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What is the main purpose of Robot Drone Tractors in agriculture?
  • a)
    Controlling pests in crops
  • b)
    Monitoring livestock health
  • c)
    Autonomous decision-making for planting and harvesting
  • d)
    Applying fertilizers to crops
Correct answer is option 'C'. Can you explain this answer?
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What is the main purpose of Robot Drone Tractors in agriculture?a)Cont...
The text indicates that Robot Drone Tractors revolutionize farming by autonomously deciding planting locations, harvest times, and optimal routes for farming equipment.
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What is the main purpose of Robot Drone Tractors in agriculture?a)Cont...
The main purpose of Robot Drone Tractors in agriculture is autonomous decision-making for planting and harvesting. These advanced machines are equipped with artificial intelligence and cutting-edge technology, enabling them to perform various tasks in the field without human intervention.

1. Autonomous decision-making:
Robot Drone Tractors have the ability to make decisions on their own based on the data they collect from the field. They are equipped with various sensors, cameras, and GPS systems that allow them to assess the condition of the soil, monitor crop growth, and identify areas that require attention. With this data, they can make informed decisions about planting and harvesting operations.

2. Precision agriculture:
Robot Drone Tractors play a crucial role in precision agriculture. They can accurately plant seeds and apply precise amounts of fertilizers and pesticides to crops. This precision minimizes waste and reduces the environmental impact of farming practices. By precisely adjusting the amount of inputs needed for each crop, farmers can optimize yield and reduce costs.

3. Increased efficiency:
By automating planting and harvesting operations, Robot Drone Tractors significantly increase efficiency in agriculture. They can work continuously without the need for breaks or rest, covering large areas of land in a short amount of time. This reduces labor requirements and allows farmers to focus on other important tasks.

4. Cost-saving:
Robot Drone Tractors can help farmers save costs in various ways. Firstly, they eliminate the need for manual labor, which can be expensive and time-consuming. Secondly, by precisely applying fertilizers and pesticides, farmers can reduce waste and minimize the amount of inputs required. Additionally, these machines can optimize the use of resources such as water and energy, further reducing costs.

5. Flexibility and adaptability:
Robot Drone Tractors are designed to adapt to different field conditions and crop types. They can be programmed to perform specific tasks based on the requirements of each crop. This flexibility allows farmers to efficiently manage multiple crops and adapt to changing environmental conditions.

In conclusion, Robot Drone Tractors are revolutionizing the agricultural industry by providing autonomous decision-making capabilities for planting and harvesting operations. With their precision, efficiency, and cost-saving features, they are instrumental in improving productivity and sustainability in agriculture.
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Passage -1The law in many parts of the world increasingly restricts the discharge of agricultural slurry into watercourses. The simplest and often the most economically sound practice returns the material to the land as semisolid manure or as sprayed slurry. This dilutes its concentration in the environment to what might have occurred III a more primitive and sustainable type of agriculture and converts pollutant into fertilizer. Soil microorganisms decompose the organic components of sewage and slurry and most of the mineral nutrients become available to be absorbed again by the vegetation.The excess input of nutrients, both nitrogen and phosphorus - based, from agricultural runoff (and human sewag e) has caused many healthy oligotrophic lakes (low nutrient concentrations, low plant productivity with abundant water weeds, and clear water) to change to eutrophic condition where high nutrient inputs lead to high phytoplankton productivity (sometimes dominated by bloomforming toxic species). This makes the water turbid, eliminates large plants and, in the worst situations, leads to anoxia and fish kills; so called cultural eutrophication. Thus, important ecosystem services are lost, including the provisioning service of wild-caught fish and the cultural services associated with recreation.The process of cultural eutrophication of lakes has been understood for some time. But only recently did scientists notice huge dead zones in the oceans near river outlets, particularly those draining large catchment areas such as the Mississippi in North America and the Yangtze in China. The nutrient-enriched water flows through streams, rivers and lakes, and eventually to the estuary and ocean where the ecological impact may be huge, killing virtually all invertebrates and fish in areas up to 70,000 km2 in extent. More than 150 sea areas worldwide are now regularly starved of oxygen as a result of decomposition of algal blooms, fuelled particularly by nitrogen from agricultural runoff of fertilizers and sewage from large cities. Oceanic dead zones are typically associated withindustrialized nations and usually lie off- countries that subsidize their agriculture, encouraging farmers to increase productivity and use more fertilizer.Q.The passage refers to the conversion of pollutant to fertilizer. What is pollutant and what is fertilizer in this context?

