VOA话题 七选五 人工智能牧牛机器人 每日一练（3篇，含答案）-2025届高三英语二轮复习
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| 名称 | VOA话题 七选五 人工智能牧牛机器人 每日一练（3篇，含答案）-2025届高三英语二轮复习 |  | |
| 格式 | docx | ||
| 文件大小 | 16.8KB | ||
| 资源类型 | 教案 | ||
| 版本资源 | 人教版（2019） | ||
| 科目 | 英语 | ||
| 更新时间 | 2025-01-03 14:47:54 | ||
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文档简介
Passage1
In the vast agricultural landscape of Australia, a revolutionary innovation is transforming cattle farming - the AI - powered robot SwagBot. (1)____ This robot is set to redefine how farmers manage their cattle and pastures.
SwagBot first emerged in 2016. Initially, its capabilities were limited to moving around cattle - grazing fields. (2)____ With the addition of sensors and AI systems, it has evolved into a sophisticated tool. These systems enable SwagBot to assess various aspects of the fields, such as grass health and cattle well - being.
(3)____ By analyzing the information it gathers, SwagBot can determine the best grazing areas for cattle. This not only benefits the cattle's nutrition but also helps prevent overgrazing and soil damage.
Australia's unique geographical and agricultural situation makes SwagBot particularly valuable. With around 30 million cattle spread across often - dry large areas, pasture quality varies. (4)____ SwagBot provides a solution by guiding farmers to make better use of their land resources.
Erin O'Neill, a part - time farmer, witnessed SwagBot's potential. She noted that the robot can offer detailed information about pasture nutrition, especially crucial for pregnant cattle. (5)____ As SwagBot continues to develop, it holds great promise for the future of Australian cattle farming.
A. But over time, significant advancements have been made.
B. The robot's ability to manage grazing is a game - changer.
C. It can tell farmers which parts of the pasture are most nutritious.
D. The development of SwagBot is a significant step in this regard.
E. Many farmers struggle to control where their cattle graze effectively.
F. The robot is designed to improve cattle farming in multiple ways.
G. SwagBot's features are well - adapted to Australia's cattle - raising needs.
答案：(1)F (2)A (3)B (4)E (5)G
Passage2
The world of agriculture is constantly evolving, and in Australia, the AI - powered SwagBot is at the forefront of this change. (1)____ This innovative robot is designed to address the challenges faced by cattle farmers.
Since its launch in 2016, SwagBot has come a long way. At first, it was just a basic mover in the fields. (2)____ Now, equipped with sensors and AI, it can analyze grass health, plant type, and cattle condition.
(3)____ By doing so, it ensures that cattle are always in areas with optimal nutrition. This not only promotes the health of the cattle but also protects the soil from overgrazing.
Australia's status as a major beef exporter comes with its own set of challenges. The large number of cattle and the often - dry pastures mean that pasture management is crucial. (4)____ SwagBot offers a technological solution to these problems.
Part - time farmer Erin O'Neill saw the practical benefits of SwagBot. She emphasized how it can assist in making informed decisions about pasture use, especially for pregnant cows. (5)____ As SwagBot's development progresses, it will likely play an even more significant role in Australian agriculture.
A. However, continuous upgrades have enhanced its functions.
B. The robot's role in optimizing grazing areas is vital.
C. It helps farmers make the most of their land resources.
D. SwagBot aims to revolutionize cattle - raising practices.
E. Many pastures in Australia are of low quality and lack sufficient grass.
F. SwagBot's ability to monitor cattle health is also remarkable.
G. The information it provides is invaluable for maintaining healthy cattle.
答案：(1)D (2)A (3)B (4)E (5)G
Passage 3
In Australia, the use of technology in cattle farming is on the rise, and SwagBot is a prime example of this trend. (1)____ This AI - driven robot has the potential to reshape the cattle - farming industry.
SwagBot was introduced in 2016. Initially, its functionality was rather basic, mainly moving around in grazing fields. (2)____ Through the integration of sensors and AI, it has become a highly intelligent device. It can now evaluate the condition of grasses and plants and keep an eye on cattle health.
(3)____ Based on this analysis, it can move cattle to the most suitable grazing areas, thus preventing overgrazing and soil degradation.
Australia's agricultural landscape presents unique challenges. With a large number of cattle spread across vast, often - arid regions, pasture management is a complex task. (4)____ SwagBot steps in to help farmers better manage their pastures and cattle.
Erin O'Neill, a part - time farmer, has seen the positive impact of SwagBot. She pointed out that the robot can provide detailed information about pasture nutrition, which is essential for pregnant cattle. (5)____ As SwagBot continues to develop, it will likely bring more efficiency and sustainability to Australian cattle farming.
