What Are the Different Types of Agricultural Systems?

The agricultural system refers to a system in which various sectors of agriculture or various crops produce factors according to various proportions and in different ways under certain natural and socio-economic conditions. It is a general term for agricultural land use methods and is generally used to refer to a certain type of agriculture (see type of agricultural area).

The agricultural system refers to a system in which various sectors of agriculture or various crops produce factors according to various proportions and in different ways under certain natural and socio-economic conditions. It is a general term for agricultural land use methods, generally used to refer to a certain type

1. "Modern agriculture" has high productivity, but the simplification of biodiversity, the interaction between organisms and their ecological effects are often overlooked. The stability of their productivity mainly depends on chemical fertilizers, pesticides, irrigation, and high-yield species. Put in. Traditional agriculture uses the interaction between local biodiversity (species diversity and genetic diversity) and organisms to produce food and maintain system stability. Therefore, whether modern agriculture can learn from the experience of traditional agriculture on the use of biodiversity, and convert modern agriculture with an industrialization model into agriculture that combines the use of biodiversity with modern technology has attracted attention. Relevant scholars have studied the characteristics of biodiversity in agricultural systems and the impact of agricultural methods on agricultural biodiversity; reviewed the research progress on the use patterns and effects of biodiversity in agricultural systems; and discussed the use of biodiversity in modern agricultural systems. Diversity needs to be researched, namely how to distribute agricultural landscape diversity in the region, how to configure species breeding systems in farmland according to the reciprocal relationship between organisms, how to build field facilities and develop new types of biodiversity. Agricultural machinery, and establish a management system based on information technology. ^[5]

2. Resilience, as an important attribute of the socio-ecological system, is one of the important ways to implement sustainable development for complex systems. Based on the existing knowledge and research results, some researchers have outlined the viewpoints on the concepts of resilience and the resilience of agricultural systems. Then, the research progress of domestic and foreign research in recent years is summarized from three aspects: the influencing factors of agricultural system resilience, the evaluation of agricultural system resilience and the scale effect of agricultural system resilience. Social factors (economic status, resource management system, social characteristics, etc.) summarize the factors affecting the resilience of the agricultural system, explore the impact of time and space scale on the resilience of the agricultural system, and summarize them from both qualitative and quantitative evaluations. Measuring the resilience of agricultural systems. Furthermore, it is pointed out that future research on the resilience of China's agricultural system should focus on the use of multi-scale and multi-process coupled analysis and quantitative analysis, strengthen research on vulnerable areas of climate change outside semi-arid areas, and focus on the role of social factors in the resilience of agricultural systems. ^[6]