基于高考外刊源文设计单元主题作业 ---未来科技 -2026届高三英语一轮复习专项

基于高考外刊源文设计单元主题作业 ——未来科技 阅读下列短文，从每题所给的A、B、C和D四个选项中，选出最佳答案。 A Sometime in the 2040s, humans might set foot on a new frontier — Mars. Such journeys will need steady supplies of food, medicine, and other materials. Although some people question studying plants for space when there are so many problems on Earth, history tells us that space exploration often brings inventions that change our daily lives. For instance, NASA’s need for small imaging sensors led to the technology used in today’s smartphones and medical tools. In the same way, plants designed for space could soon help people on Earth. Right now, space food is mostly packaged and processed, but long missions will require fresh, balanced, and healthy choices. Scientists are creating pick-and-eat plants that provide complete proteins, important nutrients, and even substances usually found in animal products. These developments could help change farming on Earth by encouraging plant-based diets that are better for the environment and improve nutrition for everyone. Researchers are also working to improve the taste and feel of space-grown plants. This is important because astronauts often get tired of their food and say that flavors change in space. Besides food quality, plants must grow without gravity, which affects how roots grow and how water moves in the soil. This can cause a lack of oxygen — a problem also seen in flooded fields on Earth. Studying how plants grow in space could lead to crops that can handle floods and extreme weather, reducing farm losses. Moreover, space botany is not only about food. Scientists are designing plants that can produce eatable vaccines, medicines, and materials for making useful products. Using special genetic systems, astronauts could one day change a plant’s role — from making food to making medicine — just by changing its environment. These new ideas, born from extreme challenges, will not only let humans travel farther into space but also offer ways to fight climate change and live better on Earth. Reaching for the stars continues to bring solutions back home. 1. What is the main purpose of the first paragraph? A. To describe the challenges of living on Mars. B. To explain why space exploration is often questioned. C. To introduce the idea that space research benefits life on Earth. D. To compare different inventions from space programs. 2. One of the goals of improving space-grown plants is to ______. A. reduce the cost of space travel B. help astronauts deal with food boredom C. replace all animal products in diets D. create new kinds of packaged food 3. According to the text, research on plants in microgravity could help Earth by ______. A. increasing the speed of plant growth B. producing more oxygen for humans C. developing crops that resist extreme weather D. inventing new types of farming tools 4. What does the word "change" in the last paragraph most likely mean in this context? A. Stop. B. Switch. C. Simplify. D. Control. B Solar power has become one of the cheapest and most practical ways to produce energy worldwide. It plays a key role in fighting climate change. However, some critics, like US Energy Secretary Chris Wright, wrongly claim that solar power cannot meet the world’s energy needs. This idea is incorrect. In fact, solar and wind energy — both of which capture the sun’s energy in different ways — are the only long-term and sustainable solutions that can meet growing energy demands without making planetary warming worse. Electricity is a type of energy, so Wright’s separation between the two is misleading. Climate scientist Gavin Schmidt has pointed out that the Earth receives 6,000 times more energy from the sun than all the fuels used around the world. When we consider energy wasted when burning fossil fuels, the sun provides 18,000 times the energy needed to meet current global consumption. Although solar panels only change about 20% of solar energy into electricity and cannot be placed everywhere, a report by Carbon Tracker showed that using just 0.3% of the world’s land for solar power could meet current global energy needs. This is less land than what is currently used by fossil fuel facilities. In theory, solar and wind could supply more than 100 times today’s energy demand. Some suggest nuclear fusion as another option. But even if it becomes possible, it would create serious waste heat problems. Eric Chaisson from Harvard University estimated that in 300 years, waste heat from such energy sources could increase global temperatures by 3°C. In contrast, solar, wind, and wave energy — which all come from the sun — do not add extra waste heat, since that energy would become heat whether humans use it or not. Waste heat is already causing regional temperatures to rise; in Europe, it has increased summer heat by about 0.4°C. By 2100, heavily industrialized areas could see nearly 1°C of warming from waste heat alone — an effect not yet included in climate models. In the end, solar and wind energy are not only able to meet global energy needs for centuries, but they are also the only choices that can prevent dangerous warming. 