Dead-Zone Nutrient Reduction Target Pushed Out to 2035

Gulf-of-Mexico-Fishing-Boat-300x199As the Gulf of Mexico “Dead Zone” attests, excessive amounts of nitrogen, phosphorous and other plant nutrients – runoff from farms, ranches, industrial plants, towns and cities – is one of the U.S.’ costliest and most vexing environmental problems. Looking to restore the northern Gulf of Mexico-Mississippi River Basin to something approaching its former glory, federal government agencies in late 2012 led a groundbreaking effort that brought together land grant universities, federal agencies and other stakeholder organizations across 12-states in forming the Hypoxia Task Force.

On February 12, the Hypoxia Task force announced it has pushed back the target date for reducing the extent of the Gulf of Mexico dead zone from some 6,000 square miles to 2,000 square miles from 2015 all the way to 2035.

On at least something of a positive note, the task force also announced it has come up with new strategies to accelerate reductions in nutrient levels in affected waterways. Furthermore, “each state has outlined specific actions it will take to reduce nitrogen and phosphorous in the Mississippi-Atchafalaya River Basin from wastewater plants, industries, agriculture, and storm water runoff,” the task force stated in a press release.

Restoring marine life in the dead zone

hypoxiawatch_20122-650x406

Scientific research indicates a 45 percent reduction in the amount of nitrogen and phosphorous running off into the Gulf of Mexico is needed to reverse the lack of oxygen in Gulf waters the excessive amount of nutrient runoff leads to. Progress toward that goal has been made in certain watersheds the Hypoxia Task Force notes. Aiming to spur action and realize its goals faster, the task force is now aiming to reduce nutrient levels 20 percent by 2025.

“It’s going to take time to vastly improve water quality in very large bodies of water like the Mississippi River and Gulf of Mexico. Federal agencies and states are committing to comprehensive actions and increased resources to spur progress on the ground and in the water,” Ellen Gilinsky, senior advisor for Water for the U.S. Environmental Protection Agency and Hypoxia Task Force co-chair, was quoted as saying.

Added Iowa Secretary of Agriculture and state co-chair of the Task Force Bill Northey: “Each of the states within the Mississippi River Basin are best able to understand what they need to do to achieve these aggressive goals. The Hypoxia Task Force has been supporting the states as they develop voluntary, science-based strategies that work to achieve the shared goals of our states.”

*Images credit1) OceanDoctor.org; 2 & 3) U.S. EPA

Andrew Burger
Andrew Burger
A product of the New York City public school system, Andrew Burger went on to study geology at the University of Colorado, Boulder, work in the wholesale money and capital markets for a major Japanese bank and earn an MBA in finance.

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