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Digital Agriculture Tools Flashcards

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1
Q

Which technology is primarily used for precise navigation in agricultural fields?
A. GIS
B. GPS
C. Remote Sensing
D. IoT

A

B. GPS

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2
Q

What does GIS stand for in the context of agriculture?
A. Geographic Information Systems
B. Global Information Systems
C. Geospatial Internet Solutions
D. Global Integration Software

A

A. Geographic Information Systems

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3
Q

Which technology creates multi-layered maps for analyzing complex agricultural data?
A. GPS
B. Drones
C. GIS
D. IoT

A

C. GIS

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4
Q

Drones equipped with cameras and sensors are used for all the following EXCEPT:
A. Crop health monitoring
B. Soil pH analysis
C. Assessing irrigation needs
D. Detecting pest infestations

A

B. Soil pH analysis

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5
Q

Remote sensing involves collecting data from:
A. Ground-based sensors only
B. Direct human observations
C. Satellites, drones, or aircraft without direct contact
D. Automated soil sampling devices

A

C. Satellites, drones, or aircraft without direct contact

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6
Q

What is the primary difference between remote sensing and GIS?
A. Remote sensing analyzes data; GIS collects data
B. Remote sensing collects spatial data; GIS stores and visualizes geospatial data
C. Remote sensing uses drones; GIS uses satellites
D. There is no difference

A

B. Remote sensing collects spatial data; GIS stores and visualizes geospatial data

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7
Q

Which application uses multispectral cameras on drones to detect plant stress?
A. Irrigation management
B. Crop health monitoring
C. Pest control
D. Soil sampling

A

B. Crop health monitoring

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8
Q

Thermal imaging from drones is primarily used to:
A. Identify plant diseases
B. Monitor crop growth
C. Assess irrigation needs by detecting water stress
D. Measure soil nutrients

A

C. Assess irrigation needs by detecting water stress

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9
Q

AI-powered drones can help in agriculture by:
A. Automating soil tilling
B. Early detection of pest outbreaks
C. Installing irrigation systems
D. Generating weather forecasts

A

B

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10
Q

What is one of the main benefits of using drones for spraying in agriculture?
A. Increases fertilizer usage
B. Reduces the need for irrigation
C. Provides high precision in seed distribution and pesticide application
D. Replaces all manual labor

A

C

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11
Q

Smart farming devices integrate several technologies. Which of the following is NOT one of them?
A. IoT
B. AI
C. Robotics
D. Manual record keeping

A

D

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12
Q

The Internet of Things (IoT) in agriculture is best described as:
A. A network of traditional farming tools
B. A network of connected devices that collect and share real-time data
C. An online marketplace for agricultural products
D. A system for financial management in farming

A

B

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13
Q

Which technology is crucial for automating tasks like planting, weeding, and harvesting?
A. GIS
B. Robotics
C. GPS
D. Remote sensing

A

B

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14
Q

Automation in smart farming ensures:
A. Increased human labor on farms
B. Manual control of irrigation systems
C. Seamless farm operations with minimal human intervention
D. Only real-time data collection

A

C

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15
Q

What is one of the benefits of digital agriculture tools in terms of resource usage?
A. Increased pesticide and fertilizer use
B. Reduced labor costs and time
C. Increased water consumption
D. Decreased crop yields

A

B

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16
Q

The use of GPS in agriculture primarily helps in:
A. Weather forecasting
B. Soil nutrient analysis
C. Accurate field navigation for various tasks
D. Data encryption

A

C

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17
Q

GIS is used in agriculture to help with:
A. Manual crop planting
B. Visualizing complex data and identifying trends
C. Operating heavy machinery
D. Physical soil testing

18
Q

Remote sensing in agriculture does NOT require:
A. Direct contact with the Earth’s surface
B. Aerial data collection
C. On-ground sensors always
D. Satellite imagery

19
Q

Which of the following statements is true regarding drones in agriculture?
A. They are used exclusively for crop spraying
B. They can be equipped with multiple sensor types for varied applications
C. They replace the need for all manual labor on the farm
D. They are only used for aerial photography

