Mount Sutro Gallery

Search

Keyword
Tour

Results
384

License

© David July. Some Rights Reserved.

Search

Heading up to Sutro Tower.
Heading up to Sutro Tower.
Walking around the neighborhood in the shadow of Sutro Tower.
Walking around the neighborhood in the shadow of Sutro Tower.
Sutro Tower casting shadows in the fog as seen from the neighborhood below.
Sutro Tower casting shadows in the fog as seen from the neighborhood below.
Sutro Tower casting shadows in the fog as seen from the neighborhood below.
The street sign at La Avanzada and Dellbrook.
Walking up La Avanzada Street on my way to Sutro Tower.
Private Road and No Parking signs on La Avanzada Street.
The upper part of La Avanzada Street near the Sutro Tower gate.
Looking up at Sutro Tower.
Twin Peaks as seen from Summit Reservoir next to Sutro Tower.
The exercise path around Summit Reservoir next to Sutro Tower.
Sutro Tower from the exercise path around Summit Reservoir.
Sutro Tower from the exercise path around Summit Reservoir.
The exercise path around Summit Reservoir with Sutro Tower behind.
Sutro Tower from Summit Reservoir.
Sutro Tower, Level 6.
Sutro Tower, Levels 6 and 5.
Sutro Tower, Levels 4 and 3
Sutro Tower and sky.
Pictures of the Sutro Mansion hang on the wall of the Sutro Tower office.
A Sutro Tower model with a great view of San Francisco sits on a filing cabinet in the Sutro Tower office.
Equipment and workspace for KBCW 44 at Sutro Tower.
Analog equipment was already removed from this workspace at Sutro Tower.
An antenna diagram from before 1998 hanging in a corridor at Sutro Tower.
The bays of equipment for KFSF 66 at Sutro Tower.
A beautiful photograph taken by helicopter hangs in a corridor at Sutro Tower.
This classic analog transmission equipment was going to be removed soon after my visit to Sutro Tower.
The equipment bay for KPIX 5 reveals 'The Young & The Restless' being broadcast from Sutro Tower.
The new digital transmission equipment being installed at Sutro Tower takes up far less floor space.
Racks of network and transmission equipment at Sutro Tower.
The door to the workspace for KQED at Sutro Tower.
The view from the roof of the Sutro Tower equipment building.
The view of Summit Reservoir and beyond from the roof of the Sutro Tower equipment building.
Looking up at Sutro Tower from the roof of the equipment building.
Looking up at Sutro Tower from the roof of the equipment building.
Looking up at Sutro Tower from the roof of the equipment building.
The western leg of Sutro Tower from the roof of the building.
The patch of plants that lives directly below the center of Sutro Tower from the roof of the building.
Looking straight up the southern leg of Sutro Tower from the building roof.
KPIX transmission lines going up the southern leg of Sutro Tower.
The southern leg of Sutro Tower from the building roof.
The northern part of the Sutro Tower building roof.
Copper pipes and fittings on the Sutro Tower building roof.
Installed Dielectric equipment on the Sutro Tower building roof.
The eastern face of Sutro Tower from the building roof.
These ropes tied to the roof are used to lift tools and equipment to the upper levels of Sutro Tower.
Watching a wave ripple up and down the rope attached to Sutro Tower Level 6 after shaking it on the roof.
Floor marker in the main stairwell seen while returning from the roof of the Sutro Tower building.
The stained glass window rescued from the Sutro Mansion library now hangs backlit in the Sutro Tower building.
Auxiliary operation warning sign in the Sutro Tower building.
Walking through the area where the Sutro Mansion once stood before Sutro Tower was built.
The concrete foundation of the original transmission tower remains at the Sutro Tower site.
This equipment being used during the Sutro Tower DTV conversion project is secured to the ground with ropes tied around the concrete base of the original tower.
The southern face of the Sutro Tower building seen from the grounds.
Looking up Sutro Tower from the grounds.
The Sutro Tower DTV conversion project in progress, many components like this new and old are laying about.
