Beginning in April 1990, more than 20 powerful pyroclastic eruptions, similar in magnitude to the 19 July 1989 eruption, have occurred at Caliente vent (table 1). The constant explosive activity at Caliente dome during 2016 enlarged the summit crater significantly between January and the end of September 2016. Courtesy of CONRED (Informative Bulletin No. The lava flow that began during the 9 May 2014 eruption had traveled more than 3.

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On 6 March around 0733, a moderate explosion at Santa María's Santiaguito lava-dome complex produced an ash plume and pyroclastic flows. During 11-12 March four lava flows were active, on the SW, S, SE, and E flanks, which sometimes produced avalanches that generated pyroclastic flows. On all of these dates, pyroclastic activity from the Caliente vent was noted. INSIVUMEH reported that on 29 September a lahar 28 m wide and 2 m deep traveled down Santa María's Rio Nima II drainage, carrying 2-m-wide blocks and tree branches. In a special report posted on 23 June, INSIVUMEH reported that a strong explosion at Caliente cone, part of Santa María's Santiaguito lava-dome complex, occurred at 1337 and generated avalanches on the SE and SW flanks, and a very dense ash plume that rose 2 km and drifted SW and S. Gas plumes rose 50 m above the crater during 26-28 June. Several small, gray, vertical plumes were observed rising from near the SE base of Caliente, probably resulting from collapse at the front of a block lava flow. Moderate vibrations could be felt from the ground as it passed the observatory; sulfur odors were also noticed. Beginning at 2145 on 6 May a strong lahar, 30 m wide and 2. 2 km altitude (up to 700 m above the summit of Caliente) and drifted in multiple directions. During 27-30 May weak explosions generated ash plumes that rose 600-700 m and drifted W and SW. Ashfall was reported in Monte Claro (S). Ash plumes drift 300 km W; lava flows continue down Caliente dome. 14-57, Zona 13, Guatemala City, Guatemala (URL:); MIROVA (Middle InfraRed Observation of Volcanic Activity), a collaborative project between the Universities of Turin and Florence (Italy) supported by the Centre for Volcanic Risk of the Italian Civil Protection Department (URL:); Washington Volcanic Ash Advisory Center (VAAC), Satellite Analysis Branch (SAB), NOAA/NESDIS OSPO, NOAA Science Center Room 401, 5200 Auth Rd, Camp Springs, MD 20746, USA (URL:, archive at:). La Florida (5 km S), Monte Claro (S), and Palajunoj (SW|. During May, the number of daily explosions ranged from 9 to 26 (figure 66), and block avalanches from the new lava dome traveled short distances down the flanks.

By the end of July its front was between 1, 200 and 1, 300 m elevation in a canyon 80 m wide and 30 m deep, about 1. Constant weak and moderate block avalanches were observed on the S, SW, and SE flanks of the Caliente dome accompanied by some fine ashfall on the volcanic perimeter and white gas-and-steam emissions that rose 3. They also noted that explosions and rumbling from the complex were at normal levels. Increased precipitation during August 2016 led to lahars on 8, 13, and 29 August 2016 that descended the Cabello de Ángel, Nimá I, and Samalá drainages.