Top 5 Trends in Agriculture will be the future of Farming

Top 5 Trends in Agriculture

“Everything else can wait, but AGRICULTURE can’t” 

• Artificial Intelligence
• Blockchain
• Indoor Vertical Farming
• Precision Agriculture
• IoT Sensors

Artificial Intelligence- Transforming Agriculture

Whereas innovation is making it simpler to monitor things like soil conditions, water utilization, and the climate, Artificial Intelligence (AI) is making it simpler to utilize that information and data to form decisions. What crops ought to you sow in which fields this year? What ought to employ to control bugs and when? How quick can you capture and kill malady and diseases in crops and animals?

A new wealth of data opportunities has been opened with the rise of digital agriculture. With remote sensors, satellites, and UAVs you can easily gather information for whole 24 hours per day over an entire field. Earlier, there were no technology and practices to monitor the health of plant or soil conditions, but with new technologies, you can keep a check on plant health, temperature, humidity, and condition of the soil. The whole idea of it is to allow the farmers to have a better understanding of the situation through the advancements of technology. With remote sensing, you can clearly observe what is walking or driving through the fields.

Statistical data of interpreting a field’s environment can easily be understood and is useful to farmers for decision making. These algorithms and information collection can be better at predicting multiple ranges of outcomes and the focus of artificial intelligence is that farmers will be achieving their goals for a better harvest by making better decisions in the field.

Blockchain- Improving Agricultural Techniques

Agribusiness represents a noteworthy source of employment and commitment to the economy of numerous nations around the globe. In 2030, the demand for food is anticipated to increase by 35%.

This would require more proficient production systems to meet the wants of a growing populace. For instance, blockchain technology. A blockchain may be a large record of information that resembles a record that’s shared among different clients or nodes to safely enlist immutable transactions. Blockchain may solve data administration issues in real-time over the production and supply chains of agricultural products. Also, deploying this innovation permits keeping exact records of data like the origin of the products, production date, and details about the producer. Blockchain increases security and trustiness among parties, which may become important when trading items. By executing blockchain, the administration process of this data can be more transparent and open, as well as productive and in real-time.

Indoor Vertical Farming- Next Gen Farming with 90% less Water

Earlier methods of farming, use crop rotation, mixed cropping, and other techniques for agriculture. But with advancements and innovations, Indoor Vertical Farming is being practiced which can increase the crop yields with a limited area of land.

It is defined as the practice of growing fruits and vegetables stacked one above another in a very closed and controllable environment. In traditional methods, the space utilized for growing crops is more but with practices of indoor vertical farming, you can lessen the amount of land space required for growing crops. This is often used and associated with urban farming and is practiced in cities as it has the ability to thrive in restricted space. Some of the set-ups of vertical farms do not require soil for growing plants and are mostly hydroponic where vegetables are grown in a dense bowl of water or aeroponic where the roots of plants are sprayed systematically with minerals and nutrients. Artificial lights are used instead of sunlight.

The advantages of indoor farming are apparent right from sustainable growth to maximize the crop yields with minimal labor costs. With this modern technique, we can control variables like humidity, water, and sunlight as compared to the techniques used in old school farming. They also conserve resources, with vertical farming you can save up to 70% of the water. To handle harvesting and planting labor is also reduced and get replaced by robots. Hence, vertical farming is at its best and optimizes energy conservation.

Precision Agriculture- Insights to drive Agribusiness

It is an undergoing evaluation that technology is becoming an indispensable part of each commercial farm. Modern technologies are being developed by modern companies that allow farmers to maximize their yields by controlling each variable of crop farming such as levels of moisture, pest stress, soil conditions, etc. precision agriculture helps farmers to grow and increase their efficiency and managing the costs.  It is predicted that the precision agricultural market is to reach $43.4 billion by 2025. The new generation of farmers is attracted to faster and flexible startups that will maximize crop yields systematically.

IoT (Internet of Things) Sensors- Transforming Future of Agriculture

IoT sensors are having an enormous effect on farming. Agriculturists can put them in their fields to monitor crops remotely, farmers can utilize them to track the health of their animals, and can put sensors on their equipment to screen machine health and decrease downtime. IoT’s capacity to caution you before that downtime happens, so you can anticipate and keep the equipment up and running.

Conclusion

New Trends in Agriculture have adhered to the production of basic crops such as rice and grains have signs of progress dramatically and the cost of food dwindled is kept at the speed which results in a reduction of hunger rate in the world.

Modern farming has also boosted up the food production which happens due to progressions in trends in agriculture, science, new and innovative technologies including the expansion of crop categories and application of manure and pesticides, and formation and plantation of large methods of irrigation.