An intriguing historical photo which is likely of the 1944 eruption of Cleveland. From the collection of Wood, shared with AVO by family members. The photo is undated but accompanied other photos of Wood's time serving in Alaska in WWII. A handwritten caption on the back reads "Pictures of the hot lava flowing down the side of Chuganadak volcano when it erupted last year." (Cleveland is one volcano on Chuginadak Island - the other is Tanax̂ Angunax̂ which has no known eruptions during or after WWII.) It is unknown whether Wood was the photographer or not.

An intriguing historical photo which is likely of the 1944 eruption of Cleveland. From the collection of Wood, shared with AVO by family members. The photo is undated but accompanied other photos of Wood's time serving in Alaska in WWII. A handwritten caption on the back reads "Pictures of the hot lava flowing down the side of Chuganadak volcano when it erupted last year." (Cleveland is one volcano on Chuginadak Island - the other is Tanax̂ Angunax̂ which has no known eruptions during or after WWII.) It is unknown whether Wood was the photographer or not.

Date: 1944
Volcano(es): Cleveland
Photographer: unknown, unknown
URL: avo.alaska.edu/image/view/194388

Cleveland 1944/6

The eruption is summarized by Miller and others (1998) as follows: "The 1944 eruption was characterized by two days of Vulcanian explosive activity from the central crater, which produced lava flows as well as tephra (Simkin and Siebert, 1994). Severe earthquakes were felt throughout the episode. Clouds of steam and ash rose to 6000 m and lava flows extended 5 km from the central crater. Boulders 'as big as automobiles' were ejected across the island and for a considerable distance into the surrounding ocean (Alaskan Sportsman, 1944; Freiday, 1945). This eruption of Mt. Cleveland has the infamous distinction of having resulted in the only reported historical fatality [directly] attributable to volcanic activity in Alaska. A small detachment of the Eleventh Army Air Force was stationed on Chuginadak Island and one soldier who apparently advanced too close to the active vent during a reconnaissance investigation was killed (Smithsonian Institution, 1985); the soldier was possibly killed by a mudslide (Lowney, 1946). Army personnel and equipment were evacuated from the island and the outpost was abandoned for the duration of the war (Anchorage Daily Times, June 26, 1944; Robinson, 1948)."
Silk (1944) reports on the eruption as follows: "Sgt. Purchase left the station [outpost on Chuginadak Island] at 10 a.m., apparently for a short hike. He carried only a rifle and two or three clips of ammunition, no water or rations, and he was lightly dressed. Stg. Purchase enjoyed the outdoors and made short hikes around the island quite often. He was beyond a doubt physically and the most capable man at the station, and was much better acquainted with the island than the other men.
"At 10:20 a.m., the remaining men at the station noticed occasional small earthquakes, and on looking at Mt. Cleveland, about three miles away, they discovered it was smoking. Two of the men immediately set out to find Sgt. Purchase. They saw him at a long distance up the beach but were unable to catch up with him. They followed his tracks along the sand until they came to the foot of the north slope of the volcano. Just as they reached this point they noticed a small flow starting down the hillside. Thinking that Sgt. Purchase would also be attracted by this flow, the men left the beach and went up the hill to observe the flow more closely.
"It was discovered that the flow consisted mainly of mud, water, ash, and small rocks. Very shortly after this, the men, looking up the slope, observed a long lava flow starting down which threatened to cut across the return path, so they gave up their search and returned to the cabin, well knowing that Sgt. Purchase could take care of himself.
"They were not very worried over his absence until he failed to appear for the evening meal. It was then that they sent the message stating that he was missing. In the meantime the first flow had reached the sea and cut off his return path in that direction. They then received an answer to their radioed message for help, in which they were ordered to remain at their cabin, and they were not to attempt to locate the missing man and thereby take a chance of losing more men until relief arrived.
"The story at this point is taken up by Lt. Lynn Cunningham, who was on the rescue party." The narrative continues, explaining how they searched fruitlessly for Sgt. Purchase. The eruption narrative continues with: "At about 3 a.m. on the morning of the 12th we were awakened by violent and continuous earthquakes. We could hear a constant grumbling coming from the volcano. But, on going outside the station, we could see nothing, so we back to bed.
"At 7 a.m. the volcano was plainly vislble. The sky was clear and we saw that the rim of the crater was slightly inclined to the south of the apex. Violent eruptions were taking place, although no lava was flowing at this time. A never-ending fountain of boulders about 20 to 40 feet in diameter were being thrown from 1,000 to 2,000 feet straight into the sky.
"The volcano did not throw a few and then subside to build up more steam as is the usual case with volcanoes, but sprayed continuously. The erupted rocks were rolling down the south slope. Few, if any, rolled down the north slope. This upheaval of rocks continued for more than 12 hours, and finally, at the height of its fury, blew the entire top off the volcano. The eruptions at this time ceased to be directed to the south and could be seen falling in every direction." The narrative reports that at 10:20 that night, a boat sent to search again for Sgt. Purchase was showered with small cinders and ash, and they "saw the eruptions of rock cease and the flow of lava start. It was apparently flowing evenly down all sides of the volcano. The reflection lighted the sky a bright red for miles around."

Credit: Image courtesy of the AVO/UAF-GI.
Use Restriction: Please cite the photographer and the Alaska Volcano Observatory / University of Alaska Fairbanks, Geophysical Institute when using this image.
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