AGROTECH: Top 5 Pivotal Trends to Watch in 2023

With the increasing population rise, food demand would increase by 70% by 2050. According to a UN report, 9.9% of the world’s population still experiences hunger, making the idea of providing food for roughly 10 billion people a difficult task. Given how unpredictable environmental changes are, we must rely on advancements in agricultural technology.

Fortunately, the early indications are positive. To learn how upcoming agricultural advances will change how people live their lives, we don’t need to wait thirty years.

Here are the Top 5 Pivotal Trends of AgroTech to watch out for in 2023

1. Technologies Bee Vectoring

The value of honey bees to agricultural output in the United States is $20 billion. Due to the importance of these insects to human life, agricultural equipment is becoming more innovative to preserve bees and enhance their pollination skills.

Instead of chemical pesticides, BVT employs commercially raised bees to offer specific crop controls through pollination. This crop protection method is harmless for the environment.

The method does not necessitate the use of tractors or water spraying. As they go over the field, the bees may instead carry a little amount of pest control powders on their legs thanks to the scientifically constructed bumblebee hive.

This advancement in agricultural technology encourages increased crop output, sustainable farming, and soil quality. Blueberries, sunflowers, apples, and tomatoes are just a few of the crops that BVT’s solution is appropriate for, and farms of all sizes may use it.

2. Precision farming

Precision agriculture is an approach to managing agricultural resources that gathers, analyzes, and assesses data and provides insights to assist farmers in enhancing and raising soil quality and production.

Precision agriculture data points are used to inform management decisions to enhance farmland and agricultural products in a number of crucial areas, including:

• efficient utilization of resources
• Sustainability
• Profitability
• Productivity Quality

This advancement in agricultural technology makes use of big data to support management choices, allowing farmers to optimize output by controlling crop yield characteristics including moisture content, soil quality, and microclimates. It uses robotics, automation, robotics, and remote sensing technologies to enhance crop health and maximize agricultural resources, increasing output.

3. Vertical farming inside

The average yield of rice per acre is between three and six tons. Farmers are free from this ban if they embrace indoor vertical farming. These farm goods are raised inside in a safe environment, stacked vertically one on top of the other. The technique uses growing shelves that are vertically positioned to increase agricultural yield in limited spaces. Because they are either hydroponic or aeroponic, the shelves typically don’t require soil:

Hydroponics is the practice of growing plants in water and nutrient solutions.

In aeroponics, water and nutrients are intermittently sprayed onto plant roots that are suspended in the air by emitters.

In indoor vertical farms, growers may control elements like light, temperature, water, and even carbon dioxide levels to improve their health.

4. Animal Agriculture Technology

New livestock technology gives farmers data-driven insights that help them to organize their operations, take better care of their animals, and increase output.

Here are a few of the numerous developments that are altering animal farming:

• Without human assistance, automated dairy systems milk cows, and the milk sensors also assist farmers in keeping an eye on the milk quality.
• Waste is removed by automated cleaning systems, creating healthier surroundings free of illness.
• Bovine mastitis, an illness that affects cows and causes more than $6 billion in losses each year in the U.S. and Europe, is treated by Armenta without the use of antibiotics using acoustic pulse technology (APT).

5. Scarecrows with lasers

Rodents or intrusive birds might pose harm to crops planted in an open field. Traditional scarecrows were formerly employed by farmers to ward off hungry guests. However, farm owners and managers are increasingly utilizing high-tech devices with motion sensors to stop birds from stealing food.

After discovering that birds are sensitive to the color green, a University of Rhode Island researcher helped develop a laser scarecrow that produces green laser light. The light can travel 600 feet across a field to scare away birds before it damages crops, yet it is invisible to humans in direct sunshine.

In conclusion, Sustainable farming is a popular topic at a time when worries about the environment and climate change are at an all-time high. The survival of the human race as we know it is seriously threatened by our expanding population and the developing limitations of land and water. However, farm technology entrepreneurs are hard at work making progress while many politicians stall and refute.

Farming may now be done more intelligently, safely, and productively thanks to breakthroughs in agricultural technology, including advances in precision agriculture, farm automation, genetics, and water management.