Kingston Images

  • Image Search
  • Contact & Image Licensing
  • Portfolio
  • About
    • About
    • Client List
    • My Story
    • Licensing Agreement
  • Archive
    • All Galleries
    • Search
    • Cart
    • Lightbox
    • Client Area
  • Workshops
  • Instagram
  • Blog
Show Navigation
All Galleries
Download

MAUNA LOA OBSERVATORY { 9 images } Created 12 May 2015

Photographs of the Mauna Loa Observatory or MLO on the Big Island of Hawaii. The Mauna Loa Observatory has air sampling towers that have been measuring the carbon dioxide content of earths atmosphere since 1958 thanks to the work of Charles David Keeling and the Scripps Institution of Oceanography.
twitterlinkedinfacebook
View: 100 | All

Loading ()...

  • View of the air sampling tower at the Mauna Loa Observatory or MLO.  MLO is located on the north flank of the Mauna Loa Volcano at an altitude of 11,135 feet above sea level and has been continuously monitering and collecting data related to climate change, atmospheric composition and airquality since the 1950's.  MLO's location situates it in a prime spot for sampling the Earth's background air in the well mixed free troposphere.  Today, the observatory is best known for its measurements of rising anthropognic carbon dioxide concentrations in the atmosphere.  This trend is sometimes referred to as the "Keeling Curve". A one hour, five minute long exposure produces star trails, or circular paths of the stars around the celestial poles due to the earths rotation. (130 separate exposures of 30 seconds duration each are stitched together in this frame).
    JDK-101207-1700-Edit1-Large.jpg
  • The Lidar laser and air sampling tower at the Mauna Loa Observatory, Hawaii.  Lidar is used for long term monitoring of the stratospheric aerosol layer and can detect changes of airborne particulate matter such as airborne volcanic ash.  Stratospheric aerosols cool the earth by reflecting light back into space.
    JDK-101206-0953.jpg
  • Panoramic view of the Mauna Loa Observatory, Hilo, Hawaii.
    JDK-101206-0642-Edit.jpg
  • A meteorological observation tower next to the National Center for Atmospheric Researches High Altitude Observatory or HAO at the Mauna Loa Observatory on Hilo, Hawaii.  The tower is used to sample the earths C02 concentration while the HAO conducts research on solar and heliospheric physics, and the effects of solar variability on the Earth's magnetosphere, ionosphere, and upper atmosphere for the United States.
    JDK-101207-1265.jpg
  • View of the air sampling tower at the Mauna Loa Observatory or MLO.  MLO is located on the north flank of the Mauna Loa Volcano at an altitude of 11,135 feet above sea level and has been continuously monitering and collecting data related to climate change, atmospheric composition and airquality since the 1950's.  MLO's location situates it in a prime spot for sampling the Earth's background air in the well mixed free troposphere.  Today, the observatory is best known for its measurements of rising anthropognic carbon dioxide concentrations in the atmosphere.  This trend is sometimes referred to as the "Keeling Curve".
    JDK-101207-1438.jpg
  • View of the Mauna Loa Observatory or MLO.  MLO is located on the north flank of the Mauna Loa Volcano at an altitude of 11,135 feet above sea level and has been continuously monitering and collecting data related to climate change, atmospheric composition and airquality since the 1950's.  MLO's location situates it in a prime spot for sampling the Earth's background air in the well mixed free troposphere.  Today, the observatory is best known for its measurements of rising anthropognic carbon dioxide concentrations in the atmosphere.  This trend is sometimes referred to as the "Keeling Curve".
    JDK-101207-1480.jpg
  • View of the Mauna Loa Observatory or MLO.  MLO is located on the north flank of the Mauna Loa Volcano at an altitude of 11,135 feet above sea level and has been continuously monitering and collecting data related to climate change, atmospheric composition and airquality since the 1950's.  MLO's location situates it in a prime spot for sampling the Earth's background air in the well mixed free troposphere.  Today, the observatory is best known for its measurements of rising anthropognic carbon dioxide concentrations in the atmosphere.  This trend is sometimes referred to as the "Keeling Curve".
    JDK-101207-1510.jpg
  • A plaque marks the entrance to the Charles David Keeling building at the Mauna Loa Observatory in Hawaii.  Dr. Keeling initiated continuous CO2 measurements at this site in 1958 and the measurements related to this program are among the most highly regarded achievements in the history of MLO.  Dr. Keeling was the first to report that global atmospheric concentrations of carbon dioxide are rising.  The graph of this rising concentration of CO2 is known as the Keeling curve. A one hour, ten minute long exposure produces star trails, or paths of the stars around the celestial poles due to the earths rotation.(140 separate exposures of 30 seconds duration are stitched together to form the star trails)
    JDK-101207-1851-Edit1-Large.jpg
  • Narrow gravel road leading to the Mauna Loa Observatory cuts through a lava field on the big island of Hilo, Hawaii. View of the Mauna Loa Observatory or MLO.  MLO is located on the north flank of the Mauna Loa Volcano at an altitude of 11,135 feet above sea level and has been continuously monitering and collecting data related to climate change, atmospheric composition and airquality since the 1950's.  MLO's location situates it in a prime spot for sampling the Earth's background air in the well mixed free troposphere.  Today, the observatory is best known for its measurements of rising anthropognic carbon dioxide concentrations in the atmosphere.  This trend is sometimes referred to as the "Keeling Curve".
    JDK-101208-1957_HDR.jpg