Volcanic Lava Buries Two Housing Tracts on Hawaii’s Big Island

Volcanic Lava Buries Two Housing Tracts on Hawaii’s Big Island
Lava destroys homes in the Kapoho area, east of Pahoa, during ongoing eruptions of the Kilauea Volcano in Hawaii, U.S., June 5, 2018. (Reuters/Terray Sylvester)
Reuters
6/7/2018
Updated:
6/7/2018

PAHOA, Hawaii—An ever-creeping wall of lava from Kilauea Volcano has engulfed two entire seaside housing tracts at the eastern tip of Hawaii’s Big Island, government scientists reported on Wednesday, an area where civil defense officials said nearly 280 homes once stood.

The obliteration of the Kapoho Beach Lots and Vacationland subdivisions by a river of molten rock some 10 to 15 feet (3 to 4.6 meters) tall brings to at least 400 the number of homes and other structures consumed by lava during the past month.

That latest toll of property losses from Kilauea’s ongoing upheaval, which entered its 35th day on Wednesday, far surpasses the 215 structures destroyed by lava during all 35 years of the volcano’s last eruption cycle, which began in 1983.

“Vacationland is gone, there’s no evidence of any properties there at all,” Wendy Stovall, a vulcanologist with the U.S. Geological Survey (USGS), told reporters on a conference call. At the adjacent Kapoho Beach Lots to the north. “Just a few homes” are left standing, she added.

County property tax records show a total of 279 homes existed in the two subdivisions combined, according to David Mace, a Federal Emergency Management Agency spokesman currently assigned to the Hawaii County Civil Defense authority.

Several miles (km) to the west, another 130 homes have been confirmed destroyed in and around the Leilani Estates community, where lava-spouting fissures in the ground first opened May 3 on the volcano’s lower flank, according to civil defense officials.

Mace said property losses in the east-end developments of Kapoho Beach Lots and Vacationland have yet to be officially documented.

Lava destroys homes in the Kapoho area, east of Pahoa, during ongoing eruptions of the Kilauea Volcano in Hawaii, U.S., June 5, 2018. (Reuters/Terray Sylvester)
Lava destroys homes in the Kapoho area, east of Pahoa, during ongoing eruptions of the Kilauea Volcano in Hawaii, U.S., June 5, 2018. (Reuters/Terray Sylvester)

The two communities, comprising a quiet vacation spot once popular for its snorkeling and tide pools, sat at the edge of a small, shallow inlet called Kapoho Bay. Lava pouring into the ocean there has completely filled in the bay, extending nearly a mile (1.6 km) out from what had been the shoreline, USGS scientists said.

Plumes of white steam and hydrochloric acid fumes, a vaporous, corrosive mix formed from lava reacting with seawater as it enters the ocean, could be seen rising from a distance.

‘Emotional Roller Coaster’

Authorities began evacuating the Kapoho area last week, with most residents ushered to safety by early on Saturday, hours before lava severed all road access to the region.

“I just locked my doors and walked away,” said Betty Oberman, a 28-year Vacationland resident who headed the neighborhood watch group there. “It’s an emotional roller coaster.”

The river of lava then spread out into a towering blob about a half-mile (800 meters) wide as it crept through the flat, open expanse of the subdivisions, swallowing everything in its path over the next few days.

A handful of residents who initially stayed behind rather than heed evacuation orders were airlifted by helicopter on Sunday.

Most of the two dozen volcanic vents have grown largely quiet over the past week, with just one, Fissure 8, still spewing large volumes of molten rock from the ground as of Wednesday, the USGS said. That fissure is the origin of the lava flow that devastated Kapoho.

Lava had covered nearly 8 square miles (20.7 sq km) of landscape as of Monday, and some 9,900 earthquakes had been recorded on the Big Island since Kilauea rumbled back to life last month. That’s nearly 10 times the monthly historic average for seismic activity on Hawaii Island, the USGS said.