Automating Plants Recognition Technique Using Artificial Intelligence

7 min readJul 12, 2022

What if we can automate the recognition process. Imagine the type of security and safety we will get. As if someone is going to the airport, on the way cameras will automatically recognise everyone and will make a complete database. If someday any illegal work is going on, these automated Recognition Cameras can capture those events and can immediately alert the authorities and everyone can be protected. Another example is of plants, a few people do not like chemical Medicine, as they believe that these medicines will only cause harm instead of health, then they can tell the AI machine which can understand human language about their medical problems and AI can deploy drones in the fields to get the best suitable herb by using the recognition technique and health problems can be solved then and there only. Read more about the Recognition Technique in plants.

Introduction

Artificial Intelligence is being implemented in a plethora of fields, providing valuable and often life-saving assistance. There’s growing concern around what Artificial Intelligence will do to replace humans in the workforce — we consider here how AI is aiding the detection of plants, just one aspect of environmental preservation.

Plant & AI

AI is short for artificial intelligence. This term is used to describe the process of teaching computers to “think” like humans. By doing this, we can give them the ability to make decisions and solve problems on their own.

There are many different applications for artificial intelligence in the plant world. For example, farmers can use AI to help them make decisions about watering, fertilizing, and pesticide use. Horticulturists can use AI to identify plant diseases and pests. And botanists can use AI to study plant genetics and evolution.

Despite all of these potential uses, there is still a lot of work to be done before AI can truly be called “intelligent”. For now, it remains a powerful tool that is helping us to understand more about plants and how they grow.

Types of plants: the terrestrial and aquatic plants

There are two types of plants: terrestrial and aquatic plants. Terrestrial plants are those that grow on land, while aquatic plants are those that grow in water. Both types of plants are essential to the environment and play important roles in the food chain.

Terrestrial plants are typically found in areas with more sunlight and better drainage, such as forests and grasslands. They use their roots to anchor themselves to the ground and absorb water and nutrients from the soil. leaves to produce food for themselves through photosynthesis. Some common terrestrial plants include trees, shrubs, and flowers.

Aquatic plants are often found in ponds, lakes, and streams. They use their roots to anchor themselves in the mud at the bottom of the body of water and their leaves to float on the surface of the water. Aquatic plants are important because they provide shelter and food for fish and other aquatic creatures. Some common aquatic plants include algae, seaweed, and lilies.

How does AI work in identifying different types of plants?

The use of artificial intelligence (AI) in plant identification is a process that uses computers to identify plant species based on digital images. This technology can be used to identify both common and rare plant species, as well as to catalogue new or unusual specimens.

There are a number of ways in which AI can be used to identify plants. One method is to compare an image of a plant to a database of known plant species. This can be done using algorithms that analyze the shape, colour, and other features of the plant in the image. Another method is to use of machine learning, which involves training a computer to recognize patterns in data. This approach can be used to train a computer to identify plants based on a set of images that have been labelled with the plant species name.

AI-based plant identification systems are becoming increasingly accurate and widely available. This technology has the potential to revolutionize the field of botany, making it possible for anyone with access to a computer to quickly and easily identify plants.

Drawbacks to this type of technology?

There are a few potential drawbacks to using plant-based technology, including:

1. Cost: Plant-based technology can be expensive to develop and implement.

2. Limited applications: Plant-based technology is currently only suitable for certain applications, such as water treatment and waste management.

3. Lack of experience: There is currently a lack of experience with plant-based technology, which could lead to issues with its implementation.

4. Risk: There is a risk that contaminated wastewater produced during the growth of the plants could introduce additional organic or chemical contaminants into public water supplies.

5. No originality: The inability of AI to learn to think creatively beyond the box is a significant drawback. With pre-fed data and prior experiences, AI is able to learn over time, but it is not capable of taking a novel method. The robot Quill, which can write Forbes earnings reports, is a prime example. Only information that has previously been sent to the bot is contained in these reports. The fact that a bot can create an essay on its own is astounding, yet it lacks the human touch found in other Forbes pieces.

6. Growing unemployment: Artificial intelligence is steadily replacing a variety of tedious duties with bots, which is perhaps one of its major drawbacks. Numerous career prospects have vanished as a result of the decrease in the requirement for human intervention. A straightforward illustration is the chatbot, which is great for businesses but a nightmare for employees. By 2030, AI is expected to replace at least 30% of human labour, according to a McKinsey report.

7. Make People Lazy: The majority of laborious and repetitive operations are automated by AI technologies. We tend to use our brains less and less since we do not need to recall information or solve puzzles to complete tasks.

8. No morals: Morality and ethics are significant human traits that might be challenging to include in an AI. Numerous people are worried that as AI develops quickly, humans may one day become completely exterminated by it. The AI singularity is this point in time.

Results

Ethanol production in the U.S. may increase by 12–23% over the next decade if substitutes are found for imported oil, forecasts suggest. This is a much larger number than what would result from using plant-based fuels but still doesn’t come close to its potential using cellulose fuels.

This technology is considered a renewable energy source like biomass because it converts harvested wood wastes, such as tree limbs and stumps into renewable energy. It currently accounts for about 4 per cent of the nation’s electricity supply, according to the Energy

Conclusion

All in all, plants are a vital part of our lives — they produce the oxygen we breathe, they allow us to enjoy their beauty, and they provide us with food, medicine, and many other things. We hope that this article has inspired you to learn more about plants and how important they are to our survival. AI is aiding the detection of plants, just one aspect of environmental preservation. AI is used to describe the process of teaching computers to “think” like humans. There are two types of plants: terrestrial and aquatic plants. The use of artificial intelligence (AI) in plant identification is a process that uses computers to identify plant species based on digital images. Drawbacks include Cost, Limited application, Lack of experience and risk, etc.

Thank you for reading!