The 977 feet of Sutro Tower from the southern leg up.
Tons of copper recently removed from Sutro Tower inside a large dumpster parked at the western leg.
Tons of copper recently removed from Sutro Tower inside a large dumpster parked at the western leg.
Approaching the western leg of Sutro Tower.
The elevator in the western leg of Sutro Tower.
David July inside the Sutro Tower elevator located in the western leg.
David July inside the Sutro Tower elevator located in the western leg.
The Sutro Tower elevator control panel.
Looking straight up inside the western leg of Sutro Tower.
Looking straight up inside the western leg of Sutro Tower.
Looking straight up outside the western leg of Sutro Tower.
Looking straight up outside the western leg of Sutro Tower.
Looking up outside the western leg of Sutro Tower.
FCC ASR 1001289 and Auxiliary Operation Caution signs just outside the Sutro Tower western leg and elevator.
Fall Protection, Authorized Personnel Only and Tower Elevator Safety Rules signs just outside the Sutro Tower western leg and elevator.
FCC ASR 1001289 sign just outside the Sutro Tower western leg and elevator.
Tower Elevator Safety Rules sign just outside the Sutro Tower western leg and elevator.
Equipment waiting at the foot of Sutro Tower.
Looking straight up from the center underneath Sutro Tower.
The western leg of Sutro Tower.
Looking straight up from the center underneath Sutro Tower.
An Andrew Corporation dish installed under Sutro Tower.
The northern leg of Sutro Tower.
An aerial work platform is docked in the green space under Sutro Tower.
New equipment for KBCW waits outside the Sutro Tower building.
This panel displays when the Sutro Tower beacon lamps are enabled.
Sutro Tower antenna diagram from 1 October 1990.
A monitor on the Sutro Tower building ground floor shows the view from a camera mounted above.
A painting of Sutro Tower decorates the corridor.
This control panel displays the weather conditions at each level of Sutro Tower.
This control panel displays the current transmitter status of each primary and auxiliary antenna.
The weather and transmitter status control panels in the Sutro Tower building.
The Sutro Tower beacon status panel and the corridor wall beyond.
The room and transmission equipment for KOIT FM at Sutro Tower.
The door to the equipment room for KOIT FM at Sutro Tower.
AT&T transfer switches in the Sutro Tower building.
The backup generator for KGO TV in the Sutro Tower building.
Humongous circuit breaker switches for various rooms and systems at Sutro Tower.
Backup generators for KGO TV and others in the Sutro Tower building.
The first floor corridor of the Sutro Tower building.
A Sutro Tower hard hat in the office.
The driveway up to Sutro Tower.
Looking up the northern leg of Sutro Tower.
The northern leg of Sutro Tower.
Fog, shadows and Sutro Tower.
Looking back at the Sutro Tower building from public land after the end of my tour.
Looking up at Sutro Tower.
Sutro Tower close up.
Sutro Tower, Level 2.
Sutro Tower and building next to the exercise path around Summit Reservoir.
'Danger! Restricted Access' sign on magnet lab door.
9 tesla magnet and equipment.
Magnet laboratory and equipment.
16 telsa magnet.
Window to magnet laboratory.
Magnet laboratory and equipment.
Magnet laboratory and equipment.
Lit fume hood in a dark laboratory.
Entrance to the Superconducting Materials Fabrication Laboratory.
Laboratory equipment.
Laboratory equipment.
Sign: Laser In Use Do Not Enter.
Laser radiation warning sign and safety goggles.
Zeiss 1540 XB Dual Beam Focused Ion Beam/Field Emission Scanning Electron Microscope.
Corridor placard for Shaw 147.
Emergency shower and eye wash in the corridor.
Entrance to lab Shaw 143.
Sample preparation laboratory.
Equipment in the sample preparation laboratory.
Equipment in the sample preparation laboratory.
Fisher Scientific Micromaster microscope and Tencor Alpha Step 200 profilometer in the sample preparation laboratory.
