What is the fundamental purpose of scientific research in the field of agriculture and biology

Agricultural modernization refers to the transformation of traditional agriculture into modern agriculture, establishing agriculture on the basis of modern science, equipping agriculture with modern science and technology and modern industry, managing agriculture with modern economic science, and creating an agricultural production system with high yield, high quality, and low consumption and an agricultural ecosystem that makes rational use of resources, protects the environment, and has a high transformation efficiency. It is a historical process of technological transformation and economic development that involves a wide range of areas and is very comprehensive. It is both a historical and a worldwide concept.

The goal of agricultural modernization is to build a developed agriculture, build prosperous rural areas, and create a good environment.

The purpose of scientific research is to improve our ability to understand, use and transform nature, and to create better living conditions for human beings.

The main purpose is to develop high-tech and cutting-edge science and technology to improve the living standards of human beings, reduce the physical labor of human beings, and enable human beings to enjoy all kinds of happy and happy life in the world.

Scientific research is for innovation, without innovation human beings can not move forward, without innovation today's mobile phones will not bring more convenience to people, without innovation, human beings will never be able to Mars, and human beings have to solve many problems, the first is convenience, the second is convenient more levels, such as time and space travel, extending the life span of human beings, the third is to support natural disasters, the fourth is the integration of food, clothing, housing and transportation, how can people survive as long as they eat air, do not need to consume food, produce garbage, and the fifth is to communicate with aliens. Sixth, it can avoid the impact of alien meteorites on the earth, so that the earth's vitality will last longer.

The ability to harness nature and transform it creates better living conditions for human beings. The main thing is to develop high-tech and cutting-edge science and technology.

In the second half of the 20th century, great progress was made in various fields of life sciences, especially breakthroughs in molecular biology, which completely changed the status of life sciences in natural sciences. Many scientists believe that in the future natural sciences, life sciences will become a leading discipline, and even predict that the 21st century will be the century of biology, although there are now different opinions on these statements, there is no doubt that life sciences will continue to flourish in the 21st century, and life sciences will play a huge role in science no less than physics did in the 19th and first half of the 20th century.

<>If in the past life sciences have benefited greatly from the introduction of concepts, methods and techniques from physics, chemistry and mathematics, in the future life sciences will give positive feedback and give back to other natural sciences in unique ways. At the dawn of the 21st century, some far-sighted scientists, thinkers and politicians will solve more and more serious problems of human society, such as population, the earth's environment, food, resources and health, and other major problems, without relying on the progress of life science and biotechnology.

Biology is the science that studies the structure, function, occurrence and development of living organisms (including plants, animals, and microorganisms), and is a part of the natural sciences. Its purpose is to elucidate and control life activities and to transform nature for use in agricultural, industrial and medical practices. Biology is a science that studies various life phenomena and the laws of life activities.

Human beings' clothing, food, shelter and transportation are inseparable from biology. By studying biology, I can improve my scientific skills and get a better job in the future.

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It is of great help to our development, can promote the progress of society, and then can also study more biological knowledge, can make people better understand biology, can make biology better used by society, and can also promote the progress of science and technology, which can be applied to many fields.

Improve biological research, promote medical development, understand the structure of the human body, make life healthier and safer, improve the development of science and technology, and promote social economy.

The study of biology aims to gain a deeper understanding of the physiological characteristics, evolutionary process, and relationships between species. Biologists try to reveal various aspects and aspects of the biological world. Specifically, biologists conduct scientific research from the molecular level to the cellular level, from individual growth and development to population ecology and evolution.

One of the aims of research is to explore the most fundamental mechanisms of life. Studying the life activities of cells and the structure of the genome can lead to an understanding of the most basic biochemical processes and the ways in which various organisms are able to fulfill their functions. It is also important to explore the origin and evolution of life.

By understanding the evolutionary process of various organisms, it is possible to improve the understanding of living things. In addition, by studying the relationship between species and ecology, we can understand the interactions between species and the environment.

Another goal is to gain a better understanding of the occurrence and methods of various diseases. By studying biology, doctors can learn more about why diseases occur and give more accurate diagnoses that can lead to more effective patient development. For example, many biologists are currently studying the mechanisms and methods of cancer development.

Biologists also develop new theories and methods by conducting experiments, modeling, and computer simulations. The study of the physicochemical and structural properties of DNA, proteins, cells and their subcomponents has enabled biologists to understand the mechanisms of many life processes and to develop new experimental techniques.

In conclusion, the research of biodisturbance aims to improve our understanding of the biological world, thereby contributing to the development of new and better technologies to improve human health, the environment, and the economy. <>

We call the science that studies the phenomena of life and the laws of life activities biology.

Hand drawn biological signs.

