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We summarize the week's scientific breakthroughs every Thursday.
- 			 Oceans OceansDeepwater Horizon methane lingered longer than thoughtMicrobes may not have consumed methane from the 2010 Deepwater Horizon oil spill as fast as previously thought. 
- 			 Climate ClimateAntarctic glacier melt is unstoppableThe inevitable collapse of Antarctic’s western glaciers could raise global sea level by more than 4 meters in coming centuries. By Beth Mole
- 			 Climate ClimateTropics leave trace in Arctic warmingCooling temperatures in the Pacific may be responsible for the recent rapid warming of northeastern Canada and Greenland. 
- 			 Environment EnvironmentBP oil spill may have killed hundreds of thousands of birdsThe 2010 Deepwater Horizon oil spill may have killed 600,000 to 800,000 coastal birds, new simulations suggest. 
- 			 Climate ClimateCrop nutrients may drop as carbon dioxide risesMany staple grains and legumes pack 5 to 10 percent less iron, zinc and protein when grown at carbon dioxide levels expected midcentury. By Beth Mole
- 			 Climate ClimateFederal report details climate change in U.S.The latest National Climate Assessment was released by federal officials May 6. 
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- 			 Animals AnimalsSome birds adapt to Chernobyl’s radiationSome birds seem to fare well in and near the Chernobyl exclusion zone, but overall the nuclear disaster has been bad news for the region’s bird populations. 
- 			 Environment EnvironmentPrestige oil spill linked to drop in seabird chicksEuropean shag in colonies affected by the 2002 Prestige oil tanker spill produced fewer chicks than birds in oil-free colonies. 
- 			 Climate ClimateGlacial microbes gobble methaneWhile some bacteria produce methane in Greenland’s melting ice sheet, others may consume the greenhouse gas as it escapes. By Beth Mole
- 			 Animals AnimalsSecrets of a sailfish attackThe large, long-nosed sailfish use their rostrums more like a sword than a spear to attack prey. 
- 			 Environment EnvironmentLead levels in ancient Rome’s water were high, but not toxicAncient Romans probably drank tap water with up to 100 times more lead than the levels found in local spring water.