Tank, valve and gauges in the sample preparation laboratory.
A tank labeled 'non-magnetic' inside a laboratory.
Laboratory computer and microscope station.
Laboratory and equipment.
Control panel rack for laboratory equipment.
Control panel rack for laboratory equipment.
Emergency stop button on a control panel rack.
My reflection in the porthole of a pressurized, high voltage laboratory device.
Main entrance to the Shaw Building.
This unused space in the Shaw Building used to house telecommunications hardware.
Personnel of the Applied Superconductivity Center.
Close-up of a Applied Superconductivity Center publication.
View of the Don Veller Seminole Golf Course & Club from the Shaw Building.
Recent publications by the Applied Superconductivity Center.
Gas tanks noted on a map drawn on a corridor chalk board.
Power conduits running to circuit breaker boxes.
Laboratory.
Overhead florescent lights in a laboratory.
Laboratory equipment and controls.
TA Instruments SDT 2960 Simultaneous Differential Scanning Calorimeter and Thermo Gravimetric Analyzer.
Shelves of laboratory equipment and parts.
Aurora Steel Products Co. metal cabinet in a laboratory.
Aurora Steel Products Co. metal cabinet in a laboratory.
Fume hood and laboratory equipment.
Vacuum Atmospheres Corp. HE-43 Dri-Lab glove box with an HE-63P Pedatrol pressure regulator.
Vacuum Atmospheres Corp. HE-43 Dri-Lab glove box with an HE-63P Pedatrol pressure regulator.
Laboratory workspaces next to the HE-43 Dri-Lab glove box.
Fume hood and equipment in the glove box lab.
A spool of red wire and the HE-43 Dri-Lab glove box behind.
Various sized C-clamps in the glove box lab.
Vacuum Atmospheres Corp. HE-43 Dri-Lab glove box with an HE-63P Pedatrol pressure regulator.
Parts boxes in the glove box lab.
Flammable materials storage in the glove box lab.
Vacuum Atmospheres Corp. HE-63P Pedatrol pressure regulator on the HE-43 Dri-Lab glove box.
Thomas and Erik try out the HE-43 Dri-Lab glove box.
Lauren and Alice try out the HE-43 Dri-Lab glove box.
The top of the HE-43 Dri-Lab glove box.
Hydraulic gauge.
Vacuum Atmospheres Corp. HE-43 Dri-Lab glove box with an HE-63P Pedatrol pressure regulator.
Boxes of spare gauges and parts.
Fill/Refill Valve on the HE-43 Dri-Lab glove box.
Valve A control and gauge on the HE-43 Dri-Lab glove box.
Conductivity experiment equipment.
Conductivity experiment equipment.
Conductivity experiment equipment.
Conductivity experiment equipment.
Conductivity experiment equipment Unit 17 controller and display.
Conductivity experiment equipment power, arm and fire control panel.
Conductivity experiment equipment.
Conductivity experiment equipment Unit 6 thermocouple temperature control.
Conductivity experiment glass tubes in storage.
Conductivity experiment equipment.
Conductivity experiment equipment and gauges.
Conductivity experiment equipment.
Main entrance to the Shaw Building.
Parking lot sign: Reserved for N.H.M.F.L. Director.
Mag Lab main entranceway.
Three flags in front of the Mag Lab.
Warning signs at the Fourier transform ion cyclotron resonance mass spectrometry lab.
'Laser In Use Do Not Enter' sign at the Fourier transform ion cyclotron resonance mass spectrometry lab.
National High Magnetic Field Laboratory seal on glass.
Main corridor to the DC Field wing.
Pipes and cables overhead the DC Field wing corridor.
Warning signs and safety glasses in the DC Field wing corridor.
Thomas, Erik, Alice and Lauren in a DC Field wing corridor mirror.
The Mag Lab machine shop.
DC Field wing corridor.
Overhead lighting and crane tracks.
Mag Lab architecture.
Fire Alarm Terminal Cabinet and warning signs in the DC Field wing.
