The most important production in the world is agricultural production,
which is the source of human life. One of the most important problems in
agriculture is water scarcity. Various agricultural projects are currently
being used to solve water scarcity and produce better agricultural production.
Drip irrigation and sprinkler irrigation are new methods used
in agriculture today. In the future, with the help of artificial intelligence,
huge changes can be made in agriculture. Agricultural methods and modern
production methods are being developed through artificial intelligence
technology.
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AI-based drones and robotics devices are being used to
monitor the impact of pests and the spread of plant diseases. This technology
can also be used to determine whether crops are growing well for fertilizer
application.
Robotic harvesters and modern tractors are very helpful in
speeding up agricultural work and making farming less expensive. Some companies
using AI technology are developing agricultural machinery with the help of AI.
Artificial intelligence technology is widely used to know the
nature of the land, the growing environment, what types of crops grow on which
land, and the acidity and alkalinity of the land.
Artificial intelligence is used to determine which plants can
yield more in a particular type of land, and which plants should be planted at
what time. Technologies such as remote sensing and computer vision with
artificial intelligence technology can be used to know the current growth and
condition of crops. Sensors with artificial intelligence can monitor the
moisture content of the land and how long the land will retain moisture.
Some AI applications can detect diseases in crops and provide
instructions about it. Photos taken with such AI-based technology can be used
to detect disease and pest attacks. AI provides a great opportunity to spray
medicines for specific types of diseases and spray pesticides to destroy
specific types of pests.
Rainfall plays a very important role in agriculture. Although
there are many irrigation methods, rainfall can provide the highest yield.
Therefore, artificial intelligence technology can be a future advisory tool to
monitor climate change, temperature change and rainfall.
Such artificial intelligence technology can reduce yield loss
and increase production. Artificial intelligence sensors can be used to monitor
the water required by each plant.
When cultivating rice, water must be stagnant, and when
cultivating other types of plants, water is required only during a specific
period. An automatic artificial intelligence watering machine can be created to
determine which types of crops require water at what intervals.
Artificial technology is capable of providing the exact
amount of fertilizers and pesticides required. This can reduce environmental
impact and reduce the cost of farming. If sensors with this type of artificial
intelligence technology are available, production is likely to increase many
times over.
Artificial intelligence technologies are capable of analyzing
a large amount of information. Therefore, they are very helpful in soil
testing. Artificial intelligence sensors are very good at identifying which
types of crops should be planted in a specific type of soil. If the right crops
are planted, more yields can be obtained. Since artificial intelligence
technology is good at testing soil, farmers are likely to earn more profit.
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Artificial Intelligence-based Apps and Tools
Plantix is used to detect crop diseases. Cropin, an AI-powered technology, is used to manage yields. Modern agriculture is being done through apps and data hubs. Blue River Technology's See and Spray machine with AI technology is being used to spray pesticides. Satellite images called FarmShorts are very useful for increasing agricultural production and exploring lands.
Artificial intelligence technology can not only create new types of tools and sensors but also be used in existing agricultural machinery. This will lead to higher yields and lower costs for farmers. In addition, new types of drones and robots with artificial intelligence can be developed to meet the food demand of the growing population in the future.
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