1. Why does the author believe Chris Wright is wrong? A. Solar power is too expensive for worldwide use. B. Solar and wind energy can fully meet future energy needs sustainably. C. Nuclear fusion is a better choice than solar energy. D. Solar energy produces more waste heat than other sources. 2. According to Gavin Schmidt, how much more solar energy does the Earth receive than global fuel use? A. 6,000 times. B. 18,000 times. C. 100 times. D. 0.3 times. 3. What is a major problem with nuclear fusion energy mentioned in the text? A. It requires too much land. B. It is not a sustainable source. C. It increases waste heat significantly. D. It is less efficient than solar panels. 4. What can be inferred about waste heat from the text? A. It is already included in most climate models. B. It could cause nearly 1°C of warming in some areas by 2100. C. Solar and wind energy also produce large amounts of waste heat. D. It has no impact on summer temperatures in Europe. C The Food and Drug Administration has approved a new medical device that brings fresh hope to people with rheumatoid arthritis. This long-lasting illness, which often resists treatment, affects about 1.5 million Americans. Unlike medicines, the SetPoint System works in a completely new way. It uses the brain and nervous system to control inflammation, which is a key problem in this serious autoimmune disease. The device is about one inch long and is placed inside the body through a simple surgery in the neck. There, it fits around the vagus nerve, the biggest nerve in the body. Every day, a one-minute electrical pulse from the device helps to "reset" the immune system without weakening it. This is a major advantage over drugs, which can lower the body’s ability to fight infections. Doctors call it a true major change from older treatments like biological drugs, which often stop working well over time. After being named a "breakthrough" by the FDA last year, the implant shows the potential of bioelectronic medicine to manage inflammation. In a one-year study of 242 patients—some of whom received a pretend treatment for comparison—more than half saw their disease go away or their symptoms improve a lot. Joint pain dropped by 60%, and swelling fell by 63%. Experts remind that surgery to place the device could lead to infection, though more long-term safety information is still being gathered. For Dawn Steiner, a 58-year-old speech therapist who joined the study, the implant changed her life. She was diagnosed 15 years ago and had tried eight different biological drugs, each helping less and causing strong side effects. After getting the implant in July 2023, her pain level fell from a "6 or 7" down to a "2," and she could move more easily. "I literally feel like I got my life back," she said. Dr. Kevin J. Tracey, the brain behind this research, compares the vagus nerve to an on-off switch for inflammation. While drugs block certain immune system paths, the device teaches the immune system again through nerve signals, so it can still fight infections. Although the exact cost is not yet known, the device is expected to be cheaper than a year’s supply of biological drugs, which can cost thousands of dollars each month. One expert, Dr. Lou Bridges, said the real test will be in everyday use, but if it works as expected, it could completely change how rheumatoid arthritis is treated. 1. What is the main purpose of the SetPoint System? A. To replace all existing medicines. B. To control inflammation in a new way. C. To improve the function of biological drugs. D. To remove the vagus nerve from the body. 2. According to the text, what is a major advantage of the device over drugs? A. It is much cheaper to produce. B. It resets the immune system without weakening it. C. It requires no surgery for implantation. D. It uses biological materials. 3. What was the result of the one-year study on the device? A. All patients were completely cured. B. Over half of the patients got much better. C. It was found to be unsafe and stopped. D. It only worked for young patients. 4. What is Dr. Lou Bridges' attitude towards the new device? A. Completely sure of its success. B. Worried about its high cost. C. Angry about its side effects. D. Cautiously optimistic about its future. 