Sign: Danger High Magnetic Fields.
Pipes and cables overhead.
DC Field wing test cell corridor.
Pipes and cables overhead the DC Field wing test cell corridor.
Portable 'Laser In Use Do Not Enter' sign at the DC Field wing optics lab.
DC Field wing laser warning indicator panel, Cells 1-3.
Natural light coming through a DC Field wing corridor skylight.
DC Field wing Cell 5.
DC Field wing Cell 7.
DC Field wing Cell 7 floor sign.
DC Field wing Cell 9.
Power conduit RP-02A in the DC Field wing.
Conduits and controls outside the 45 Tesla Hybrid magnet in the DC Field wing.
Liquid nitrogen dewar filling station outside the 45 Tesla Hybrid magnet in the DC Field wing.
DC Field wing test cell corridor at the 45 Tesla Hybrid magnet.
Cross-section poster of the 45 Tesla Hybrid magnet in the DC Field wing.
Red alert light at the 45 Tesla Hybrid magnet in the DC Field wing.
Stairway at the 45 Tesla Hybrid magnet in the DC Field wing.
Overhead pipes, conduits and cables at the 45 Tesla Hybrid magnet in the DC Field wing.
The 45 Tesla Hybrid magnet in the DC Field wing.
Magnet housing drain point on the 45 Tesla Hybrid magnet in the DC Field wing.
The 45 Tesla Hybrid magnet in the DC Field wing.
Lighting and cables at the 45 Tesla Hybrid magnet in the DC Field wing.
Liquid nitrogen dewar filling station outside the 45 Tesla Hybrid magnet in the DC Field wing.
The 45 Tesla Hybrid magnet in the DC Field wing.
'Danger Hybrid Operators Only' sign at the 45 Tesla Hybrid magnet in the DC Field wing.
Magnet power emergency stop button EPO-27 for the 45 Tesla Hybrid magnet in the DC Field wing.
DC Field wing test cell corridor.
Helium recovery main feeds and oxygen deficient atmosphere alarm controls in the DC Field wing test cell corridor.
Oxygen deficient atmosphere alarm controls in the DC Field wing test cell corridor.
Vacuum gauge measurement and control system in the DC Field wing test cell corridor.
Overhead pipes and cables in the DC Field wing test cell corridor.
Liquid supply conduit in the DC Field wing test cell corridor.
DC Field wing Cell 15 floor sign.
The 45 Tesla Hybrid magnet in the DC Field wing.
Exit sign and security camera at the 45 Tesla Hybrid magnet in the DC Field wing.
Test cell equipment in the DC Field wing.
This yellow alert light indicates when the 45 Tesla Hybrid magnet is in operation.
Laboratory equipment and computer in the DC Field wing.
Hard hat on a blue cabinet in the DC Field wing corridor.
Equipment outside the resistive magnet cell lab in the DC Field wing.
Red alert light indicating this magnet in the DC Field wing is energized.
This ice in the DC Field wing corridor is for consumption.
Sign: Danger High Power Laser, Class IV Laser Product.
High voltage transformer 31292 by Niagara Transformer Corp. in the DC Field wing.
High voltage transformer 31288 by Niagara Transformer Corp. in the DC Field wing.
Sign: Danger High Voltage.
This 'Please! Keep this Door Closed' sign is obviously effective.
The Mag Lab machine shop.
Ladder and hatch in the DC Field wing corridor.
Main corridor to the DC Field wing.
Cryogenics lab and equipment.
Cryogenics lab and equipment.
Smaller scale machine shop.
Racks of servers, switches and other network hardware.
Microscope stations in a laboratory.
Microscope stations and laboratory.
Laboratory in the Nuclear Magnetic Resonance wing.
Refrigerated helium tanks in the Nuclear Magnetic Resonance wing.
Laboratory in the Nuclear Magnetic Resonance wing.
Nuclear Magnetic Resonance user schedule white board.
Metal detector and control consoles for the 900 MHz Nuclear Magnetic Resonance magnet.
