In this task, you're given an article and an answer. Your task is to generate the question for the answer based on the given article.

Input: Consider Input: Article: Science Daily (Apr. 27, 2008)-- Dutch ecologist Roxina Soler and her colleagues have discovered that subterranean and aboveground herbivorous insects can communicate with each other by using plants as telephones. Subterranean insects issue chemical warning signals through the leaves of the plant. This way, aboveground insects are warned that the plant is already "occupied". Aboveground, leaf-eating insects prefer plants that have not yet been occupied by subterranean root-eating insects. Subterranean insects send out chemical signals through the leaves of the plant, which warn the aboveground insects about their presence. This messaging makes it possible for spatially-separated insects to avoid each other, so that they do not compete for, the same plant. In recent years it has been discovered that different types of aboveground insects develop slowly if they feed on plants that also have subterranean insects and 'vice versa . It seems that a mechanism has developed through natural selection, which helps the subterranean and aboveground insects to communicate with each other. This avoids unnecessary competition. Through the "green telephone lines", subterranean insects can also communicate with _ , namely the natural enemy of caterpillars . Parasitic wasps lay their eggs inside aboveground insects. The wasps also benefit from the signals sent by the leaves, as these help them find more insects for their eggs. The communication between subterranean and above- ground insects has only been studied in a few systems. It is still not clear how widespread this phenomenon is, say the researchers.
Answer: By sending signals through the leaves.

Output: How do subterranean and aboveground insects communicate with each other?

Input: Consider Input: Article: Cocoa Beach /Jupiter Surf Camp -- Summer Summer Surf Camp is centrally located on the Best Western seashore in Cocoa Beach & Jupiter at Carlin Beach Park with accommodations at the Holiday Inn Express in Juno Beach. Summer Surf Camp Dates: * Surf Camp -- Session 1 May 27th--30th Family Surf Week (All Ages) * Surf Camp -- Session 2 June 2nd--6th Family Surf Week (All Ages) * Surf Camp -- Session 3 June9th--13th Teen Week (Ages 12--17) * Surf Camp -- Session 4 June16th--20th Family Surf Week (All Ages) * Surf Camp -- Session 5 June23rd--27th Adults Only (18 and over) * Surf Camp -- Session 6 June30th--July 3rd Family Surf Week (All Ages) * Surf Camp -- Session 7 July 7th--11th Family Surf Week (All Ages) * Surf Camp -- Session 8 July 14th--18th Women's Camp (18 and over) *Surf Camp -- Session 9 July 21st--25th Family Surf Week (All Ages) * Surf Camp -- Session 10 July 28th--August 1st Adults Only (18 and over) * A 20% discount will be applied to the 4-Day Surf Camp Weeks. * Parents are always welcome to sign up and join their children during the teen week surf camp sessions. Summer Camp Details: * Use coupon code: "CAMP5" at checkout to get the 5% discount * Daily Rate: $125.00 / person * Surf Camp Runs: 9:30 a.m. -- 2:30 p.m. *Please note: We don't supervise the campers after 2: 45 p.m. * Directions to Camp: click here
Answer: Mrs Black and her 21-year-old daughter.

Output: Who are allowed to take pan in Session 5 and Session 8?

Input: Consider Input: Article: In March 2012, researchers in the United States announce that they have developed the first wirelessly controlled device that can supply a drug directly into the body. A small chip is implanted under the skin. It contains the medicine, which it releases at preset times. The developers say the device could improve the lives of millions of people who take medicine for long-term illnesses. A company called MicroCHIPS began developing the device about fifteen years ago. Last month, the company released the results of its first successful tests in humans. The tests took place in Denmark with seven women with osteoporosis. Osteoporosis causes bones to become weak and break easily. The disorder is common among older people, especially women. Many patients have to give themselves daily injections of medicine. One type of treatment requires injections for two years. Robert farra is the president of MicroCHIPS. He says many patients stop taking the medicine because of the pain and stress of the injections and that only twenty-five percent of the patients will go through the entire twenty-four months of treatment. The microchip is a few centimeters long. It has small sections that each hold a single dose of medicine. Mr. Farra says the device has to be programmed with the times to release the drug and that doctors will be able to reprogram the device from a computer or even a cell phone. The seven women in the study were aged sixty-five to seventy. The researchers say the implants were just as effective as daily injections. And they say the dosage amounts were more exact than patients often give themselves. The microchips in the study held only twenty doses of medicine. Mr. Farra and his team are now designing a version that could hold a full year's worth of medicine. Robert Farra says, "The new version may take us two years, and then we may be required to do two additional trials, taking about four years before the device is available on the commercial scale."
Answer: It can release medicine regularly as preset.
Output: Which of the following about the new device is right?