KVV E-Modules - Precision agriculture

Quadrant -I (Video)

Precision agriculture

Quadrant - II (Study Material)

1. Precision agriculture

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Quadrant - III (Assignments)

1. Precision agriculture

Precision agriculture is a farm management approach that leverages modern technology, such as GPS, sensors, drones, and data analytics, to observe, measure, and manage natural variability within a farm, allowing for precise application of inputs like water, fertilizer, and pesticides only where and when they are needed

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Quadrant - IV (MCQs)

In precision agriculture GIS stand for…….

A: Geographic Information System B: Global Information System C: Geospatial Information System D: Geographic Input System

……...is one benefit of using GPS technology in precision agriculture

A: Increased soil compaction B: Reduced efficiency C: Improved accuracy of management practices D: Higher input costs

……...is one of the key techniques used in precision agriculture to analyze spatial data

A: Soil analysis B: Crop rotation C: Manual labor D: Traditional farming

Precision irrigation help to optimize……...

A: Soil nutrients B: Water application rates C: Crop rotation schedules D: Labor efficiency

……...Technology helps farmers crop health & growth

A: Drones B: Internet of Things (IOT) C: Artificial Intelligence (AI) D: Block chain

……...is a key benefit of using precision irrigation system

A: Increases water use B: Waste reduction in water resources C: Increased labor cost D: Higher environmental impact

……...is the role of GIS

A: To monitor the health of crops B: To manage farm operation efficiencies C: To map out field conditions & resources D: To harvest crop automatically

……...is precision farming

A: A type of farming using traditional methods B: A farming system that uses modern technologies to optimize yield C: A method of farming that uses organic fertilizers D: A technique based on manual and labor

……...technologies use sensors to monitor soil moisture level

A: Drones B: Remote sensing C: Soil sensors D: AI powered systems

……...is the primary objective of precision farming

A: To reduce the use of chemical fertilizers in agriculture B: To optimize the use of resources and increase farm productivity C: To minimize plant disease D: To eliminate weeds

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1. Precision agriculture

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2. Precision agriculture

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3. Precision agriculture

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