900 MHz Nuclear Magnetic Resonance magnet, the largest of its kind in the world.
900 MHz Nuclear Magnetic Resonance magnet, the largest of its kind in the world.
Pipes and conduits at the 900 MHz Nuclear Magnetic Resonance magnet.
Nuclear Magnetic Resonance magnet.
Oxygen deficient atmosphere alarm light and signs in the Nuclear Magnetic Resonance wing.
Conference area overlooking a Nuclear Magnetic Resonance magnet.
NHMFL table cloth.
A glass flask sitting in an office cubicle in the Nuclear Magnetic Resonance wing.
Ion Cyclotron Resonance magnets.
Empty space above the Ion Cyclotron Resonance magnets.
Nuclear Magnetic Resonance magnets.
Nuclear Magnetic Resonance magnets.
Florida State University property decal 0269N0203I in the Nuclear Magnetic Resonance wing.
Nuclear Magnetic Resonance wing architecture.
A lab coat without its scientist in the Nuclear Magnetic Resonance wing break area.
Looking outside from the Nuclear Magnetic Resonance wing second floor.
Laboratory in the Nuclear Magnetic Resonance wing.
Research library stacks.
Issues of the Journal of the American Chemical Society in the research library.
Volume 82 of materials in the research library.
Overhead pipe labeled 'Acid Vent' in the research library.
Research library overhead lighting and pipes.
Test equipment in a laboratory.
Laboratory and equipment.
Large tanks of nitrogen in a laboratory.
Stairwell.
Cardboard boxes, black fence and 'Danger High Magnetic Fields' sign.
Nitrogen tank and fill station.
Mag Lab building exterior.
Mag Lab building exterior.
Nitrogen fill station valves, gauges and wrench.
Pipe from the nitrogen tank to the fill station.
Blue boxes of various sizes.
NHMFL seal and wooden chairs.
All that's missing from this darkened corridor at the Mag Lab is Gordon Freeman.
Art hanging overhead the Mag Lab main entranceway.
NHMFL seal and sign on the building exterior.
NHMFL seal and sign on the building exterior.
Mag Lab main entrance.
Mag Lab main parking lot.
NOAA logo, NWS sign and a red navigational beacon above the lobby security desk at the National Hurricane Center.
NWS staffer learning about the members of our group in the media briefing room before our tour at the National Hurricane Center.
Broadcast desk and forecast center floor seen from the media room before the tour of the National Hurricane Center.
Front of the broadcast desk seen from the media room before our tour of the National Hurricane Center.
Public Affairs Officer Dennis Feltgen talking in the media room about the organization and facility before the tour of the National Hurricane Center.
NOAA logo in the media room before the tour of the National Hurricane Center.
Storm tracking map in the operations center of the National Hurricane Center.
Senior Hurricane Specialist Daniel Brown working at his desk in the operations center of the National Hurricane Center.
Public Affairs Officer Dennis Feltgen and Hurricane Specialist John Cangialosi discussing the functions and roles performed in the operations center of the National Hurricane Center.
Hurricane Specialist John Cangialosi points toward Tropical Storm Aletta on the storm tracking map in the operations center of the National Hurricane Center.
Broadcast desk and the media room beyond in the operations center of the National Hurricane Center.
Hurricane Specialist John Cangialosi pulls up satellite imagery on a computer in the operations center of the National Hurricane Center.
What you don't see on television: behind the broadcast desk in the operations center of the National Hurricane Center.
What you don't see on television: behind the broadcast desk in the operations center of the National Hurricane Center.
Hurricane specialists working in the operations center of the National Hurricane Center.
Etched NOAA logo on glass behind the broadcast desk in the operations center of the National Hurricane Center.
Blue and red clipboards in the operations center of the National Hurricane Center.
NWS logo, tracking map and a clock in the operations center of the National Hurricane Center.
Hurricane forecast workstation in the operations center of the National Hurricane Center.
NOAA hurricane hotline telephone in the operations center of the National Hurricane Center.
