With the improvement of technology, the planting industry is no longer a simple low -end labor industry. The use of the introduction of mechanized production, digital management, scientific statistics, and scientific and technological methods of climate analysis has made agricultural production easier. Let's take a look at the scientific and technological methods in agricultural production today.
First of all, let's take a look at the most basic scientific and technological means in agriculture: the introduction of mechanical equipment. In fact, the use of machinery and equipment has a long history. The earliest irrigation waterwheels were the most traditional and oldest machinery. It is just that in the development of modern science, we have replaced the traditional human or livestock with other forces, making machinery more convenient. In addition, we also designed and manufactured agricultural machinery that adapt to different agricultural products, different terrain and different seasons.
There are many types of agricultural machinery. Agriculture, forestry, animal husbandry, and fishery are all categories of agriculture. The corresponding forestry machinery, animal husbandry machinery, and fishery machinery are also agricultural machinery. Agricultural robots will become the main force of agricultural production. The invention of these agricultural machinery facilitates the work of farmers and is one of the earliest scientific and technological products of agriculture.
Agricultural mechanization has transformed agriculture from handmade agricultural tools to machine production. In the planting industry, the use of tractors, seeding machines, and harvesters for land seeding, harvesting, irrigation, field management, transportation and other operations, so that all production processes depend on mechanical power and electricity. This increases labor productivity, reduces labor intensity, and reduces the burden on farmers.
In addition to using machinery instead of manpower, we also have other scientific and technological means to assist the production of agriculture. For example, we often combine remote sensing and land to judge future weather conditions by analyzing remote sensing images, and we can also display the distribution of agricultural planting through remote sensing. We will also analyze the varieties of crops that are more suitable for local planting in conjunction with land planning, and will also improve yield and planting efficiency based on scientific planting methods.
The new global agricultural science and technology revolution is emerging. With the further development of economic globalization, many countries have adopted measures such as increasing investment, reform systems, and major scientific and technological actions to accelerate agricultural scientific and technological progress and innovation. In particular, biotechnology has continuously made major breakthroughs and rapid industrialization, and high -tech applications such as information technology and new materials have become more and more widely used in agriculture.
Labor intelligence means that people engaged in agricultural production and operation are modern cultural workers and the most dynamic factor in productivity. During the production process, agricultural production and management need to rely on creative people and advanced management experience.