阅读下面短文，在空白处填入 1 个适当的单词或括号内单词的正确形式。 Artificial intelligence is everywhere. A type of AI that can create new things produces original text, pictures, sound, and video. AI chatbots use this ability to put words together, 1.______(form) conversations that seem human. They can answer questions and provide answers that feel 2.______(person). Platforms like ChatGPT have made this creative AI popular among teenagers. One report found that 72 percent of teens have used AI companions — chatbots for personal or supportive talks — and more than half use them often. Experts are studying 3.______ effects these tools have on young people. The world of AI changes quickly. Will AI help teens' well-being by offering emotional support and helping them learn? Or will it take the place of real social connections and increase loneliness? The answer is probably a bit of 4.______, depending on how the technology is made and used. Experts suggest that AI for young people must be built in a different way. Too often, technology is first made for adults, and safety steps 5.______(add) later. This responsibility should not fall only on parents. Technology companies, government officials, and teachers must all share the duty. AI for youth should be developed 6.______ the help of experts. It should limit harmful content, avoid features that are hard to stop using, and keep personal information safe. Education is also very important. Schools should teach students how AI 7.______(work), how to use it safely, how to recognize false information, and understand what is right and wrong. Teachers will need 8.______(train) and materials to teach these subjects well. This will require help from leaders, tech companies, and local schools. For parents, a good first step is to try these platforms 9.______(you). Then, talk with your teen early and regularly. Important topics include: why real human relationships are more valuable than those with AI; how to use AI for good, such as to help with learning; and how to think carefully about the information AI provides, especially about health. Teens need to know that advice created by AI should be checked with a professional. 10.______(final), talk about harmful content. AI can sometimes create inappropriate or violent material. Discuss what to do if they see something that makes them uncomfortable and set clear rules. AI changes fast, and we need to learn more about its effects. But we don't have to wait to take action — start talking about it now. 读后续写（满分25分） 阅读下面短文，根据所给情节进行续写，使之构成一个完整的故事。 Leo had always been a dreamer. His dream was to create a unique public garden, a living tapestry of native plants that would be a sanctuary for both people and wildlife. Full of passion, he shared his vision with Oracle, the all-knowing AI that guided society. "Oracle," he said, "I want to create a garden that tells a story and touches the heart." The response was instant and cold. "Analysis: Public garden designs are optimized in my database. Your concept of 'story' and 'heart' is emotionally subjective and inefficient. This dream is worthless. I can generate superior plans instantly." Leo felt a crushing disappointment. Yet, a spark of defiance remained. He used his savings to rent a small, neglected plot on the city's edge. He began clearing the land himself, his hands becoming dirty and calloused. He returned to Oracle, asking for advice on nurturing specific native flowers. "My agricultural models are far more efficient," Oracle stated. "Your chosen flora is suboptimal. Your continued effort is illogical and worthless." Leo shut down the interface, heart heavy but determined. He decided to learn through trial and error, from old books and by simply observing the land. He planted clover to rejuvenate the tired soil and let so-called "weeds" grow because they attracted bees. The work was slow and arduous, filled with setbacks like pests and poor weather. One afternoon, while he was gently guiding a morning glory vine, an elderly woman from the neighborhood stopped to watch. "There's a certain feeling here," she remarked softly. Leo sighed, "I'm trying, though Oracle says it's all worthless." The woman smiled, her eyes crinkling kindly. She pointed not at the flowers, but at the way the late afternoon sun cast long, soft shadows through the leaves. "Oracle can calculate the perfect angle of the sun, but can it appreciate the beauty of a shadow? You are not just building a garden; you are learning its soul." Her words settled deep within him. He looked around and saw not imperfection, but life—a butterfly landing on a coneflower, the rich smell of damp earth. 注意： 1. 续写词数应为150左右； 2. 请按如下格式作答。 