volcanochaser > Panorama of the flow field through the center of the remaining Royal Gardens subdivision.  The flow field has tended to expand to the west (left) in recent days, but has also been very active over older flows in the center.  The subdivision of about 1800 one-acre lots used to extend two more miles from the base to near the ocean in the lower flats.  No utilities, such as phone service, sewer, electricity and water were available when the subdivision was first invaded by lava in the 1980's.  Oct 24, 2008
volcanochaser > Closer view of the active flows devastating the forest on the western part of Royal Gardens.  Oct 24, 2008
volcanochaser > Several a'a flows converge as they approach the base of Royal Gardens.  Harsh sunlight washes out most of the orange glow during sunny days.  Oct 24, 2008
volcanochaser > The HVO scientists board the chopper after collecting lava samples.  Only choppers on official business can land in active areas or on the National Park to the west (left).  Tour choppers must fly at least 500 feet above the surface.  Oct 24, 2008
volcanochaser > The HVO scientists head back to the chopper after collecting fresh lava samples for analysis. Oct 24, 2008
volcanochaser > The HVO scientists head back to the chopper after collecting fresh lava samples for analysis.  A lava stream can be seen descending on the left.  Oct 24, 2008
volcanochaser > Very fluid pahoehoe spreads out to fill a low spot in a previous flow.  Strong sunlight washes out much of the familiar orange glow from the liquid lava breaking out from under the shiny crust. Oct 24, 2008.
volcanochaser > Scientists from HVO land near the base of Royal Gardens to collect fresh lava samples for analysis.  The shinier flow near the base is from a breakout of the tube to the right of the photo.  Another flow from another breakout higher up is descending near the edge of the forest on the left.  A lava stream feeding an a'a flow is barely visible in the harsh sunlight.  Oct 24, 2008
volcanochaser > Scientists from HVO prepare to harvest some lava samples for analysis.  The shiny, billowy pahoehoe behind them is part of the active flow.  The scientist on the right uses a protective cover on her head and face for protection from the extreme radiant heat of the lava.  She will use the hammer on her right hand to break through the thin crust of the approaching lava and drag some molten lava out with the hammer. The lava will be quickly quenched with water and taken back for analysis.  Oct 24, 2008
Panorama of the flow field through the center of the remaining Royal Gardens subdivision. The flow field has tended to expand to the west (left) in recent days, but has also been very active over older flows in the center. The subdivision of about 1800 one-acre lots used to extend two more miles from the base to near the ocean in the lower flats. No utilities, such as phone service, sewer, electricity and water were available when the subdivision was first invaded by lava in the 1980's. Oct 24, 2008
volcanochaser > Panorama of the flow field through the center of the remaining Royal Gardens subdivision.  The flow field has tended to expand to the west (left) in recent days, but has also been very active over older flows in the center.  The subdivision of about 1800 one-acre lots used to extend two more miles from the base to near the ocean in the lower flats.  No utilities, such as phone service, sewer, electricity and water were available when the subdivision was first invaded by lava in the 1980's.  Oct 24, 2008
Panorama of the flow field through the center of the remaining Royal Gardens subdivision. The flow field has tended to expand to the west (left) in recent days, but has also been very active over older flows in the center. The subdivision of about 1800 one-acre lots used to extend two more miles from the base to near the ocean in the lower flats. No utilities, such as phone service, sewer, electricity and water were available when the subdivision was first invaded by lava in the 1980's. Oct 24, 2008
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