Meteorologist Steve Feuer shows off a dropsonde in the office of CARCAH, the Chief Aerial Reconnaissance Coordination All Hurricanes unit of the National Hurricane Center.
Twenty-four hour clock and NOAA aircraft model in the office of CARCAH, the Chief Aerial Reconnaissance Coordination All Hurricanes unit of the National Hurricane Center.
Sign on the office door of CARCAH, the Chief Aerial Reconnaissance Coordination All Hurricanes unit of the National Hurricane Center.
Meteorologist Martin Nelson at Atlantic Desk in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
NOAA hurricane hotline telephone in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
Wall-mounted displays in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
Computers at the Atlantic Desk workstation in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
Sign, NWS logo and wall-mounted displays in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
A NOAA staffer operates a console at the Pacific/Classification Desk in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
A NOAA staffer operates a console at the Atlantic/Pacific Analysis Desk in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
Two NOAA staffers at the Backup Desk in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
Surface pressure analysis in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
Workstation in the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
Looking toward the Miami-South Florida Weather Forecast Office from the Tropical Analysis and Forecast Branch unit of the National Hurricane Center.
NOAA Corps Lieutenant Jeffrey Pereira discussing his role in the Storm Surge Unit of the National Hurricane Center.
Amateur radio station WX4MIA in the Miami-South Florida Weather Forecast Office at the National Hurricane Center.
NOAA Weather Radio broadcast hardware in the Miami-South Florida Weather Forecast Office at the National Hurricane Center.
NOAA Weather Radio broadcast hardware control panel in the Miami-South Florida Weather Forecast Office at the National Hurricane Center.
Telephones, displays and computers in the Miami-South Florida Weather Forecast Office at the National Hurricane Center.
Meteorologists monitoring a severe weather system in the Miami-South Florida Weather Forecast Office at the National Hurricane Center.
Severe weather system cross section analysis display in the Miami-South Florida Weather Forecast Office at the National Hurricane Center.
NOAA barograph hardware by Belfort Instrument Company of Baltimore, Maryland in the Miami-South Florida Weather Forecast Office at the National Hurricane Center.
Weather station hardware by Electric Speed Indicator Company of Cleveland, Ohio and Esterline Angus of Bellevue, Washington in the Miami-South Florida Weather Forecast Office at the National Hurricane Center.
Broadcast desk and forecast center floor seen from the media room after the tour of the National Hurricane Center.
Rooftop satellite dishes, antennas and the eastern exterior wall of the National Hurricane Center.
David July and the NYC OEM sign in front of the New York City Office of Emergency Management building (1955) after concluding a tour of the Watch Command and Emergency Operations Center.
Stepped Frequency Microwave Radiometer (SFMR) primary control panel, display and keyboard in the forward area of the main deck aboard United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304.
A member of United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' photographs two visitors in front of WC-130J Hercules 75304.
Engine throttle, navigational system input panels and other controls on the cockpit pedestal aboard United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304.
Control boost, oil cooler flaps, electrical generators, fire suppression system and other controls on the cockpit overhead panel aboard United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304.
Captain and first officer's seats, control columns, instrument panels and the pedestal in the cockpit aboard United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304.
Primary control column and instrument panel from the captain's seat in the cockpit aboard United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304.
Pedestal and instrument panel from the captain's seat in the cockpit aboard United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304.
Oxygen regulator and radio controls, oxygen mask, lower window and tiller wheel from the captain's seat in the cockpit aboard United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304.
Radar power distribution bus panel at Crew Station 5 (Navigator) aboard National Oceanic and Atmospheric Administration Aircraft Operations Center 'Hurricane Hunters' WP-3D Orion N43RF.
United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304 taxiing to Tallahassee Regional Airport Runway 36.
United States Air Force Reserve 403d Wing 53d Weather Reconnaissance Squadron 'Hurricane Hunters' WC-130J Hercules 75304 taking off on Tallahassee Regional Airport Runway 36.
Walking up the eastern terminus of Paderewski Drive on the approach to Buffalo Central Terminal (1929) in Buffalo, New York.