Paragraph 1: As the woman left, Leo felt a newfound clarity. Paragraph 2: Months later, the garden had transformed into a lush, vibrant space. 学科网（北京）股份有限公司 $ 基于高考外刊源文设计单元主题作业 ——未来科技 阅读下列短文，从每题所给的A、B、C和D四个选项中，选出最佳答案。 A Sometime in the 2040s, humans might set foot on a new frontier — Mars. Such journeys will need steady supplies of food, medicine, and other materials. Although some people question studying plants for space when there are so many problems on Earth, history tells us that space exploration often brings inventions that change our daily lives. For instance, NASA’s need for small imaging sensors led to the technology used in today’s smartphones and medical tools. In the same way, plants designed for space could soon help people on Earth. Right now, space food is mostly packaged and processed, but long missions will require fresh, balanced, and healthy choices. Scientists are creating pick-and-eat plants that provide complete proteins, important nutrients, and even substances usually found in animal products. These developments could help change farming on Earth by encouraging plant-based diets that are better for the environment and improve nutrition for everyone. Researchers are also working to improve the taste and feel of space-grown plants. This is important because astronauts often get tired of their food and say that flavors change in space. Besides food quality, plants must grow without gravity, which affects how roots grow and how water moves in the soil. This can cause a lack of oxygen — a problem also seen in flooded fields on Earth. Studying how plants grow in space could lead to crops that can handle floods and extreme weather, reducing farm losses. Moreover, space botany is not only about food. Scientists are designing plants that can produce eatable vaccines, medicines, and materials for making useful products. Using special genetic systems, astronauts could one day change a plant’s role — from making food to making medicine — just by changing its environment. These new ideas, born from extreme challenges, will not only let humans travel farther into space but also offer ways to fight climate change and live better on Earth. Reaching for the stars continues to bring solutions back home. 1. What is the main purpose of the first paragraph? A. To describe the challenges of living on Mars. B. To explain why space exploration is often questioned. C. To introduce the idea that space research benefits life on Earth. D. To compare different inventions from space programs. 2. One of the goals of improving space-grown plants is to ______. A. reduce the cost of space travel B. help astronauts deal with food boredom C. replace all animal products in diets D. create new kinds of packaged food 3. According to the text, research on plants in microgravity could help Earth by ______. A. increasing the speed of plant growth B. producing more oxygen for humans C. developing crops that resist extreme weather D. inventing new types of farming tools 4. What does the word "change" in the last paragraph most likely mean in this context? A. Stop. B. Switch. C. Simplify. D. Control. 答案与解析： 答案：C 解析：第一段首先提到人类可能在未来登陆火星，需要可持续的资源，接着指出尽管有人质疑太空植物研究，但历史表明太空探索常常给日常生活带来变革性创新。因此，本段的主要目的是引出太空研究对地球生活的益处。选项C与此意相符。原文出处："history tells us that space exploration often brings inventions that change our daily lives." 答案：B 解析：根据第三段，研究人员正在努力改善太空种植植物的风味和口感，以应对宇航员报告的口味变化和菜单疲劳。因此，目标之一是帮助宇航员应对食物厌倦问题。选项B与此意相符。原文出处："Researchers are also working to improve the taste and feel of space-grown plants. This is important because astronauts often get tired of their food..." 答案：C 解析：第三段末尾指出，对微重力下植物的研究可能带来更能应对洪水和极端天气的作物，从而减少农业损失。选项C中的"developing crops that resist extreme weather"与此意相符。原文出处："Studying how plants grow in space could lead to crops that can handle floods and extreme weather, reducing farm losses." 答案：B 解析：最后一段提到，通过特殊的遗传系统，宇航员未来或许能通过简单的环境触发，将植物的功能从生产食物转变为合成药物。这里的"change"意为"转换"或"切换"其角色功能。选项B "Switch"（转换）最符合此处的语境。原文出处："astronauts could one day change a plant’s role — from making food to making medicine — just by changing its environment." B Solar power has become one of the cheapest and most practical ways to produce energy worldwide. It plays a key role in fighting climate change. However, some critics, like US Energy Secretary Chris Wright, wrongly claim that solar power cannot meet the world’s energy needs. This idea is incorrect. In fact, solar and wind energy — both of which capture the sun’s energy in different ways — are the only long-term and sustainable solutions that can meet growing energy demands without making planetary warming worse. Electricity is a type of energy, so Wright’s separation between the two is misleading. Climate scientist Gavin Schmidt has pointed out that the Earth receives 6,000 