Did you know that precision agriculture is taking the agriculture food system by storm?

Ways Precision Agriculture is Contributing to Agriculture Food Systems

You may be surprised to learn that precision agriculture is revolutionizing the food chain. It has had a significant and increasing impact on food systems during the past ten years. Additionally, farming has been transformed, increasing the efficiency of food production with the aid of the Internet of Things and other 21st-century technologies.

Also, the use of variable rate application of inputs, and automated machinery are some precision agriculture key components. Other key components are sensor networks and data-driven decision support systems. A synergy of all of these components works together to provide you with data and information.

7 Ways Precision Agriculture is Contributing to Agriculture Food System

Data is the cornerstone of precision farming. You may take action and make wise decisions for your farming operation with the help of these statistics. resulting in, among other wonderful benefits, increased quality, production yield, efficient resource management, and sustainability.

We'll dive deep into the patterns and ways that precision agriculture has improved the food chain overtime today. This article will provide you with up-to-date information on the advantages of precision agriculture and assist you in leveraging current trends. Read and digest!

1) Provides Sustainability

According to the Food and Agriculture Organization (FAO) of the United Nations, approximately 33% of the world’s soils are already degraded. And the figure is rising steeply in some parts of the world. Farmers’ activities and actions on land have made farmlands susceptible to erosion.

The heinous effects of erosion have made lots of farmland unfit for agriculture activities. However, farmers in agriculture-advanced countries have looked into this and have embraced precision agriculture as a solution.

But how does precision agriculture prevent erosion and safeguard soils? Let me give you a brief explanation without boring you. Precision agriculture plays a crucial role in protecting soil structure and stability. Through the use of variable rate technology (VRT), the chances of erosion are greatly reduced.

That is not all, precision agriculture also protects soil nutrients from getting washed away from the topsoil. Important soil nutrients that can be damaged through traditional agriculture methods are protected by precision agriculture. All of these encourage continuity and sustainability with farmlands, soil fertility and nutrients ensuring better productivity for you.

2) Increases Your Efficiency

Precision farming increases your efficiency by 100 per cent. Yes, you've read that right. Your productivity levels will skyrocket with precision agriculture methods and mechanics. Imagine if you could only achieve 40% productivity on your farm.

With precision agriculture, you are guaranteed to make well more. Understandably, your crop yield is dependent on the soil, climate, and other environmental factors which makes it difficult to control. However, with precision agriculture, you can successfully predict your production and achieve it seamlessly.

Through the geographic information system (GIS), you will get information about the soil type, components, and nutrients present in a specific area. The data you get through GIS will help you to effectively choose a good location, plant the right crop and essentially set you up for a good yield. More so, through weather forecast equipment, you can effectively monitor the weather conditions over a period.

After monitoring, you then have the information to go on to decide the viability of your farming operation before you begin. Nonetheless, It is a fact that you can not control most of the factors stated above. However, with precision agriculture, you can manage them effectively.

Lastly, by adopting equipment that will continue to work smarter and do more with continued application of machine learning and connectivity. Precision agriculture serves as a pivotal step in assuring the effectiveness of crop production systems.

3) Less Pressure on the Environment

Agriculture contributes 30 per cent of global greenhouse emissions. However, an enormous benefit of precision agriculture lies in its zero carbon emission. Its zero carbon emission attribute is attributed to the fact that precision agriculture equipment can be non-dependent on fossil fuel. Solar-powered drones are not only efficient and effective, they are also environment and climate-friendly.

In addition to solar-powered drones and other equipment, precision farming optimizes land management based on your needs. It helps to increase agricultural areas with sustainable agriculture. As discussed above, precision agriculture contributes immensely to sustainable agriculture. Thereby, leading to less pressure on the land and the environment.

It is also important for you to know that the fight against climate change is very much on. Precision agriculture presents a solution to our pressing climate crisis caused by agriculture.

4) Automation

Usually, with traditional agriculture, your absence in your field is a recipe for disaster, because there is simply no one to do the work for you. But what if told you that precision agriculture has provided a way for you to tend to your farm without being present? Sounds cool right?

Precision agriculture has been helping farmers to automate their farmlands reducing the physical labor required in traditional farming.

It is very intriguing because these automated systems are sometimes more effective. Their level of effectiveness is due to their inability to get tired, they are programmed already so they act exactly based on command and ensure precision and uniformity.

With precision agriculture, you can tend to your farm needs without being present. Also, you can manage your crops individually while tending to their needs. In contrast to traditional agriculture which covers the totality of the field and tends to every crop and animal equally.

However, precision agriculture allows you to provide individual plants and animals with their needs. More so, the global adoption of remote monitoring and automation in precision agriculture is accelerating. A report by a top company estimates that the precision agriculture market will reach $12.9 billion by 2027, driven by the increasing demand for real-time data insights. So, if you are still waiting for a cue to get started here it is.

5) Input Waste Reduction

Farm inputs are often wasted through traditional farming methods. Fertilizers

, pesticides, herbicides and even water are most times used in larger quantities and wasted.

Today, due to precision agriculture, you can measure precisely the amount of inputs that are needed by your crop. This groundbreaking technology has helped farmers to cut the cost of production. Also, reducing soil degradation due to the excessive use of chemicals in the soil.

Conclusion

It's critical to boost food production because the global population is predicted to reach 9.7 billion people by 2050. And search for more effective ways rather than using the conventional agricultural techniques, which are becoming old. Conventional farming methods are not superseded by precision farming.

Rather, it improves things and makes up for shortcomings. And that's it! The food chain benefits from precision agriculture in five (5) ways ensuring the effective and sustainable production of food. And here at Integrated Aerial Precision, we help you to revolutionize your agriculture methods by ensuring efficiency, and better productivity.

Why don't you contact us today and see how we can help you to produce efficiently and sustainably?

FAQs

What is Precision Agriculture and how does IoT help in Achieving it?

The Internet of Things (IoT) helps farmers to determine the exact amounts of inputs that are needed for growth and efficiency. All this benefits the environment and reduces the amount of harmful waste.

What is the Difference between Precision Agriculture and Smart Farming?

Unlike precision agriculture, the focus of smart farming is not on precise measurement or determining differences. Rather, smart farming is focused on access to data, and the application of these data. And how the collected information can be used in a smart way

What is the Future of Spray Drones?

The market was estimated to be valued $1.39 billion in 2021 by a report. Over the next five years, the crop spraying drone industry is expected to grow at a compound annual rate of 35.79%, reaching a total size of $11.9 billion by 2028.

How do Drones Affect Agriculture?

Agriculture drones can see which plants reflect different amounts of green light and Near-infrared spectroscopy (NIRS) light. This data helps produce multispectral images to track crop health. Quick monitoring and discoveries of any defects can help save crops.