Walking up the eastern terminus of Paderewski Drive on the approach to Buffalo Central Terminal (1929) in Buffalo, New York.
Walking up the eastern terminus of Paderewski Drive on the approach to Buffalo Central Terminal (1929) in Buffalo, New York.
Belt Subdivision railroad lines now owned by CSX seen through a broken window in the terminal's main floor ticket receivers room at Buffalo Central Terminal (1929) in Buffalo, New York.
Eastern train platforms now owned by CSX and Amtrak seen through a broken window in the terminal's main floor ticket receivers room at Buffalo Central Terminal (1929) in Buffalo, New York.
Galley department crew prepping fruit and vegetables in the Starlight Dining Room Galley on Deck 5 during an All Access Tour of the MS Empress of the Seas.
Stern thruster escape hatch in the service corridor on Deck 2 during an All Access Tour of the MS Empress of the Seas.
Watertight Bulkhead Door 203 (Category C, Group 4) in the service corridor on Deck 2 during an All Access Tour of the MS Empress of the Seas.
Chantiers de l'Atlantique propulsion system console in the Engine Control Room on Deck 1 during an All Access Tour of the MS Empress of the Seas.
A crewman on duty at the engineering console in the Engine Control Room on Deck 1 during an All Access Tour of the MS Empress of the Seas.
David July reflected in a half-dome convex security mirror at the junction of the main service corridor and Compartments 13 and 14 on Deck 2 during an All Access Tour of the MS Empress of the Seas.
Emergency console on a Jensen Superstar 800 industrial ironing machine in the Main Laundry on Deck 1 during an All Access Tour of the MS Empress of the Seas.
Aft view from the port exterior navigation station just outside the Bridge on Deck 9 during an All Access Tour of the MS Empress of the Seas.
Watertight bulkhead doors console on the Bridge on Deck 9 during an All Access Tour of the MS Empress of the Seas.
SAM Electronics Multipilot conning station on the Bridge on Deck 9 during an All Access Tour of the MS Empress of the Seas.
The captain's station with stabilizer, communication and navigational controls and the forward view on the Bridge on Deck 9 during an All Access Tour of the MS Empress of the Seas.
Signs, security camera and alert condition lights on the door leading to the Bridge on Deck 9 during an All Access Tour of the MS Empress of the Seas.
Officers cabins along the corridor leading to the Bridge on Deck 9 during an All Access Tour of the MS Empress of the Seas.
A vast area of wilderness leads to Alaska Range slopes and glaciers surrounding Denali, cloaked behind dense clouds, from through a starboard window aboard the Kantishna Experience tour bus.
Mount Tatum and other terrain surrounding Denali from aboard the Kantishna Experience tour bus.
Green wilderness, the McKinley River, Mount Tatum and other Alaska Range terrain surrounding Denali, the peak of which is visible through a break in the dense clouds, from aboard the Kantishna Experience tour bus.
Peaks of Denali in the distance from just east of the Toklat River Contact Station while aboard the Kantishna Experience tour bus.
Seventeen parallel flowlines running between Flow Station 2 and Drill Site 3, Drill Site 9, Drill Site 16, Drill Site 17 and Endicott at the Prudhoe Bay Oil Field.
A piece of driftwood rests on the smooth rocks that comprise the East Dock Road spit jutting northwest into the icy waters of Prudhoe Bay and the Beaufort Sea at the Prudhoe Bay Oil Field.
A vintage Anchor Hocking Early American Prescut glass relish dish, line number 700-series with pressed Star of David and fan pattern circa 1960–1978, on a table with full place settings in the officer's wardroom aboard the Treasury-class U.S. Coast Guard cutter USCGC Ingham WHEC-35 (1936).
[  Home  |  About  |  Archive  |  Gallery  |  Contact  |  Colophon  |  Exit Piazza  |  ↑ Top  ]

Mount Sutro © 2001–2024 David July.   Some Rights Reserved.   License Agreement