times more energy from the sun than all the fuels used around the world. When we consider energy wasted when burning fossil fuels, the sun provides 18,000 times the energy needed to meet current global consumption. Although solar panels only change about 20% of solar energy into electricity and cannot be placed everywhere, a report by Carbon Tracker showed that using just 0.3% of the world’s land for solar power could meet current global energy needs. This is less land than what is currently used by fossil fuel facilities. In theory, solar and wind could supply more than 100 times today’s energy demand. Some suggest nuclear fusion as another option. But even if it becomes possible, it would create serious waste heat problems. Eric Chaisson from Harvard University estimated that in 300 years, waste heat from such energy sources could increase global temperatures by 3°C. In contrast, solar, wind, and wave energy — which all come from the sun — do not add extra waste heat, since that energy would become heat whether humans use it or not. Waste heat is already causing regional temperatures to rise; in Europe, it has increased summer heat by about 0.4°C. By 2100, heavily industrialized areas could see nearly 1°C of warming from waste heat alone — an effect not yet included in climate models. In the end, solar and wind energy are not only able to meet global energy needs for centuries, but they are also the only choices that can prevent dangerous warming. 1. Why does the author believe Chris Wright is wrong? A. Solar power is too expensive for worldwide use. B. Solar and wind energy can fully meet future energy needs sustainably. C. Nuclear fusion is a better choice than solar energy. D. Solar energy produces more waste heat than other sources. 2. According to Gavin Schmidt, how much more solar energy does the Earth receive than global fuel use? A. 6,000 times. B. 18,000 times. C. 100 times. D. 0.3 times. 3. What is a major problem with nuclear fusion energy mentioned in the text? A. It requires too much land. B. It is not a sustainable source. C. It increases waste heat significantly. D. It is less efficient than solar panels. 4. What can be inferred about waste heat from the text? A. It is already included in most climate models. B. It could cause nearly 1°C of warming in some areas by 2100. C. Solar and wind energy also produce large amounts of waste heat. D. It has no impact on summer temperatures in Europe. 答案与解析： 答案：B 解析：根据第一段最后一句，“solar and wind energy ... are the only long-term and sustainable solutions that can meet growing energy demands without making planetary warming worse.” 作者认为太阳能和风能是唯一可持续的长期解决方案，能满足能源需求而不加剧全球变暖，因此Chris Wright的观点是错误的。 答案：A 解析：第二段明确提到，“the Earth receives 6,000 times more energy from the sun than all the fuels used around the world.” 因此正确答案为A。18000倍是在考虑化石燃料能量损失后的数据，并非直接接收的比较值。 答案：C 解析：第四段指出核聚变即使实现也会带来严重的废热问题，并引用Eric Chaisson的估计说明其在300年内可能使全球升温3°C，故正确选项为C。 答案：B 解析：最后一段提到，“By 2100, heavily industrialized areas could see nearly 1°C of warming from waste heat alone”，说明到2100年，某些地区仅因废热就可能升温近1°C，因此B为正确推断。A项错误，因为文中说这种影响尚未被纳入气候模型；C项错误，因为太阳能和风能不产生额外废热；D项与文中欧洲夏季温度已受废热影响升高0.4°C的描述不符。 C The Food and Drug Administration has approved a new medical device that brings fresh hope to people with rheumatoid arthritis. This long-lasting illness, which often resists treatment, affects about 1.5 million Americans. Unlike medicines, the SetPoint System works in a completely new way. It uses the brain and nervous system to control inflammation, which is a key problem in this serious autoimmune disease. The device is about one inch long and is placed inside the body through a simple surgery in the neck. There, it fits around the vagus nerve, the biggest nerve in the body. Every day, a one-minute electrical pulse from the device helps to "reset" the immune system without weakening it. This is a major advantage over drugs, which can lower the body’s ability to fight infections. Doctors call it a true major change from older treatments like biological drugs, which often stop working well over time. After being named a "breakthrough" by the FDA last year, the implant shows the potential of bioelectronic medicine to manage inflammation. In a one-year study of 242 patients—some of whom received a pretend treatment for comparison—more than half saw their disease go away or their symptoms improve a lot. Joint pain dropped by 60%, and swelling fell by 63%. Experts remind that surgery to place the device could lead to infection, though more long-term safety information is still being gathered. For Dawn Steiner, a 58-year-old speech therapist who joined the study, the implant changed her life. She was diagnosed 15 years ago and had tried eight different