Given a paragraph, generate a claim that is supported by the given paragraph. 1) The claim must contain information from within the paragraph. 2) A sentence within the paragraph can be used as a claim. 3) The claim should not have contradictions within the paragraph. 4) The claim should be at most one sentence long.

Example Input: Campaigning in the early caucus state of Nevada, the 78-year-old Vermont senator said one of the things that disturbed him about Thursday’s debate was that he was hoping “to have a serious discussion about the health care crisis in America.” “I was not pleased that Vice President Biden distorted what Medicare for All is and, in fact, simply parroted the line coming from the health care industry,” Sanders told about 300 people at a town hall meeting at the Carson City Community Center gymnasium. “Apparently the vice president thinks it is just wonderful for people to be paying $1,000 a month ... just for health care premiums. Having deductibles of $4,000 or $5,000 or more — not a problem. Paying the highest prices in the world for prescription drugs — not a problem. Well, I think those are problems,” he said. Sanders took heavy fire on his single-payer health insurance proposal at Thursday night’s debate in Houston, with Biden and others hammering the Vermont senator for the cost and the political palatability of effectively eliminating the existing private insurance market. The former vice president went hardest at Sanders when the senator argued that the estimated $30 trillion cost over a decade is cheaper than the “status quo,” which he put at $50 trillion — with most of the money being what Americans spend privately on premiums, copays and out-of-pocket costs. Sanders’ argument is that most U.S. households would pay less overall under his system, even if their taxes go up. Biden said that Sanders would effectively be handing Americans a pay cut, arguing that employers who now pay a share of workers’ premiums would pocket that money instead of giving workers raises if the government were to cover all health care costs. Biden punctuated the point with one of the quotes of the night: “For a socialist, you’ve got a lot more confidence in corporate America than I do.” Biden has aggressively defended the Affordable Care Act that was created while he was vice president under President Barack Obama. Biden released a proposal in July to add a “public option” to the 2010 health care overhaul, with expanded coverage paid for by tax increases on the wealthiest Americans. Sanders repeated his refrain Friday that health care is a human right and that Medicare for All would cover every man, woman and child in the country. It requires no premiums, no deductibles and no out-of-pocket costs and would expand Medicare to include such things as dental care, hearing aids and home health care, he said. “It’s not a terribly radical idea because in one form or another it exists in countries all over the world, including Canada,” Sanders said. “Is it free? No. It is funded out of the general fund in a progressive manner.” Sanders said the primary function of the existing American health care system — the costliest in the world — is to make profits for drug and insurance companies. Sanders and a supporter of President Donald Trump — who said he recently lost his insurance and job — initially shouted over each other when Sanders asked for input from the audience. But they eventually put their arms around each other as Sanders asked him to help deliver the message to health care corporations and pharmaceutical drug companies that “the function of health care is to provide quality care to all of these people.” Sanders dismissed others who suggested Medicare for All would prevent people from selecting their own doctor. “You can go to any doctor you want,” Sanders said. “Anybody who tells you Medicare for All limits your choices of doctors are not telling you the truth.” Sanders lost the 2016 Democratic caucuses in Nevada to Hillary Clinton 55% to 45% primarily because of her strength in Las Vegas and Clark County but has maintained fierce support in the key Western swing state. He carried northern Nevada’s Washoe County, where he drew loud cheers later Friday from hundreds of students at an outdoor “College For All” rally on the campus of the University of Nevada, Reno. He also planned to campaign Saturday in Las Vegas.
Example Output: Sanders accuses Biden of distorting ‘Medicare for All’ plan.

Example Input: More than 132,000 cases of the virus have been reported in 123 countries since it emerged in December in the central Chinese city of Wuhan, WHO director-general Tedros Adhanom Ghebreyesus told a virtual news conference. “Europe has now become the epicenter of the pandemic with more reported cases and deaths than the rest of world combined apart from China,” he said in Geneva. Tedros announced that the WHO was launching a coronavirus Solidarity Response Fund. This would to allow people and organizations to contribute to help fund masks, gloves, gowns and goggles for heath workers, as well as diagnostic kits and investment in research and development, including for vaccines. Facebook will match up to $10 million in donations, while Alphabet Inc’s Google will donate $5 million, the WHO and UN Foundation later announced in a joint statement. Social distancing, where people avoid close proximity or touching, is a “tried and tested method” to slow the spread of a virus but “not a panacea” that will stop transmission, the WHO’s top emergency expert Dr. Mike Ryan said. Each country must decide on its own measures to protect its population, he said, adding: “But we’ve also consistently said that blanket travel measures in their own right will do nothing to protect an individual state.”  Detection and isolation of infected people, as well as tracing their contacts and wider testing, must be part of a comprehensive strategy, Ryan said. “As part of an overall comprehensive strategy, there is a place - particularly inside national borders - for potentially restricting movement between zones, as we’ve seen in certain places,” he said. “But there is rarely a justification for blanket bans, unless of course the context and the risk defines that.”  U.S. President Donald Trump has announced sweeping travel restrictions to prevent people from 26 European countries - except for Britain and Ireland - from traveling to the United States in a bid to limit the virus spread. A number of other countries in recent days have announced stepped up border checks, and canceled flights to other countries, in an effort to contain the spread. Trump on Friday declared a national emergency over the fast-spreading coronavirus, opening the door to providing what he said was about $50 billion in federal aid to fight the disease.
Example Output: Europe is epicenter of coronavirus pandemic: WHO.

