Images

The leading tip of the June 27th flow has not advanced significantly over the past week, and remains roughly 500 meters (550 yards) upslope of Highway 130, west of the fire and police station.

This photograph looks downslope, and shows the proximity of the flow front to the highway.

One of many small breakouts on the surface of the June 27th flow immediately upslope of the leading edge. Many inflation features are present on the flow, including the tumulus in upper right.

This large-scale map uses a satellite image acquired in March 2014 (provided by Digital Globe) as a base to show the area around the front of Kīlauea's active East Rift Zone lava flow. The area of the flow on January 22 is shown in pink, while widening and advancement of the flow based on satellite imagery acquired today (January 26), is shown in red.

HVO geologist taking a gps waypoint of the leading edge of the June 27th flow, which consisted of a narrow, sluggish breakout during the afternoon.

USGS Hawaiian Volcano Observatory geologist Matt Patrick uses a handheld GPS receiver to map the boundary of an active lobe of the June 27th lava flow near Pāhoa on the Island of Hawai‘i. USGS photo.

This map overlays a georegistered mosaic of thermal images collected during a helicopter overflight of the distal part of Kīlauea's active East Rift Zone lava flow on January 22 at about 9:15 AM. The base image is a satellite image acquired in March 2014 (provided by Digital Globe). The perimeter of the flow at that time is outlined in yellow.

This large-scale map shows the distal part of Kīlauea's active East Rift Zone lava flow in relation to nearby Puna communities. The area of the flow on January 19 is shown in pink, while widening and advancement of the flow as of January 22 is shown in red.

This small-scale map shows Kīlauea's active East Rift Zone lava flow in relation to lower Puna. The area of the flow on January 19 is shown in pink, while widening and advancement of the flow as of January 22 is shown in red.

The June 27th flow remains active near its leading tip, with breakouts scattered in the distal portion of the flow. The leading tip has not advanced significantly over the past few days, and remains about 600 meters (0.4 miles) from Highway 130.

This photograph looks north, and shows the position of the leading tip of the flow relative to Highway 130. The brown swaths cut through the forest are fire breaks, and the large brown area at the left side of the image is a recent burn scar.

A view looking upslope at the leading tip of the flow.

This large-scale map uses a satellite image acquired in March 2014 (provided by Digital Globe) as a base to show the area around the front of Kīlauea's active East Rift Zone lava flow. The area of the flow on January 19 is shown in pink, while widening and advancement of the flow as of January 22 is shown in red.

Looking downslope at the leading tip of the flow, which is surrounded by burned vegetation.

Only a handful of small breakouts were active along the leading tip of the flow.

The leading tip of the most distal active portion of the June 27th lava flow remains active, but consists of small, sluggish breakouts that have not advanced a significant distance during the past two days. The leading tip of the flow remains approximately 600 meters (0.4 miles) from Highway 130.

This large-scale map uses a satellite image acquired in March 2014 (provided by Digital Globe) as a base to show the area around the front of Kīlauea's active East Rift Zone lava flow.

This satellite image was captured on Sunday, January 4, 2015, by the Advanced Land Imager instrument onboard NASA's Earth Observing 1 satellite. Bright red pixels depict areas of high temperature and indicate active lava. White areas are clouds. The yellow outline is the flow margin as mapped on Tuesday, December 30.

Knowing how much sand is removed and returned by big storm events can help show how waterfronts, like this one in Capitola, change with time.

Reflectors are placed throughout a lidar scan area to help reference where the lidar points are in space. Andrew Stevens, USGS, surveys Capitola Beach, walks past a reflector mounted on a tall, yellow tripod in front of the light blue building.

USGS geologist Bruce Richmond prepares to deploy a pipe dredge that will be dragged along the seabed to collect sediment.