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In order to improve the environmental protection effect of agricultural body, this paper analyses the development of rural economy based on the concept of sustainable development. Moreover, in order to prevent the development and utilisation of agricultural resources from continuing to fall into the vicious circle of the past, this paper begins to explore new alternative agricultural models. In addition, this paper expounds the concepts of ecological compensation, agricultural versatility, ecological service function and value involved in this paper. From a long-term perspective, the necessary route for the development of modern agriculture is sustainable and emphasises the development of multiple functions of agriculture. Ultimately, this technique applies sustainable development with agricultural ecological protecting the environment research, uses the region as an example to analyses agricultural economic and environmentally sustainable development, analyses the problems of farm ecological environmental protection using real-life case studies, and recommends corresponding defensive measures to serve as a model for future research. [ABSTRACT FROM AUTHOR]

In order to improve the reliability and scientificity of the path of agriculture sustainable development, guided by the concept of circular economy, this paper combines data mining technology to construct a path analysis system of agricultural sustainable development and establishes a one-dimensional discrete dynamic model of the interaction between the stock of renewable resources and the output. Moreover, this paper discusses the impact of resource-based industries' output on the sustainable use of resources and establishes a two-dimensional discrete dynamic control model for resource stock and resource development speed. In addition, this paper mainly studies the relationship between resource stock and output when the speed of resource development is managed and controlled, and builds a system structure model based on the actual needs of agricultural development. Finally, this paper designs an experiment to analyse the performance of the system model constructed in this paper. The research results show that the system constructed in this paper has a certain guiding effect on the sustainable development of agriculture, and it can be applied to practice. [ABSTRACT FROM AUTHOR]

Agriculture has a hugely important role to play in meeting many of the UN's Sustainable Development Goals (SDGs). Ensuring the economic resilience of farms and improving their capacity to respond to a wide range of challenges is key if agriculture is to contribute positively to achieving SDGs and sustainable growth. This paper aims to calculate the economic vulnerability and resilience of agriculture in England and Wales (UK), by analysing individual farm business data and using it to compute an aggregated agricultural resilience index at regional level across the two countries. The results of our analysis are visualised as maps, showing the geographical distribution of the input indicators and the final composite resilience index. We argue that this type of spatio-economic approach is useful for understanding the geography of agricultural resilience at sub-national levels, which could be valuable for helping to inform decisions and formulate strategies for promoting sustainable agriculture.. [ABSTRACT FROM AUTHOR]