2026届高考英语阅读理解每日一练第4套

  2026高考英语阅读理解每日一练 第一篇（基础层·科技） On April 2, 2026, China’s Tianlong-3, a heavy-lift recoverable rocket developed by private space firm Galactic Energy, successfully completed its maiden flight from the Jiuquan Satellite Launch Center. With a low-Earth orbit (LEO) capacity of 17 to 22 tons, Tianlong-3 fills a critical gap in China’s commercial space sector, which has long lacked a 20-ton-class launch vehicle. The rocket’s debut marks the dawn of China’s “heavy-lift era” in commercial space, significantly reducing launch costs and accelerating the deployment of satellite internet and 6G communication networks. Before Tianlong-3, China’s commercial rockets were limited to smaller payloads, relying heavily on state-owned Long March rockets for heavy missions—a process often plagued by long waitlists and high expenses. Tianlong-3’s recoverable first stage, designed to land vertically on a drone ship, will cut launch costs to an estimated 20,000 to 30,000 yuan per kilogram, a fraction of the current global average. This cost revolution is expected to trigger a surge in demand for LEO satellites, which are vital for building a seamless “space-Earth integrated network” for 6G. Industry analysts note that 2026 will be a pivotal year for China’s commercial space, with over 100 launches projected. Tianlong-3, alongside other heavy-lift rockets like Zhuque-3 and Xingyun-1, will enable “multiple satellites per launch” and high-frequency launches, laying a solid foundation for China’s 6G strategy. While challenges remain—such as technical reliability and global market competition—Tianlong-3’s success signals China’s rising prowess in commercial space and its ambition to lead the global 6G race. 题目（4题） 1. What is a major contribution of Tianlong-3?（细节） A. It replaces all state-owned Long March rockets. B. It enables 20-ton-class commercial launches in China. C. It has successfully built a global 6G network. D. It reduces space debris by 50%. 2. What can be inferred about China’s commercial space before Tianlong-3?（推断） A. It was entirely independent of government support. B. Heavy missions were costly and time-consuming. C. It had already dominated the global launch market. D. Recoverable rockets were widely used. 3. Why is Tianlong-3 vital for 6G?（细节） A. It provides cheap and frequent LEO satellite launches. B. It directly launches 6G base stations into space. C. It eliminates all technical barriers in 6G research. D. It cooperates with NASA on 6G standards. 4. What is the best title for the text?（主旨） A. China’s 6G Race: Challenges and Solutions B. Tianlong-3: A New Chapter in China’s Commercial Space C. The Future of Global Satellite Internet D. Private Space vs. State-Owned Space in China   第二篇（提升层·生态） On April 3, 2026, 12 artificially bred Baer’s pochards (Aythya baeri), a critically endangered duck species, were successfully released into the wild at Hengshui Lake in Hebei Province, marking the world’s first successful captive breeding and reintroduction of the species. With a global population of only about 1,000, the Baer’s pochard is listed as “Critically Endangered” on the IUCN Red List, threatened by habitat loss, pollution, and illegal hunting. For a decade, Chinese conservationists have worked tirelessly to reverse its decline. The reintroduction project was no easy feat. It required meticulous research into the bird’s breeding habits, habitat requirements, and social behavior. Conservationists built a specialized breeding center, simulated natural wetland environments, and developed a scientific feeding regimen to ensure the health and genetic diversity of the captive population. Before release, the 12 pochards underwent rigorous training to adapt to wild foraging, predator avoidance, and migration skills. Satellite trackers were attached to monitor their survival and migration routes in real time. Hengshui Lake, a key wetland in North China, was chosen as the release site for its clean water, abundant aquatic plants, and minimal human disturbance—ideal conditions for the pochards to thrive. Local governments and NGOs have also strengthened wetland protection, cracking down on illegal fishing and pollution to secure a safe habitat for the released birds. This milestone achievement is hailed as a model for global endangered species conservation. It demonstrates China’s commitment to biodiversity protection and provides valuable insights for the recovery of other critically endangered birds. While the wild population’s long-term survival remains uncertain, the project offers a glimmer of hope: with scientific intervention and collective efforts, even the most endangered species can be saved from extinction. 题目（4题） 1. What made the Baer’s pochard’s reintroduction historic?（细节） A. It was the first global attempt to save the species. B. It was the world’s first successful captive breeding and reintroduction. C. It increased the global population to 1,000. D. It was supported by the IUCN. 2. What can be learned about the reintroduction process?（推断） A. It was simple and cost-effective. B. It involved scientific preparation and training. C. The pochards were released immediately after breeding. D. No monitoring was needed after release. 3. Why was Hengshui Lake selected as the release site?