The deliberate breach of the railroad causeway on Dec. 1, 2016, reconnected the lake’s north and south arms. Water levels are now equalizing.
Utah AGRC – This storymap collection of vintage aerial photography illustrates the changing nature of the Great Salt Lake and surrounding area.
Deseret News – A joint state team of experts from the U.S. Geological Survey began an extensive study probing nutrients at the Jordan River surplus canal. They also plan to map nutrients at the Great Salt Lake and Utah Lake to understand their distribution.
Standard-Examiner – Water-related problems can’t be solved myopically, says Tage Flint, general manager of Weber Basin Water Conservancy District, in this special to the Standard-Examiner. “It will not be easy, it will not be cheap, and it should be brimming with input and discussion,” he says.
USU – Water diversions since pioneer times have reduced water supply to the Great Salt Lake, decreasing its elevation by 11 feet and exposing much of the lake bed. A new white paper by USU scientists and state water managers describes the effects of water uses and climatic fluctuations on the lake’s levels.
Deseret News – The north arm of the Great Salt Lake has reached its lowest levels for the second consecutive year. Since the Union Pacific Railroad Causeway breach opened in 1984 as a flood control mechanism, water is no longer freely flowing between the southern and northern arms of the lake.