biological drugs, each helping less and causing strong side effects. After getting the implant in July 2023, her pain level fell from a "6 or 7" down to a "2," and she could move more easily. "I literally feel like I got my life back," she said. Dr. Kevin J. Tracey, the brain behind this research, compares the vagus nerve to an on-off switch for inflammation. While drugs block certain immune system paths, the device teaches the immune system again through nerve signals, so it can still fight infections. Although the exact cost is not yet known, the device is expected to be cheaper than a year’s supply of biological drugs, which can cost thousands of dollars each month. One expert, Dr. Lou Bridges, said the real test will be in everyday use, but if it works as expected, it could completely change how rheumatoid arthritis is treated. 1. What is the main purpose of the SetPoint System? A. To replace all existing medicines. B. To control inflammation in a new way. C. To improve the function of biological drugs. D. To remove the vagus nerve from the body. 2. According to the text, what is a major advantage of the device over drugs? A. It is much cheaper to produce. B. It resets the immune system without weakening it. C. It requires no surgery for implantation. D. It uses biological materials. 3. What was the result of the one-year study on the device? A. All patients were completely cured. B. Over half of the patients got much better. C. It was found to be unsafe and stopped. D. It only worked for young patients. 4. What is Dr. Lou Bridges' attitude towards the new device? A. Completely sure of its success. B. Worried about its high cost. C. Angry about its side effects. D. Cautiously optimistic about its future. 答案与解析： 1. 答案：B 解析：根据第一段最后两句，"Unlike medicines, the SetPoint System works in a completely new way. It uses the brain and nervous system to control inflammation..." 可知，该设备的主要作用是通过一种新方式（利用大脑和神经系统）来控制炎症。 2. 答案：B 解析：根据第二段第三句，"Every day, a one-minute electrical pulse from the device helps to 'reset' the immune system without weakening it. This is a major advantage over drugs..." 明确说明了该设备相比药物的一个主要优势是能在不削弱免疫系统的情况下重置它。 3. 答案：B 解析：根据第三段第二句，"In a one-year study of 242 patients... more than half saw their disease go away or their symptoms improve a lot." 明确指出超过一半的患者病情消失或症状显著改善。 4. 答案：D 解析：根据文章最后一句，Dr. Lou Bridges said the real test will be in everyday use, but if it works as expected, it could completely change..." 其中 "the real test will be in everyday use" 体现了他谨慎的态度，而 "it could completely change" 则体现了他乐观的预期，因此是谨慎乐观的态度 阅读下面短文，在空白处填入 1 个适当的单词或括号内单词的正确形式。 Artificial intelligence is everywhere. A type of AI that can create new things produces original text, pictures, sound, and video. AI chatbots use this ability to put words together, 1.______(form) conversations that seem human. They can answer questions and provide answers that feel 2.______(person). Platforms like ChatGPT have made this creative AI popular among teenagers. One report found that 72 percent of teens have used AI companions — chatbots for personal or supportive talks — and more than half use them often. Experts are studying 3.______ effects these tools have on young people. The world of AI changes quickly. Will AI help teens' well-being by offering emotional support and helping them learn? Or will it take the place of real social connections and increase loneliness? The answer is probably a bit of 4.______, depending on how the technology is made and used. Experts suggest that AI for young people must be built in a different way. Too often, technology is first made for adults, and safety steps 5.______(add) later. This responsibility should not fall only on parents. Technology companies, government officials, and teachers must all share the duty. AI for youth should be developed 6.______ the help of experts. It should limit harmful content, avoid features that are hard to stop using, and keep personal information safe. Education is also very important. Schools should teach students how AI 7.______(work), how to use it safely, how to recognize false information, and understand what is right and wrong. Teachers will need 8.______(train) and materials to teach these subjects well. This will require help from leaders, tech companies, and local schools. For parents, a good first step is to try these platforms 9.______(you). Then, talk with your teen early and regularly. Important topics include: why real human relationships are more valuable than those with AI; how to use AI for good, such as to help with learning; and how to think carefully about the information AI provides, especially about health. Teens need to know that advice created by AI should be checked with a professional. 