A. But technological improvements have transformed it significantly.
B. The robot's data - driven grazing management is a key advantage.
C. It can help farmers ensure the well - being of their cattle.
D. SwagBot is a technological innovation in cattle farming.
E. Many farmers find it difficult to control cattle grazing effectively.
F. The information about pasture nutrition is crucial for cattle care.
G. SwagBot's ability to adapt to different pastures is remarkable.
答案：(1)D (2)A (3)B (4)E (5)F
In the vast agricultural landscape of Australia, a revolutionary innovation is transforming cattle farming - the AI - powered robot SwagBot. (1)____ This robot is set to redefine how farmers manage their cattle and pastures.
SwagBot first emerged in 2016. Initially, its capabilities were limited to moving around cattle - grazing fields. (2)____ With the addition of sensors and AI systems, it has evolved into a sophisticated tool. These systems enable SwagBot to assess various aspects of the fields, such as grass health and cattle well - being.
(3)____ By analyzing the information it gathers, SwagBot can determine the best grazing areas for cattle. This not only benefits the cattle's nutrition but also helps prevent overgrazing and soil damage.
Australia's unique geographical and agricultural situation makes SwagBot particularly valuable. With around 30 million cattle spread across often - dry large areas, pasture quality varies. (4)____ SwagBot provides a solution by guiding farmers to make better use of their land resources.
Erin O'Neill, a part - time farmer, witnessed SwagBot's potential. She noted that the robot can offer detailed information about pasture nutrition, especially crucial for pregnant cattle. (5)____ As SwagBot continues to develop, it holds great promise for the future of Australian cattle farming.
A. But over time, significant advancements have been made.
B. The robot's ability to manage grazing is a game - changer.
C. It can tell farmers which parts of the pasture are most nutritious.
D. The development of SwagBot is a significant step in this regard.
E. Many farmers struggle to control where their cattle graze effectively.
F. The robot is designed to improve cattle farming in multiple ways.
G. SwagBot's features are well - adapted to Australia's cattle - raising needs.
答案：(1)F (2)A (3)B (4)E (5)G
Passage2
The world of agriculture is constantly evolving, and in Australia, the AI - powered SwagBot is at the forefront of this change. (1)____ This innovative robot is designed to address the challenges faced by cattle farmers.
Since its launch in 2016, SwagBot has come a long way. At first, it was just a basic mover in the fields. (2)____ Now, equipped with sensors and AI, it can analyze grass health, plant type, and cattle condition.
(3)____ By doing so, it ensures that cattle are always in areas with optimal nutrition. This not only promotes the health of the cattle but also protects the soil from overgrazing.
Australia's status as a major beef exporter comes with its own set of challenges. The large number of cattle and the often - dry pastures mean that pasture management is crucial. (4)____ SwagBot offers a technological solution to these problems.
Part - time farmer Erin O'Neill saw the practical benefits of SwagBot. She emphasized how it can assist in making informed decisions about pasture use, especially for pregnant cows. (5)____ As SwagBot's development progresses, it will likely play an even more significant role in Australian agriculture.
A. However, continuous upgrades have enhanced its functions.
B. The robot's role in optimizing grazing areas is vital.
C. It helps farmers make the most of their land resources.
D. SwagBot aims to revolutionize cattle - raising practices.
E. Many pastures in Australia are of low quality and lack sufficient grass.
F. SwagBot's ability to monitor cattle health is also remarkable.
G. The information it provides is invaluable for maintaining healthy cattle.
答案：(1)D (2)A (3)B (4)E (5)G
Passage 3
In Australia, the use of technology in cattle farming is on the rise, and SwagBot is a prime example of this trend. (1)____ This AI - driven robot has the potential to reshape the cattle - farming industry.
SwagBot was introduced in 2016. Initially, its functionality was rather basic, mainly moving around in grazing fields. (2)____ Through the integration of sensors and AI, it has become a highly intelligent device. It can now evaluate the condition of grasses and plants and keep an eye on cattle health.
(3)____ Based on this analysis, it can move cattle to the most suitable grazing areas, thus preventing overgrazing and soil degradation.
Australia's agricultural landscape presents unique challenges. With a large number of cattle spread across vast, often - arid regions, pasture management is a complex task. (4)____ SwagBot steps in to help farmers better manage their pastures and cattle.
Erin O'Neill, a part - time farmer, has seen the positive impact of SwagBot. She pointed out that the robot can provide detailed information about pasture nutrition, which is essential for pregnant cattle. (5)____ As SwagBot continues to develop, it will likely bring more efficiency and sustainability to Australian cattle farming.
A. But technological improvements have transformed it significantly.
B. The robot's data - driven grazing management is a key advantage.
C. It can help farmers ensure the well - being of their cattle.
D. SwagBot is a technological innovation in cattle farming.
E. Many farmers find it difficult to control cattle grazing effectively.
F. The information about pasture nutrition is crucial for cattle care.
G. SwagBot's ability to adapt to different pastures is remarkable.
答案：(1)D (2)A (3)B (4)E (5)F