Quiz on Precision Agriculture and ICT Applications

What is precision agriculture primarily based on?

• Using traditional farming methods

• Observing and measuring crop variability

• Applying fertilizers uniformly

• Planting crops in uniform rows

Which technology is NOT mentioned as part of precision agriculture?

• IoT

• GPS

• GIS

• Blockchain

What is the main goal of precision agriculture?

• To produce crops at the lowest cost

• To eliminate the use of technology

• To maximize crop yield and minimize environmental impact

• To use traditional farming techniques

What type of data do sensors in precision agriculture collect?

• Soil moisture and temperature

• Historical crop data

• Market prices

• Farmer's personal information

Which of the following is a benefit of precision agriculture?

• Higher resource waste

• Optimized input application

• Increased labor costs

• Reduced crop yield

What does geolocation in precision agriculture help farmers to do?

• Identify crop diseases

• Map field boundaries and soil characteristics

• Calculate labor costs

• Predict weather patterns

What is a key feature of data-driven decision-making in precision agriculture?

• Ignoring data from sensors

• Using only historical data

• Collecting data from a single source

• Analyzing data from multiple sources

Which of the following is an example of precision application of inputs?

• Uniformly applying fertilizers across the field

• Applying water based on soil moisture levels

• Using the same pesticide for all crops

• Planting all crops at the same time

What is one challenge of precision agriculture mentioned in the text?

• Simple equipment

• Low technology costs

• Data management

• High crop yield

What type of sensor measures soil moisture levels?

• Optical sensor

• Dielectric soil moisture sensor

• Mechanical sensor

• Electrochemical sensor