Images

White River at Hazelton IN - downstream view of channel

White River at Hazelton, IN - downstream view of channel from bridge

Surveying with UAS in cooperation with US Army Corps of Engineers (Cape Cod, MA).

Map as of 8:00 am HST, May 21. Shaded purple areas indicate lava flows erupted in 1840, 1955, 1960, and 2014-2015.

Lava fountain at fissure 22, 9:03 a.m. HST, from the north side the fissure complex. Geologists report this morning the lava fountain as high as about 50 m (164 ft).

Aerial view of erupting fissure 22 and lava channels flowing southward from the fissure during an early morning overflight. View is toward the southwest.

Helicopter overflight of Kīlauea Volcano's Lower East Rift Zone shows fountaining at Fissure 22.

Lava continues to enter the sea at two locations this morning. During this morning's overflight, the wind was blowing the "laze" plumes along the shoreline toward the southwest.

By the end of the afternoon, only a single ocean entry was active. The lava channel originates from fissure 22. This photo was taken during a late afternoon overflight of the lower East Rift Zone, Kīlauea Volcano.

USGS scientists aboard R/V Bold Horizon at the dock in San Diego, CA, preparing for a sampling and data collection research cruise offshore of Oceanside.

I spy with my little (eagle-) eye . . .

After a successful beach survey and installation of remote-sensing cameras on a nearby island, scientists Shawn Harrison and Andrew Stevens spotted this bald eagle near the mouth of the Skagit River, Washington.

One of the first images collected by GOES-17 upon its arrival in orbit, before shifting to its permanent position at 137° west longitude. Image from May 20, 2018. Courtesy NOAA-NASA.

Map as of 11:00 am HST, May 20. Shaded purple areas indicate lava flows erupted in 1840, 1955, 1960, and 2014-2015. Site of active ocean entry is shown with dots.

Lava from the Fissure 20 complex is entering the ocean in two locations, separated by an area tens of yards wide. At the time of this early morning photo, lava flowing into the ocean entry on the eastern (left-most) lobe was diminishing while lava flowing into the ocean on the western (right-most) lobe was vigorous.

Lava flows from the Fissure 20 complex move downslope and enter the ocean. Lava can be seen in the middle of the channel. A laze plume hides the point of ocean entry.

Lava from the eastern channel of the Fissure 20 complex is flowing into a crack in the ground that opened on the morning of May 20, 2018. The crack is "robbing" the easternmost channel of lava and the eastern ocean entry is therefore less vigorous than the western entry point.

Lava from the eastern channel of the Fissure 20 complex flows into a crack in the ground. The crack opened in the early morning hours of May 20, 2018. Prior to opening, lavawas flowing vigorously down a channel. After the crack formed, the lava began pouring into the ground.

Lava from the Fissure 20 complex enters the ocean generating a white laze plume. Helicopter overflight on May 20, 2018, at 6:45 AM HST.

Lava from the fissure complex erupting in Kīlauea's lower East Rift Zone entered the ocean in late evening on May 19, 2018. The active ocean entry is producing a white "laze" plume. Laze is formed when hot lava hits the ocean, forming a plume of hydrochloric acid and steam with fine glass particles.

View of ocean entry point from helicopter overflight on May 20, 2018, at 6:45 AM HST. 

The helicopter hovers above the ocean entry on May 20, 2018, around 6:45 AM HST. Several braided lava channels (red) are visible on the right. The white plume is "laze," which forms when hot lava hits the ocean sending hydrochloric acid and steam with fine glass particles into the air.