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human was likely to be uncertain or incorrect-made the most accurate decisions,outperformingthose using a purely predictive algorithm and those using no algorithmic supportIt's an encouraging result."There's much promise around AI improving decisions,"saysSpiess,who's particularly interested in applications that affect how services are allocated()inresource-limited environments,such as placing teachers in underserved school districts withlimited budgets."If you could use algorithms to improve resource allocation,there are manyhigh-value use cases in areas where we don't have ready or clear solutions,"he says.28.What is the main issue with current AI debates according to Spiess?A.Overemphasis on AI's superiority.B.Ignoring the potential of AI.C.Misunderstanding AI's purpose.D.Lack of focus on AI's efficiency.29.What does the underlined word "forgoing"in paragraph 3 mean?A.Stressing.B.Abandoning.C.Admitting.D.Assessing.30.What does Spiess.think is the key to effective AI design?A.Enhancing algorithm complexity.B.Reducing human dependence on AI.C.Considering human-AI interaction.D.Improving AI's independent capability.31.What does the experiment on hiring decisions show?A.Predictive algorithms were the most helpful.B.Human judgment alone was the most accurate.C.No algorithmic support was completely the best.D.Complementary algorithms were highly effective.DIn Costa Rica,even small areas of tree cover can reduce the presence of invasive)mosquito species known to spread diseases like dengue fever(登革热)，according to a StanfordUniversity-led study published May 28 in Landscape Ecology.The findings can inform landuse decisions and tree preservation strategies in rural areas,according to the researchers.Using field observations and satellite data on land cover for an area of forests,farms,andresidential areas in southern Costa Rica,the researchers found the.presence of the Aedesalbopictus mosquito,a dengue vector(),decreased in areas with more tree cover whilethe total number of mosquito species increased.More species demand.more space and resources,making it harder for an invasive species to find unoccupied space or resources.Costa Rica has numerous mosquito-borne diseases and two invasive mosquito species serving asvectors.The forests surveyed in the study hosted a high diversity of mosquito species,none ofwhich were the dengue vector Aedes albopictus.Residential areas,by contrast,had muchfewer mosquito species and were far more likely to hold the invasive,disease-spreadingspecies.Agricultural areas fell somewhere in between,with outcomes seemingly tied to theintensity and type of land use.Natural habitats exist alongside agriculture and development in rural areas.In Costa Ricaand beyond,these areas can provide pathways to conserving biodiversity.The study showsthat protecting trees can help conserve biodiversity while also reducing the likelihood ofdisease spread.That's'good news in the face of warmer temperatures,changes in rainfall,andhuman activity that are enabling the spread of mosquito-borne illnesses to new places.The researchers emphasize'the need to do more research to understand how other vectorspecies react to increased tree cover."We need to know more about what drives dengue inrural areas,"said study senior author Erin Mordecai,associate professor of biology in StanfordUniversity."This work shows forests and tree cover can reduce risk,but identifying otherland use types that sustain vector populations is the next frontier for controlling this rapidlyexpanding disease.”【高三第三次统一考试·英语第5页（共8页）】26-L-306C扫描全能王创建