Yellowstone Net has the complete collection of Yellowstone Webcams.
23 Years of Old Faithful Webcam Captures.
Annette Witherspoon-Texas (January 1, 2014)
S Huebner - Dallas, Texas (01/02/2014)
Annette Witherspoon-Texas (January 3, 2014)
Harriet Soares, California (January 4, 2013)
Chrsitiane Moughan, New York (January 5th, 2014)
Ron Michaelis California 1-6-2014
Christiane Moughan, New York (January 7th, 2014)
Annette Witherspoon-Texas (January 8, 2014)
Annette Witherspoon-Texas (January 10, 2014)
Annette Witherspoon-Texas (January 11, 2014)
Annette Witherspoon-Texas (January 12, 2014)
Annette Witherspoon-Texas (January 13, 2014)
S Huebner - Dallas, Texas (01/14/2014)
Annette Witherspoon-Texas (January 15, 2014)
Sheryl Packer, Idaho (January 16, 2014, 9:46 am)
Christine Debouck, Pennsylvania (January 17th, 2014)
Annette Witherspoon-Texas (January 18, 2014)
Christine Debouck, Pennsylvania (January 19th, 2014)
Christiane Moughan, New York (January 20th, 2014)
Annette Witherspoon -Texas (January 21, 2014)
Christine Debouck, Pennsylvania (January 22nd, 2014)
Annette Witherspoon-Texas (January 23, 2014)
Sheryl Packer (January 24, 2014 @ 12:58 pm) Notice the 2nd geyser on the left..
Christiane Moughan, New York (January 25th, 2014)
Christine Debouck, Pennsylvania (January 26th, 2014)
Christine Debouck, Pennsylvania (January 27th, 2014)
Christine Debouck, Pennsylvania (January 28th, 2014)
Annette Witherspoon-Texas (January 29,2014)
Annette Witherspoon-Texas (January 30, 2014)
Annette Witherspoon-Texas (January 31,2014)
Christine Debouck, Pennsylvania (February 1st, 2014)
Annette Witherspoon-Texas (February 2, 2014)
Owen Walker, West Virginia (February 3, 2014)
Christiane Moughan, New York (February 5th, 2014)
S Huebner - Dallas, Texas (02/06/2014)
Christine Debouck, Pennsylvania (February 7th, 2014)
Annette Witherspoon-Texas (February 8, 2014)
Annette Witherspoon-Texas (February 9, 2014)
Christine Debouck, Pennsylvania (February 10th, 2014)
Christine Debouck, Pennsylvania (February 11th, 2014)
Predicting Old Faithful: The time to the next eruption, the interval, is predicted using the duration of the current eruption. The duration is timed from the first heavy surge which lifts water skyward at the start of the eruption until the last small splash above the cone at the very end. The longer the eruption lasts, the longer the interval until the next eruption. For instance, a 2 minute eruption results in an interval of about 55 minutes whereas a 4.5 minute eruption results in an interval of about 90 minutes.
It is not possible to predict more than one eruption in advance.
CLICK HERE TO VIEW PREVIOUS ERUPTIONS OF OLD FAITHFUL GEYSER 2001-2022