Example Input: But like the rest of 21st century life, technology is on track to render humans obsolete. A team of UNL plant scientists and biological systems engineers have built an automated system capable of detecting an individual corn leaf and grasping it with robotic precision to screen its temperature, chlorophyll and water content in less than a minute, the Lincoln Journal Star reported. At a time when driverless combines can harvest around the clock, drones can nimbly identify problem spots in a field, and cattle herds are fitted with wearable devices to monitor their individual health, the Plant Phenotyping Robot System marks another leap forward for precision agriculture. James Schnable, an associate professor of plant science who specializes in computational biology, said before hybrid corn “really took off” after World War II, there was little need to measure how a specific breed of corn physically manifested itself in the field. “When we started doing hybrid breeding, there became this mechanism where there was a lot of investment in breeding and suddenly you have this whole discipline of how you collect data to make breeding decisions,” he said. UNL has trained aspiring plant scientists in labs and research fields to phenotype various corn hybrids in the search for breeds with higher heat and drought tolerance that produce better yields. Phenotyping took a leap with the opening of the Greenhouse Innovation Center at Nebraska Innovation Campus, where an automated conveyor belt and camera system can record miniscule changes to individual plants in a controlled environment. That technology has been taken out of the greenhouse and into the field at various places in the state, including the Eastern Nebraska Research and Extension Center near Mead, where a Spidercam outfitted with special cameras, like those found at colossal stadiums, records the physical characteristics of plants in the field. “The challenge is we need to score bigger and bigger populations as we do more and more complicated breeding tasks,” Schnable said. “And the total population of students interested in spending their summers in cornfields as steam is coming out of the mud is not getting any bigger. “That’s why we need more complicated technology to look at much bigger experiments across more environment,” he added. Schnable, who partnered with a trio of biological systems engineers at UNL to develop the robot, said the goal is to verify the data collected from the expensive camera systems at ground level, and once perfected, do it faster and with more certainty than an army of human scientists can. Building a robot to automate those processes took years, as the team had to build a system that could identify the leaf from a corn or soybean plant, and then direct a robotic arm where to reach and how to grab it for a battery of measurements, said Abbas Atefi, a Ph.D. candidate in biological systems engineering. “For our task, we needed to find the 3D coordinates of each grasping point on the leaf,” Atefi said. Using a “time-of-flight” camera, rather than a standard color camera, the robot could be given hundreds of options for points to grab on an X, Y and Z axis. Atefi spent two years writing an algorithm that narrowed the hundreds of candidate sites into a single representative point before converting the coordinates into directions for the robotic arm to bend and twist toward a leaf, finally grabbing it without damaging it. Once that was accomplished, the team worked on refining the fiber-optic cable and temperature sensor installed on the gripper, which measure the biochemical and physiological processes of the plant through indicators such as chlorophyll and water content. After hundreds of tweaks to the algorithm, the team ran the robot through a series of tests in the Greenhouse Innovation Center, comparing the results to a series of benchmarks taken by both human researchers and the powerful imaging system already in operation. The results, which will be published in the academic journal Computers and Electronics in Agriculture in August, show that the robot is able to determine the temperature of a leaf with comparable accuracy to a human, while tests measuring chlorophyll, water content, and nitrogen still need more fine-tuning. But early results feed into the optimism the team has about the robot’s future, both in the greenhouse and in the field. “Integration is something we think about a lot,” said Yufeng Ge, an associate professor of biological systems engineering at UNL. The robot needs to be able to operate in a wide array of environments — wheeled around on a moveable platform in more conventional greenhouses, or woven seamlessly into the existing conveyor belt system at Innovation Campus — while providing a known degree of accuracy in each, Ge said. “If you have a graduate student, they are human, they will make errors,” he added. “But we can have a system where hundreds of robots are scattered throughout the greenhouse, each carrying a specific sensor to look at one aspect of the plants with great accuracy.” Schnable said automating certain phenotyping processes also frees graduate students to crunch the massive volumes of data looking for patterns that emerge in various hybrids. ″(Graduate students) may not want to stay in grad school if the first two years they are just walking around taking measurements,” he said. “Longer-term, there is a vision that this would be able to go out into the field, where I still do have grad students running around.” Santosh Pitla, an associate professor of biological systems engineering, said the robot will soon be tested on a robotic platform — essentially a small, driverless tractor with a 5-foot clearance and a toolbox full of scientific instruments that can navigate a cornfield on its own — that would allow for automated data collection in hundreds of field acres. If drone imaging or the on-board computers in a combine can sense higher plant temperatures in wider parts of a field, Pitla said robotics is the next leap in precision agriculture, allowing farmers to pinpoint the water, fertilizer or pesticide inputs down to the individual plant. “Right now, we still talk about things in pounds per acre or gallons per acre,” he said. “I think we could get to the point where we’re talking about per plant, and every plant has a name and each robot can go and tend to each plant’s needs. That’s the end goal, treating each plant separately.” ___ Information from: Lincoln Journal Star, http://www.journalstar.com
Example Output:
University of Nebraska team creates cornfield robot system.