Biology is a basic discipline of natural sciences, and its research objects are the structure, function, occurrence and development of biological defects, including plants, animals and microorganisms. Its purpose is to elucidate and control the activities of life, to transform nature, and to serve practices such as agriculture, industry, and medicine.

Famous biologist].

Darwin. 1) Charles Robert Darwin: British biologist and founder of the theory of evolution. The Origin of Species, which he or the Origin of Species, put forward the theory of biological evolution, which provided a basis for opposing all kinds of idealistic creationism and the immutability of species.

Linnaeus. 2) Carl von Linnaeus: Swedish biologist, botanist, and adventurer. It first conceived the principles that define the genera and species of organisms and created a unified system of biological naming.

The science that studies agriculture is agronomy.

Introduction to Agronomy: Ao Senfeng.

It is a traditional discipline in the field of agricultural science, with the primary responsibility of solving the problem of "eating and dressing" of human beings. With the continuous acceleration of agricultural science and technology innovation, the rapid development of biotechnology and information technology and its wide application in agriculture, agronomy is full of vitality on the basis of maintaining traditional characteristics.

Research content: Agronomy (agricultural science) is the study of the field related to crop production, including the law of crop growth and development and its relationship with external environmental conditions, pest control, soil and nutrition, planting system, genetics and breeding, etc.

Agronomy (agricultural science) is a science that studies the natural and economic laws of agricultural development, and is comprehensive because it involves a variety of sciences such as agricultural environment, crop and livestock production, agricultural engineering, and agricultural economy. Forestry and aquatic sciences are also sometimes included in the broad scope of agricultural sciences.

Research Directions of Agronomy:

1. Crop genetics and breeding.

Crop genetics and breeding is the science of studying the theories, methods and techniques of crop genetic improvement and seed production.

Students of crop science should acquire a solid foundation in the basic theories and systematic expertise of crop science, and broaden their theoretical knowledge and practical skills in crop genetics, breeding, crop cultivation and tillage. Understand the domestic and international development trends of the major or research direction; Have the ability to guide and solve problems related to the profession on the production site.

2. Crop cultivation and tillage.

The major of crop cultivation and tillage science focuses on solving major macro problems such as food and environment, starting from the microscopic research of physiology, biochemistry and molecular biology, and makes full use of the basic research results of modern biotechnology and information technology to study the theory and technology of comprehensive high yield, high quality, high efficiency and sustainable agricultural development of crops.

Crop cultivation is based on the study of crop growth and development, yield and quality formation and its relationship with environmental conditions, and achieves high-yield, high-quality and efficient crop production through environmental regulation and control methods such as cultivation measures.

Summary. If you don't want to pursue a career in research, both of these job prospects are average, with agriculture focusing on the grassroots level, far from the big cities, with average degree requirements, more experience dependent after work, and average pay. The employment direction of biotechnology has relatively high requirements for degrees, and the treatment is average.

If you want to engage in scientific research, it is best to prepare for a Ph.D., and the best thing is to apply biotechnology to agriculture, so that the combination of basic research and practical application will make it easier to produce research results, and the prospects will be better.

There is a wide range of biotechnology and crop tillage and cultivation.

If you don't want to pursue a career in science, both of these job prospects are average, with agriculture being more grassroots and far from the big cities, requiring a mediocre degree, and being more experience-dependent and paying the same after work. The employment direction of biotechnology has relatively high requirements for degrees, and the treatment is average. If you want to engage in scientific research, prepare for a PhD, and the best thing is to apply biotechnology to agronomy, so that those who combine basic research and practical application will be easier to produce research results, and the prospects will be better.

I suggest learning crop cultivation, in terms of its own employment, cultivation will help you in the future employment, because crop cultivation professional employment involves more, farming and breeding is relatively narrow, if you want to engage in production is you can consider learning to burn bush breeding. The more specialized agricultural schools are similar in these disciplines.

Can biotechnology and crop cultivation be reported to the Academy of Agricultural Sciences?

It should be possible, but you have to apply for the change according to the specific situation, because some positions have conditional restrictions, and you must combine the requirements of the position with your own conditions to register accurately.

Which is more extensive?

Crop cultivation. Good.

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Biology is researchThe phenomenon of lifewithThe law of life activitiesA science.

Modern biotechnology is supported by molecular biology, cell biology, microbiology, immunology, genetics, physiology, systems biology and other disciplines, combined with chemistry, chemical engineering, computer, microelectronics and other disciplines, thus forming a comprehensive discipline with multidisciplinary interpenetration. In terms of its application fields, it can be divided into agricultural biotechnology, medical biotechnology, plant biotechnology, animal biotechnology, food biotechnology, environmental biotechnology, etc.