Technically, China's modern agriculture can be developed through biological symbiosis and mutualism, three-dimensional layout technology, benign circulation and regeneration technology of materials and energy, comprehensive resource development technology, comprehensive control technology of pests, comprehensive control technology of soil and water loss, agricultural environmental protection and agricultural production self-purification technology.
Based on my country's national conditions and using ecological methods, let's talk about the development path of my country's ecological agriculture.
A: China is a developing country with limited land and a large population. Per capita agricultural resources are far below global averages. Therefore, China must proceed from its own reality and pursue an agricultural development path suited to its national conditions. This path aims to fundamentally resolve the contradiction between people's ever-increasing demands for a higher standard of living and the demands of population, resources, and the environment.
Ecological agriculture in China differs significantly from other types of alternative agriculture: First, the background, starting point, and goals of its emergence differ. Second, in its specific practices, it advocates the organic integration of modern science and technology with traditional intensive farming, emphasizing both technology- and labor-intensive practices and appropriate and rational investment. Third, the participants differ. Ecological agriculture in China is a government initiative, characterized by strict organization and a gradual approach.
Technically, China's modern agriculture can be developed through biological symbiosis and mutualism, three-dimensional layout technology, benign circulation and regeneration technology of materials and energy, comprehensive resource development technology, comprehensive control technology of pests, comprehensive control technology of soil and water loss, agricultural environmental protection and agricultural production self-purification technology.
Talk about your knowledge and understanding of the low-carbon economy.
Discuss your understanding of biodiversity in practical terms. Keystone species: Some species within a community, despite low biomass and abundance, play a significant role in maintaining biodiversity, community structure, function, integrity, and ecosystem stability. Their disappearance or weakening could lead to the loss of other species, potentially causing fundamental changes to the entire ecosystem. These species become keystone species.
Dominant species: Plants that play a major role in shaping the structure and environment of a community are considered dominant species. They are typically those with large numbers of individuals, large projected cover, high biomass, large size, and strong vitality, i.e., those with high dominance.
Biomagnification, also known as the enrichment effect of the food chain, refers to the phenomenon in which the residual concentration of toxic substances in organisms increases as they are transferred along the trophic levels of the food chain. The higher the trophic level, the higher the residual concentration of toxic substances in organisms.
Biogeochemical cycles: refers to various chemical elements and compounds
Talk about the path to improving ecosystem productivity.
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