Please answer this: Given the following context: To have reached its enormous size within its relatively short (geologically speaking) 600,000 to 1,000,000 years of life, Mauna Loa would logically have had to have grown extremely rapidly through its developmental history, and extensive charcoal-based radiocarbon dating (perhaps the most extensive such prehistorical eruptive dating on Earth) has amassed a record of almost two hundred reliably dated extant flows confirming this hypothesis.The oldest exposed flows on Mauna Loa are thought to be the Ninole Hills on its southern flank, subaerial basalt rock dating back approximately 100 to 200 thousand years. They form a terrace against which younger flows have since banked, heavily eroded and incised against its slope in terms of direction; this is believed to be the result of a period of erosion because of a change in the direction of lava flow caused by the volcano's prehistoric slump. These are followed by two units of lava flows separated by an intervening ash layer known as the Pahala ash layer: the older Kahuka basalt, sparsely exposed on the lower southwest rift, and the younger and far more widespread Kau basalt, which appear more widely on the volcano. The Pahala ashes themselves were produced over a long period of time circa 13 to 30 thousand years ago, although heavy vitrification and interactions with post and pre- creation flows has hindered exact dating. Their age roughly corresponding with the glaciation of Mauna Loa during the last ice age, raising the distinct possibility that it is the product of phreatomagmatic interaction between the long-gone glaciers and Mauna Loa's eruptive activities.Studies have shown that a cycle occurs in which volcanic activity at the summit is dominant for several hundred years, after which activity shifts to the rift zones for several more centuries, and then back to the summit again. Two cycles have been clearly identified, each lasting 1,5002,000 years. This cyclical behavior is unique to Mauna Loa among the Hawaiian volcanoes. Between about 7,000 and 6,000... answer the following question: What is the name of the remains whose age roughly corresponds with the glaciation of Mauna Loa during the last ice age?
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Answer: The Pahala ashes

Please answer this: Given the following context: The northern gannet is not heavily predated. The only known habitual natural predators of adults are bald eagles and white-tailed eagles. Predators of eggs and nestlings include the great black-backed gull and American herring gull, common ravens, ermine, and red fox. Attacks at sea are insignificant though large sharks and seals may rarely snatch a gannet out at sea.Kleptoparasitism by skuas, particularly the great skua, occurs at breeding sites. The skua chases its victim until it disgorges its stomach contents, providing a meal for the attacker. Skuas may catch the tip of the gannet's wing, causing it to fall into the sea, or seize the tail to tip its victim into the water. The gannet is only released when it has regurgitated its catch.External parasites include feather lice, although there are relatively few species and none are found on the head. As with grebes and divers it may be that the short head feathers provide insufficient cover for the parasite. In one species, Michaelichus bassani, immature lice are found in the membranes lining the subcutaneous air-cells. Ixodes mites include the widespread I. uriae.The spiny-headed worm Corynosoma tunitae appears to occur only in gannets and closely related seabird families such as the cormorants. The tapeworm Tetrabothrius bassani adsorbs toxic heavy metals at a higher concentration than the gannet's own tissues, with an average 12 times as much cadmium as the gannet's pectoral muscles and 710 times the lead level of the bird's kidney and liver. Since levels of these toxic metals are detectable in the parasite earlier than in the host, the tapeworm might be used as an early indicator of marine pollution. answer the following question: What parts of a gannet might a skua grab out at sea?
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Answer: the tail

Please answer this: Given the following context: In December 1958, Norville Barnes, a business college graduate from Muncie, Indiana, arrives in New York City looking for a job. He struggles due to lack of experience and becomes a mailroom clerk at Hudsucker Industries. Meanwhile, the company's founder and president, Waring Hudsucker, unexpectedly commits suicide during a business meeting by jumping out of a top-floor window. Afterwards, Sidney J. Mussburger, a ruthless member of the board of directors, learns Hudsucker's stock shares will be soon sold to the public; he mounts a scheme to buy the controlling interest in the company by temporarily depressing the stock price by hiring an incompetent president to replace Hudsucker. In the mailroom, Norville is assigned to deliver a "Blue Letter" to Mussburger; the letter is a top-secret communication from Hudsucker, sent shortly before his death. However, Norville takes the opportunity to pitch an invention he's been working on which turns out to be a simple drawing of a circle and his cryptic explanation, "you know, for kids." Believing Norville to be an idiot, Mussburger selects him as a proxy for Hudsucker. Across town, Amy Archer, a brassy Pulitzer Prize-winning reporter for the Manhattan Argus, is assigned to write a story about Norville and find out what kind of man he really is. She gets a job at Hudsucker Industries as his personal secretary, pretending to be yet another desperate graduate from Muncie. One night, Amy searches the building to find clues and meets Moses, a man who operates the tower's giant clock and knows "just about anything if it concerns Hudsucker". He tells her Mussburger's plot, and she takes the story back to her Chief, but he does not believe a word of it. answer the following question: What is the last name of the person Amy has to write about?
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Answer:
Barnes