20
Q

What is one of the roles of AI in digital agriculture?
A. Designing farm machinery
B. Analyzing data to make smart farming decisions
C. Replacing all agricultural tools
D. Increasing manual field surveys

21
Q

Which benefit is NOT directly associated with digital agriculture tools?
A. Improved farm productivity
B. Environmental sustainability
C. Increased manual labor requirement
D. Early detection of diseases and pests

22
Q

The primary function of smart farming devices is to:
A. Increase the complexity of farm operations
B. Integrate multiple technologies to enhance efficiency and sustainability
C. Replace traditional farming practices entirely
D. Only focus on livestock management

23
Q

What type of data does a multispectral camera on a drone collect?
A. Audio data
B. Visual and infrared data
C. Soil moisture levels only
D. Wind speed data

24
Q

Which technology is essential for creating layered maps in agriculture?
A. GPS
B. GIS
C. IoT
D. Robotics

25
The application of digital agriculture tools leads to: A. Higher pesticide usage B. Optimized irrigation schedules C. Reduced crop diversity D. Increased fuel consumption
B
26
Which of the following is an example of a smart farming application? A. Using paper maps to locate fields B. Integrating IoT devices to monitor crop conditions in real time C. Manual pesticide spraying D. Traditional seed planting without sensors
B
27
In agriculture, remote sensing can help detect: A. The exact chemical composition of soil B. Pest infestations from a distance C. Manual labor hours D. Farm equipment maintenance schedules
B
28
Which tool allows farmers to visualize trends in crop management? A. Drones B. GIS C. Thermal imaging cameras D. Soil sensors
B
29
AI in agriculture is used to: A. Physically harvest crops B. Automate the collection of geospatial data C. Analyze complex datasets for informed decision-making D. Replace all human oversight
C
30
Robotics in smart farming devices are primarily used for: A. Data analysis B. Automated mechanical tasks such as planting and harvesting C. Creating geospatial maps D. Monitoring weather conditions
B
31
The integration of which technology provides real-time data to optimize farm operations? A. Traditional farming tools B. Manual record keeping C. IoT D. Printed maps
C
32
Drones in agriculture can contribute to environmental sustainability by: A. Increasing the area of land farmed B. Reducing unnecessary application of chemicals C. Promoting the use of fossil fuels D. Increasing manual labor
B
33
Which statement best describes the role of digital agriculture tools? A. They only serve to replace farmers with machines B. They help in making agriculture more precise, efficient, and sustainable C. They eliminate the need for any human intervention D. They solely focus on data collection without any practical application
B
34
GPS technology in agriculture assists in tasks like: A. Generating multi-layered maps B. Soil sampling and precise field navigation C. Monitoring weather trends D. Data analysis using AI
B
35
Which of the following is a direct benefit of using GIS in agriculture? A. Increased manual labor B. Better resource allocation through trend visualization C. Direct control of irrigation systems D. Replacement of crop monitoring drones
B
36
Smart farming devices can help farmers by: A. Increasing production costs B. Reducing the need for technological integration C. Optimizing irrigation and reducing operational costs D. Limiting crop variety
C
37
Which of the following technologies is used to detect nutrient deficiencies in crops? A. GPS B. Multispectral cameras on drones C. Manual field inspection only D. IoT without sensors
B
38
One of the environmental benefits of digital agriculture tools is: A. Increased chemical runoff B. Improved monitoring leading to reduced fertilizer usage C. Higher fuel consumption for machines D. Increased water wastage
B
39
Which digital agriculture tool provides aerial imagery for assessing crop conditions? A. GIS software B. Ground sensors C. Drones D. Robotics
C
40
The combination of IoT, AI, and robotics in agriculture is best known as: A. Traditional farming B. Digital agriculture or smart farming C. Remote sensing only D. Manual crop management
B. Digital agriculture or smart farming

Elective (3 decks)

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