Passage -1The law in many parts of the world increasingly restricts the discharge of agricultural slurry into watercourses. The simplest and often the most economically sound practice returns the material to the land as semisolid manure or as sprayed slurry. This dilutes its concentration in the environment to what might have occurred III a more primitive and sustainable type of agriculture and converts pollutant into fertilizer. Soil microorganisms decompose the organic components of sewage and slurry and most of the mineral nutrients become available to be absorbed again by the vegetation.The excess input of nutrients, both nitrogen and phosphorus - based, from agricultural runoff (and human sewag e) has caused many healthy oligotrophic lakes (low nutrient concentrations, low plant productivity with abundant water weeds, and clear water) to change to eutrophic condition where high nutrient inputs lead to high phytoplankton productivity (sometimes dominated by bloomforming toxic species). This makes the water turbid, eliminates large plants and, in the worst situations, leads to anoxia and fish kills; so called cultural eutrophication. Thus, important ecosystem services are lost, including the provisioning service of wild-caught fish and the cultural services associated with recreation.The process of cultural eutrophication of lakes has been understood for some time. But only recently did scientists notice huge dead zones in the oceans near river outlets, particularly those draining large catchment areas such as the Mississippi in North America and the Yangtze in China. The nutrient-enriched water flows through streams, rivers and lakes, and eventually to the estuary and ocean where the ecological impact may be huge, killing virtually all invertebrates and fish in areas up to 70,000 km2 in extent. More than 150 sea areas worldwide are now regularly starved of oxygen as a result of decomposition of algal blooms, fuelled particularly by nitrogen from agricultural runoff of fertilizers and sewage from large cities. Oceanic dead zones are typically associated withindustrialized nations and usually lie off- countries that subsidize their agriculture, encouraging farmers to increase productivity and use more fertilizer.Q.What is the central theme of this passage?

Passage -1The law in many parts of the world increasingly restricts the discharge of agricultural slurry into watercourses. The simplest and often the most economically sound practice returns the material to the land as semisolid manure or as sprayed slurry. This dilutes its concentration in the environment to what might have occurred III a more primitive and sustainable type of agriculture and converts pollutant into fertilizer. Soil microorganisms decompose the organic components of sewage and slurry and most of the mineral nutrients become available to be absorbed again by the vegetation.The excess input of nutrients, both nitrogen and phosphorus - based, from agricultural runoff (and human sewag e) has caused many healthy oligotrophic lakes (low nutrient concentrations, low plant productivity with abundant water weeds, and clear water) to change to eutrophic condition where high nutrient inputs lead to high phytoplankton productivity (sometimes dominated by bloomforming toxic species). This makes the water turbid, eliminates large plants and, in the worst situations, leads to anoxia and fish kills; so called cultural eutrophication. Thus, important ecosystem services are lost, including the provisioning service of wild-caught fish and the cultural services associated with recreation.The process of cultural eutrophication of lakes has been understood for some time. But only recently did scientists notice huge dead zones in the oceans near river outlets, particularly those draining large catchment areas such as the Mississippi in North America and the Yangtze in China. The nutrient-enriched water flows through streams, rivers and lakes, and eventually to the estuary and ocean where the ecological impact may be huge, killing virtually all invertebrates and fish in areas up to 70,000 km2 in extent. More than 150 sea areas worldwide are now regularly starved of oxygen as a result of decomposition of algal blooms, fuelled particularly by nitrogen from agricultural runoff of fertilizers and sewage from large cities. Oceanic dead zones are typically associated withindustrialized nations and usually lie off- countries that subsidize their agriculture, encouraging farmers to increase productivity and use more fertilizer.Q.According to the passage, what are the effects of indiscriminate use of fertilizers?1. Addition of pollutants to the soil and water.2. Destruction decomposer of microorganisms in soil.3. Nutrient enrichment of water bodies.4. Creation of algal blooms.

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What is the main purpose of Robot Drone Tractors in agriculture?a)Controlling pests in cropsb)Monitoring livestock healthc)Autonomous decision-making for planting and harvestingd)Applying fertilizers to cropsCorrect answer is option 'C'. Can you explain this answer?
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