Provided by FreeWave, this is a multi-radio edge computing platform with gateways, edge data analysis and applications.
Precision agriculture can help improve farmers’ bottom line and ensure the safety of workers, but it may also become a key driver in solving the global food crisis.
Precision agriculture Provide farmers with the tools, data and resources they need to make critical decisions about crops. Although one of the significant advantages of technology-assisted agriculture is cost-saving, its role goes far beyond improving the bottom line of farmers.
For example, farmers all over the world are using Precision silver To deal with the global hunger crisis. By simplifying agricultural processes and reducing food waste, precision agriculture is likely to become an important part of agricultural operations in the future.
Solving global hunger and reducing food waste are two important areas where precision agriculture can help.
What is precision agriculture?
Precision agriculture aims to increase crop yields and profits by using the latest and greatest tools and techniques to measure and analyze key data points. Farmers use useful equipment such as drones, underground sensors and even farm robots to revolutionize agriculture and ensure worker safety.
As in many other industries, making data-driven decisions is quickly becoming the norm for growing, monitoring, protecting, and harvesting crops.
What types of precision agriculture are there?
Examples of precision agriculture (often called precision agriculture) include:
- Measuring soil level
- Pest monitoring
- Seed and pesticide distribution
- Hydration monitoring and application
- Predictive seeding analysis
- Best crop harvest time
What are the benefits of precision agriculture?
Precision agriculture aims to improve the bottom line of farmers and allow them to obtain the best data possible. But the benefits of Precision ag go far beyond that.
Other advantages include:
- Farmers can reduce pesticide use by applying pesticides to target areas instead of mass distribution
- Save fuel and fertilizer costs
- Provide employees with safer working conditions
- Less food waste and more efficient crop yields (this helps fight global food insecurity)
How can precision agriculture help solve the problem of global food insecurity?
Even in developed countries, global food insecurity exists.690 million people worldwide (according to United Nations) Suffer from hunger and malnutrition. 22% of children under five years of age are stunted due to malnutrition and inadequate feeding (according to Our data world).
Producing more crops faster can put more food into hungry mouths, which will only become a more important issue over time.After all, our current global population is about 7.9 billion, almost Reach 10 billion by 2050.
There are more people to feed, and the entire agricultural industry must conduct in-depth research on how farmers can provide enough healthy food for more people. This is where specific aspects of precision agriculture become relevant.
Farm robots can cut labor costs
Excess production of healthy food is one thing, but paying the price for it is another issue that many people really care about. Centers for Disease Control and Prevention Citation costs and lack of accessibility are the two main reasons why many Americans eat unhealthy, low-nutrient foods.
As far as the current situation is concerned, farm fresh vegetables and fruits are usually more expensive than fast food. Fast food is not healthy, but it is more satisfying for American families.
Farm robots eliminate the need for farmers to weed, fertilize, and perform many of the rote tasks that farmers once did. This reduces the operating costs of the farm, so that the cost savings can be passed on to consumers.
Efficient farming can increase yield and reduce waste
Sensor-driven precision agriculture functions, such as tractor guidance and precise steering, can process crops more accurately. This reduces waste and produces more crops, which is a big deal for farmers and consumers.
Plant pests alone kill as many as 20% to 40% Global annual crop production. To quantify this, consider that 240 million bushels of apples are produced annually in the United States. This may amount to the loss of up to 96 million healthy agricultural products!
Agricultural sensors and drones
The FAA has not approved drones for personal agricultural use. However, as lawmakers monitor the benefits of precision agriculture, this situation may change in the next few years.
One concern about single crops (a fairly common practice used by farmers to grow the same crops in an area year after year) is that it will destroy soil quality, which will not only reduce crop yields, but also reduce the nutrients in the final product itself.
Agricultural sensors and drones solve this problem by monitoring climate change, assessing weather patterns, and measuring soil levels from the air. Interactive maps generated from these devices can help farmers gain important insights into crop rotation, where they will be planted in future seasons, and what farm areas may need to be processed to ensure the quality of the final product.
What is the future of precision agriculture and global hunger?
As more and more data are collected, precision agriculture has become more refined, and it is expected that precision agriculture will become highly specific in all aspects of crop planting and harvesting. In addition, IIoT (Industrial Internet of Things) will also grow substantially, bringing together information from millions of more smart devices used in farms around the world.
We also look forward to promoting greener initiatives. Accurate data can help bridge the gap between providing healthy food for the world’s population and protecting the planet.
About the author: FreeWave is a multi-radio edge computing platform with gateways, edge data analysis and applications. Today, we see the potential of the Industrial Internet of Things (IIoT) to truly change the way companies operate extensively and remotely. This is why we have injected new edge computing capabilities into our products, provided a solution ecosystem for the development of IIoT, and prepared to bring exponential efficiency and productivity improvements to our customers.
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