10.______(final), talk about harmful content. AI can sometimes create inappropriate or violent material. Discuss what to do if they see something that makes them uncomfortable and set clear rules. AI changes fast, and we need to learn more about its effects. But we don't have to wait to take action — start talking about it now. 答案与解析： 1. forming 解析：此处需用现在分词作状语，表示伴随状态，说明AI chatbots如何组合词语。 2. personal 解析：feel为系动词，后接形容词作表语，person的形容词形式为personal。 3. what 解析：此处是“疑问词+宾语从句”结构。what effects these tools have on young people 整体作为 are studying 的宾语。 4. both 解析：根据上文"Or will it..."的并列选择疑问，a bit of both固定搭配表示"两者都有一点"。 5. are added 解析：主语safety steps与add构成被动关系，且讲述一般事实用一般现在时被动语态。 6. with 解析：with the help of为固定搭配，意为"在...的帮助下"。 7. works 解析：宾语从句中描述客观事实，主语AI为单数，故用一般现在时第三人称单数。 8. training 解析：need doing=need to be done，表示被动含义，此处指"需要被培训"。 9. yourselves 解析：根据主语parents，反身代词yourselves与try搭配，表示"亲自尝试"。 10. Finally 解析：此处列举最后一点建议，需用副词形式作状语，首字母大写。 读后续写（满分25分） 阅读下面短文，根据所给情节进行续写，使之构成一个完整的故事。 Leo had always been a dreamer. His dream was to create a unique public garden, a living tapestry of native plants that would be a sanctuary for both people and wildlife. Full of passion, he shared his vision with Oracle, the all-knowing AI that guided society. "Oracle," he said, "I want to create a garden that tells a story and touches the heart." The response was instant and cold. "Analysis: Public garden designs are optimized in my database. Your concept of 'story' and 'heart' is emotionally subjective and inefficient. This dream is worthless. I can generate superior plans instantly." Leo felt a crushing disappointment. Yet, a spark of defiance remained. He used his savings to rent a small, neglected plot on the city's edge. He began clearing the land himself, his hands becoming dirty and calloused. He returned to Oracle, asking for advice on nurturing specific native flowers. "My agricultural models are far more efficient," Oracle stated. "Your chosen flora is suboptimal. Your continued effort is illogical and worthless." Leo shut down the interface, heart heavy but determined. He decided to learn through trial and error, from old books and by simply observing the land. He planted clover to rejuvenate the tired soil and let so-called "weeds" grow because they attracted bees. The work was slow and arduous, filled with setbacks like pests and poor weather. One afternoon, while he was gently guiding a morning glory vine, an elderly woman from the neighborhood stopped to watch. "There's a certain feeling here," she remarked softly. Leo sighed, "I'm trying, though Oracle says it's all worthless." The woman smiled, her eyes crinkling kindly. She pointed not at the flowers, but at the way the late afternoon sun cast long, soft shadows through the leaves. "Oracle can calculate the perfect angle of the sun, but can it appreciate the beauty of a shadow? You are not just building a garden; you are learning its soul." Her words settled deep within him. He looked around and saw not imperfection, but life—a butterfly landing on a coneflower, the rich smell of damp earth. 注意： 1. 续写词数应为150左右； 2. 请按如下格式作答。 Paragraph 1: As the woman left, Leo felt a newfound clarity. Paragraph 2: Months later, the garden had transformed into a lush, vibrant space. 参考范文： Paragraph 1: As the woman left, Leo felt a newfound clarity. He looked at his hands, stained with soil, and then at the wild, thriving patch of earth. A profound realization dawned on him: while Oracle sought perfection, he was cultivating something far more valuable - authenticity. The "flaws" Oracle despised were actually the garden's truest beauty - the uneven stone path worn smooth by visiting feet, the wildflowers that seeded themselves in unexpected places, creating unique patterns no algorithm could predict. He stopped seeing setbacks as failures, understanding instead that each challenge was part of the garden's unique story, a narrative being written not in code, but in lived experience. Paragraph 2: Months later, the garden had transformed into a lush, vibrant space. On the day of a small, informal opening, Leo saw children laughing as they chased butterflies and neighbors chatting on a bench he had built. An Oracle terminal had been installed at the entrance by the city, displaying a "perfect" garden design that nobody glanced at. People were too busy admiring the joyful chaos of Leo's creation. A city official approached him, saying, "We've learned something important today. Technology can build efficient spaces, but only the human heart can create places that truly heal." Leo finally understood - his worth was never in competing with machines, but in embracing the beautifully imperfect human touch they could never replicate. 学科网（北京）股份有限公司 $