（细节） A. It is the largest wetland in China. B. It has ideal natural conditions and less human disturbance. C. It is free from any environmental threats. D. It is the original habitat of the Baer’s pochard. 4. What does the underlined word “feat” in Paragraph 2 probably mean?（词义） A. A difficult and impressive achievement. B. A common and simple task. C. A failed attempt. D. A scientific experiment.   第三篇（压轴层·国际航天） On April 1, 2026, NASA’s Artemis II mission blasted off from Kennedy Space Center in Florida, carrying four astronauts on a 10-day circumlunar flight—marking the first time humans have traveled to the moon since Apollo 17 in 1972. The mission’s primary goal is to test the Orion spacecraft’s life support, navigation, and communication systems in deep space, paving the way for Artemis III, which will land the first woman and first person of color on the lunar surface in 2027. The Artemis II crew—Commander Reid Wiseman, Pilot Victor Glover, Mission Specialist Christina Koch, and Mission Specialist Jeremy Hansen—made history on April 6 when they reached a record-breaking distance of 406,778 kilometers from Earth, surpassing the previous human spaceflight distance record set by Apollo 13 in 1970. During the mission, the crew conducted a series of scientific experiments, captured stunning images of the moon’s far side, and tested radiation shielding technologies critical for future deep-space missions. Unlike the Apollo missions, which focused solely on lunar exploration, the Artemis program emphasizes international cooperation and sustainable lunar development. NASA has partnered with the European Space Agency (ESA), the Canadian Space Agency (CSA), and the Japan Aerospace Exploration Agency (JAXA) to build the Lunar Gateway, a small space station that will orbit the moon, serving as a hub for lunar surface missions and deep-space research. The Artemis program also aims to establish a permanent human presence on the moon by 2030, using lunar resources such as water ice to support life and fuel production. Despite its triumphs, the Artemis program faces significant challenges, including technical delays, budget overruns, and fierce competition from China’s rapidly advancing space program. While NASA views Artemis as a symbol of American leadership in space, critics argue that the program is overly expensive and diverts resources from pressing Earth-bound issues. Nevertheless, Artemis II stands as a monumental achievement in human space exploration, rekindling humanity’s passion for the stars and opening a new era of lunar discovery. 题目（4题） 1. What is the main purpose of Artemis II?（细节） A. To land astronauts on the lunar surface. B. To test spacecraft systems in deep space for future missions. C. To break the human spaceflight distance record. D. To conduct scientific experiments on the moon. 2. What can be inferred about the Artemis program from Paragraph 3?（推断） A. It is entirely led and funded by NASA alone. B. It prioritizes short-term lunar exploration over sustainability. C. It involves global collaboration for long-term lunar presence. D. It has no connection with China’s space program. 3. Which of the following is true about Artemis II?（细节） A. It is the first human spaceflight since 1972. B. Its crew set a new record for the farthest human distance from Earth. C. It successfully built the Lunar Gateway space station. D. It landed the first woman on the moon. 4. What is the author’s attitude toward the Artemis program?（态度） A. Strongly critical. B. Completely supportive. C. Objective and balanced. D. Doubtful and pessimistic.   详细解析  第一篇 基础层 商业航天 6G 答案 1.B 2.B 3.A 4.B 逐题精析 1. 细节理解题 定位：第一段…fills a critical gap in China’s commercial space sector, which has long lacked a 20-ton-class launch vehicle. A 绝对化，replace all 错误； C 时态错误，6G网络尚在部署，未建成； D 无中生有，原文未提及太空垃圾； ✅B 精准对应原文20吨级商业运载能力空白被填补。 2. 推理判断题 定位：第二段…plagued by long waitlists and high expenses A entirely independent 绝对化，错误； C dominated the global market 与事实相悖； D 此前无大规模可回收火箭应用； ✅B 重型任务耗时久、成本高，合理推断。 3. 细节理解题 定位：第二段cost revolution、high-frequency launches、LEO satellites for 6G B 直接发射基站 原文无； C eliminates all barriers 绝对错误； D 无中美合作内容； ✅A 低成本、高频次发射低轨卫星，支撑6G建设。 4. 主旨大意题 全文围绕天龙三号火箭展开，介绍其突破、价值与行业意义。 A、C 范围过大； D 仅为局部对比，非核心； ✅B 标题高度概括全文主线。   第二篇 提升层 极危物种保护 答案 1.B 2.B 3.B 4.A 逐题精析 1. 细节理解题 定位：第一段…marking the world’s first successful captive breeding and reintroduction of the species. A first attempt 偷换概念，是首次成功放归，非首次尝试； C 全球现存数量约1000，不是该项目提升后的结果； D 非IUCN直接扶持； ✅B 原文原义复刻。 2. 推理判断题 定位：第二段meticulous research、specialized breeding center、rigorous training A simple and cost-effective 与原文相悖； C 繁育后直接放生，违背驯化训练内容； D 佩戴卫星追踪器，全程监测； ✅B 全程科学化筹备与野化训练。 3. 细节理解题 定位：第三段…clean water, abundant aquatic plants, and minimal human disturbance A 最大湿地 无依据； C free from any threats 绝对化； D 未提及是原生栖息地； ✅B 优越自然条件+人为干扰少。 4. 词义猜测题 结合上下文：物种极危、流程复杂、耗时十年，说明这件事艰难且意义重大。 ✅A 艰难且了不起的成就； B简单任务、C失败尝试、D实验，均不符语境。   第三篇 压轴层 深空探测&国际航天合作 答案 1.B 2.C 3.B 4.C 逐题精析 1. 细节理解题 定位：第一段…test the Orion spacecraft’s life support, navigation, and communication systems in deep space A 登月着陆是Artemis III任务； C 破纪录是附带成果，非核心目的； D 未登陆月球，无月面实验； ✅B 深空环境下飞船系统测试，为后续任务铺路。 2. 推理判断题 定位：第三段international cooperation、multi-agency partnership、permanent human presence A 多国合作，并非NASA单独主导； B 侧重可持续长期发展，非短期探测； D 仅说明存在竞争，并非无任何关联； ✅C 国际协作+长期月球驻留计划。 3. 综合细节判断题 A 1972年后人类未登月，但近地航天飞行一直存在，表述错误； C 月球空间站在建，未完工； D 女性登月为后续任务目标； ✅B 机组刷新人类离地最远距离纪录，原文明确提及。 4. 作者态度题 文章：既介绍阿尔忒弥斯计划的成就，又客观指出预算超支、技术延误、争议问题。 无单纯夸赞、批判或消极悲观； C 客观中立、辩证平衡。 学科网（北京）股份有限公司 $