Automation in Agriculture - JSS3 Basic technology Past Questions and Answers - page 2
What is a challenge farmers may face when adopting automation in agriculture?
Reduced initial costs
Increased labour demand
Enhanced productivity
Training requirements for new technology
Which technology allows farmers to monitor and control machinery remotely?
Telepathy
Internet of Things
Telekinesis
Extra Sensory Perception
What benefit do autonomous tractors offer in agriculture?
They increase fuel consumption
They decrease efficiency
They enhance precision and reduce overlap
They are more expensive than manual tractors
What is a potential disadvantage of automation in agriculture?
Improved decision making
Higher production costs
Reduced environmental impact
Increased sustainability
Which of the following is a practical example of automation in agriculture?
Planting seeds manually
Using a manual plough
Using automated drones for crop monitoring
Using traditional scarecrows
What are some applications of automation in agriculture?
Automation in agriculture encompasses precision farming techniques like automated irrigation systems, robotic harvesting, and automated pest control. These technologies aim to enhance efficiency, reduce labour costs, and optimise resource use, thereby increasing agricultural productivity.
What are the benefits of automation in agriculture?
Automation offers several benefits, including improved productivity through precise planting and harvesting techniques, reduced labour costs by replacing manual tasks with automated machinery, and enhanced resource management by using sensors and data analytics. It also allows for better crop quality control and enables farmers to monitor and manage their operations remotely.
What challenges does automation face in agriculture?
Despite its advantages, automation in agriculture faces challenges such as high initial costs for implementing advanced technologies, the need for specialised training to operate and maintain automated systems, and potential job displacement due to reduced manual labour requirements. Additionally, there are concerns about data privacy and cybersecurity risks associated with interconnected agricultural systems.
How do practical examples like robotic harvesters demonstrate automation in agriculture?
Robotic harvesters exemplify automation in agriculture by autonomously identifying ripe crops, harvesting them with precision, and optimising the yield per acre. These machines can work continuously without fatigue and adjust their operations based on real-time data, ensuring efficient and timely harvesting while reducing waste.
What role do technologies like precision farming and IoT play in modern agriculture?
Precision farming technologies, coupled with IoT (Internet of Things), enable farmers to collect and analyse data on soil conditions, weather patterns, and crop health in real time. This data-driven approach facilitates informed decision-making, allowing farmers to apply fertilisers and pesticides precisely where needed, conserve water, and maximise yield while minimising environmental impact.