Ike Dike
The Ike Dike is a proposed coastal barrier that, when completed, would protect the Galveston Bay in Texas, United States. The project would be a dramatic enhancement of the existing Galveston Seawall, complete with floodgates, which would protect more of Galveston, the Bolivar Peninsula, the Galveston Bay Area, and Houston. The barrier would extend across Galveston Island and the Bolivar Peninsula and would provide a barrier against all Gulf surges into the bay.[1] The project is the brainchild of Dr. Bill Merrell of Texas A&M University at Galveston.[2][3] The "Ike Dike". http://www.tamug.edu/ikedike/Merrell.html. would be able to withstand ~10,000 year storms.
The proposal is, as the name suggests, motivated by the damage caused by Hurricane Ike in 2008 (as well as the disastrous 1900 Galveston Hurricane).[1][4] Storm surges from Hurricane Ike caused severe damage to Galveston and the Bolivar Peninsula and caused significant damage to other areas around the bay. Fortunately the damage to critical industries was minimal and most heavy industry returned to normal quickly. Still, Ike was not nearly as destructive as meteorologists predict a future hurricane will eventually be.
Proponents argue that there is a national security concern that must be addressed.[1] The Houston area is home to the largest and most important concentration of petroleum refining and petrochemical processing plants in the United States and most of these plants are on the coast or on the ship channel. Additionally the Port of Houston is the second-busiest port in the nation. The economic damage to the United States, not to mention Texas, in the event of a catastrophic impact on the coast would be nationally serious.
Opponents of the project worry that it is simply too expensive (some estimates place the cost between $3 billion and $4 billion) and its efficacy is not established.[5][6]
As of 2010 the project is currently only a concept, but has the support of the Texas Governor.[7] The Governor’s Commission on Disaster Recovery and Renewal recommended that a 6-county (Harris, Galveston, Chambers, Brazoria, Orange and Jefferson) public corporation be established to examine regional approaches to storm surge suppression. That corporation, the Gulf Coast Community Protection and Recovery District, Inc., was established on April 20, 2010. Galveston County Judge Jim Yarborough was elected chair of the Board of Directors and Robert Eckels, former county judge of Harris County, was elected President.
"The idea is still in the conceptual stage and has plenty of detractors worried about cost, environmental impacts and whether it would really work. But the Ike Dike has gained significant traction in recent months." No funding has been allocated and it is unclear at this time where that funding might come from.
Notes
- ^ a b c Casselman, WSJ (4 June 2009)
- ^ Rice University: SSPEED
- ^ "Center for Texas Beaches and Shores". http://www.tamug.edu/ctbs/recovering_galveston_documents.htm.
- ^ Merrell, Texas A&M-Galveston
- ^ Triarsi, KHOU (15 Jan 2009)
- ^ Meyers, GCDN (14 Jan 2009)
- ^ Casselman, WSJ (4 June 2009)
References
- Casselman, Ben (4 June 2009). "Planning the 'Ike Dike' Defense". Wall Street Journal. http://online.wsj.com/article/SB124407051124382899.html.
- Merrell, William. "Let’s Build the Ike Dike". Texas A&M University-Galveston. http://www.tamug.edu/CTBS/Ike%20Dike%20OpEd%203%20Dec.doc. Retrieved 23 Nov 2009.
- Meyers, Rhiannon (14 Jan 2009). "Officials: Dikes, flood gates could protect area". Galveston County Daily News. http://galvestondailynews.com/story.lasso?wcd=131570.
- Triarsi, Allison (15 Jan 2009). "Could Galveston's proposed Ike Dike work?". KHOU. http://www.khou.com/news/local/stories/khou090114_mp_galvestons-ike-dike.3c40711.html.
- "The Ike Dike: The Proposal to Prevent Severe Storm Destruction on the Texas Gulf Coast". Rice University: SSPEED - Severe Storm Prediction, Education, and Evacuation from Disasters. http://hydrology.rice.edu/sspeed/project_dike.html. Retrieved 12 Sept 2009.
Categories: Galveston County, Texas | Seawalls
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