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Losing species in tropical ecosystems means ecological adaptation toenvironmental changes is reduced,potentially damage ecosystem persistence.Insubtropical ecosystems,species richness is increasing.This means there'll be speciesinvaders,and new competitive relationships.This could result in ecosystem collapse inwhich species go extinct and ecosystem services (such as food supplies)arepermanently changed.One way is to reduce our emissions aggressively.Other opportunities could alsohelp safeguard biodiversity and hopefully minimize the worst impacts of it shiftingaway from the equator.Designing climate-smart reserves could further protectbiodiversity from future changes.For example,reserves for marine life could be placedwhere the climate will be stable over the foreseeable future.We should take actionwithout delay.28.What does the underlined phrase "wreak havoc on"probably mean in Paragraph 1?A.Clarify B.Classify.C.Destroy.D.Purify.29.What can be learnt from the second paragraph?A.Some species move to water in lower temperature.B.More marine species exist at the poles than the equator.C.The subtropical water has the most diverse marine species.D.The global pattern of the ecosystem remains unchanged now.30.What is the main idea of the third paragraph?A.The increase of species in subtropical ecosystem.B.The decline of ecological changes in the oceanC.The temporary changes in ecosystem services.D.The effects of species'immigration on marine ecosystem.31.What is the author's purpose in writing this article?A.To inform readers of the reduction of marine species.B.To appeal to readers to protect marine biodiversity.C.To predict the future of the marine ecosystemD.To explain the reasons for global warming.DArtificial intelligence (Al)might be able to spot the next virus to jump fromanimals to humans,Scottish researchers report.Identifying diseases before they become a threat to humans is challenging,becauseonly a few of the nearly 2 million animal viruses can infect humans.By developingmachine learning models,researchers can analyze genetic patterns of viruses that mightinfect people.“Our findings show that the zoonotic(动物传染人的)potential of virusescan be inferred to a surprisingly large extent from their genome sequence(基因组序).the researchers at the University of Glasgow reported."By highlighting viruseswith the greatest potential to become zoonotic,genome-based ranking allows furtherecological and virological characterization to be targeted more effectively."The researchers said the models are only a first step in identifying animal viruseswith the potential to infect humans,however.Viruses flagged by the models will needlaboratory test confirmation before researchers pursue funding for further study.Although these models may predict if viruses might infect humans,that's only one partof the broader risk.Zoonotic risk is also influenced by how destructive a virus is inhumans,as well as its ability to transmit between people,and ecological conditions at