The agricultural sector and the production of raw materials in developing countries are the basis of the national economy. Nowadays, with the use of nanosensors, it is determined how much nutrients and toxins each small part of the farm needs, thereby preventing environmental pollution, making products healthier and increasing economic efficiency.Continue we will pay to role of nanotechnology in agriculture.
What role of nanotechnology in agriculture?
In the future, with the help of nanotechnology, it is possible to introduce the desired properties through genetic engineering in food, thereby improving the taste of food. With the help of nanotechnology, the marketability of plants can be improved. In Thailand, for example, with changes in rice DNA, they have been able to make changes in the color of rice from purple to green.
With the help of nanotechnology, it is possible to produce environmentally friendly fertilizers and chemicals that can be used to feed or protect plants against insects.
The United Nations predicts that 48 countries, equivalent to 20 percent of the world’s population, will suffer from a shortage of drinking water and agriculture by 2032.
Currently, there are many global challenges facing the agricultural sector, climate change, urbanization, natural resource consumption and environmental problems such as the release of pesticides and fertilizers, if the growing demand for food due to population growth from the current 7 billion to 9 Considering billions in 2050, these issues are also exacerbated.
The agricultural sector and the production of raw materials in developing countries are the basis of the national economy. There are major problems in these areas, such as lack of fertile soil, declining existing agricultural land, dependence on raw materials, poverty and malnutrition. Scientific and technical advances offer potential solutions for developing countries to innovate and improve their production.
The European Union has introduced nanotechnology as one of the six key technologies used in medicine, biotechnology, electronics, science, materials and energy.
Accurate farming
Precise farming is a new approach to farm management. Nowadays, with the use of nanosensors, it is determined how much nutrients and toxins each small part of the farm needs, thereby preventing environmental pollution, making products healthier and increasing economic efficiency. Nanossensors can help the system process information storage system by accurately controlling and reporting plant needs in a timely manner.
Improve the taste of food
In the future, with the help of Types of nanotechnology near me, it is possible to introduce the desired properties through genetic engineering in food, thereby improving the taste of food.
Reduce the consumption of herbicides and pesticides
In recent years, some nanoparticles have been developed to load a variety of pesticides, such as insecticides, acaricides, insect pathogens, fungicides, and herbicides. In most cases, Mixed nanotechnology are used as carriers of toxins. In this case, the effective ingredient of pesticides is gradually released, and this release has advantages that can be used to be affordable, environmental safety by preventing excessive use of pesticides and washing the soil to the waterways. , Noted the reduction of plant risk and toxicity to humans.
Increasing the marketability of different plants by producing nano-seeds
With the help of nanotechnology, the marketability of plants can be improved. In Thailand, for example, changes in the DNA of rice have led to changes in the color of rice from purple to green.
Genetic improvement of plants and animals
Plant resistance to disease can be increased. Nanotechnological advances, in particular, will strengthen the basic studies of cellular pathology and prolong their life at the site of cultivation and consumption, and accelerate their growth, and even planted in unfavorable environments rather than in salt marshes with less water or water. And the colder the air, the better. It is possible to adapt plants to drought.
Improving the packaging of agricultural products
To this end, some foreign companies are developing new nanomaterials that increase the shelf life of food.
Production of environmentally friendly chemical compounds
With the help of nanotechnology, it is possible to produce environmentally friendly fertilizers and chemicals that can be used to feed or protect plants against insects.
Increase the yield of greenhouse and farm plants
With the help of Cheap nanotechnology near me, sensors can be measured in small dimensions, موقع Timely reporting and intelligent control of plant needs to increase yield, water storage, water storage capacity, water distribution near the roots, water absorption efficiency by plants and communication with smart system He did it with the help of nanosensor tools.
Salt depletion and more economical water treatment for drinking and agriculture
New technology will allow recycling and reuse of materials, energy and water. The United Nations predicts that 48 countries, equivalent to 20 percent of the world’s population, will suffer from a shortage of drinking water and agriculture by 2032. For example, nanotechnology devices are designed to desalinate seawater 10 times less energy than the reverse osmosis device and 100 times less than the distillation device.
Reduce pollution and wastewater
Nanotechnology will lead to dramatic changes in the use of natural resources, energy and water, and will therefore reduce water and pollution. Nanotechnology has the ability to remove small contaminants from water sources (less than 200 nm) and air (below 20 nm) and to measure and reduce contaminants in large areas.
Increasing the potency of medicines for livestock Nanotechnology can provide formulations and routes for drug delivery that dramatically increase the potency of drugs for livestock.
How to be the Best nanotechnology Supplier?
Nanotechnology is a general and pervasive technology that has influenced many other technologies.They have made a difference, some of which are as follows:
The great impact of nanotechnology on people’s well-being and well-being
The impact of nanotechnology on social security and welfare
The impact of nanotechnology on environmental protection
The impact of nanotechnology on the evolution of science based on matter
The impact of nanotechnology on the convergence of science and other technologies
It should be noted that nanotechnology is not a competitor to other technologies, but a complement to them. The application of nanotechnology is everywhere with lower cost, higher durability, lower energy consumption and so on.
Who Are the Customers of nanotechnology?
Nanotechnology is an important field in science and technology that has attracted the attention of countries in recent years. Presence in this field is inevitable for countries and is necessary for our developing country, but in the field of timely and correct decision making, it is necessary and one of the main requirements for forming an innovation network in selected areas. Developing and implementing a comprehensive and forward-looking plan and a trans-sectoral coordinating body is also one of the main conditions for success in this area.
In all disciplines, as mentioned, the need for nanotechnology is felt, and it can be said that all disciplines need this feature.
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