Heavy oil hits Louisiana shore, enters sea current

VENICE, La., (Reuters) – The first heavy oil from a  giant Gulf of Mexico spill sloshed ashore in fragile Louisiana  marshlands yesterday and part of the mess entered a powerful  current that could carry it to Florida and beyond. 
 
The developments underscored the gravity of the situation  as British energy giant BP Plc raced to capture more crude  gushing from a ruptured well a mile (1.6 km) beneath the  surface. The spill is threatening an ecological and economic  disaster along the U.S. Gulf Coast and beyond. 

“This wasn’t tar balls. This wasn’t sheen,” Louisiana  Governor Bobby Jindal said after a boat tour to the  southernmost point of the Mississippi River estuary. “This is  heavy oil in our wetlands.” The marshes are the nurseries for shrimp, oysters, crabs  and fish that make Louisiana the leading producer of commercial  seafood in the continental United States and a top destination  for recreational anglers. The United States has already imposed  a large no-fishing zone in waters in the Gulf seen affected by  the spill.  
Meanwhile, the U.S. government’s top weather forecaster  said a “small portion” of light sheen from the giant oil slick  has already entered the Loop Current, which could carry the oil  down to the Florida Keys, to Cuba and even up the U.S. East  Coast. 
 
BP, its reputation on the line in an environmental disaster  that could eclipse the 1989 Exxon Valdez spill in Alaska, has  marked some progress at siphoning some of the oil from the  well, which ruptured after an April 20 explosion of the  Deepwater Horizon rig that killed 11 workers. 

BP said it is now siphoning about 3,000 barrels (126,000  gallons/477,000 liters) a day of oil, out of what the company  estimated was a 5,000 barrels (210,000 gallons/795,000 liters)  a day gusher. And BP could begin injecting mud into the well as  early as Sunday in a bid to permanently plug the leak.
  
A U.S. congressional panel heard testimony from experts who  said the spill rate could be many-fold larger.