China is a large construction country, and the rapid growth of the construction industry is accompanied by high consumption and high emissions. The adoption of green building technology to effectively reduce building energy consumption and carbon emissions is an important measure to promote the transformation and upgrading of the construction industry and sustainable development, thus putting forward the concept of ecological architecture, and this paper studies ecological architecture in the hope of comprehensively promoting sustainable development of green and low-carbon buildings, prompting people to start reflecting on whether it is possible to address the demand for natural resources in architecture from the root without violating the ideal life. In this paper, we propose an ecological construction design scheme based on support vector machines for rural ecological buildings as an example, analyze the use of renewable energy in rural areas, and the impact of ecological buildings on rural environmental management costs and emission reductions. The results show that compared to traditional buildings, ecological buildings effectively reduce pollutant emissions and environmental management costs, and have high ecological benefits. Therefore, the use of ecological energy-saving technologies in rural areas can maintain the stability of the ecological environment.

Hafsa Muzammal. Ecological Architectural Design in Nature Conservation Environment Relying on Support Vector Machines. Nature Environmental Protection (2020), Vol. 1, Issue 3: 10-18. https://doi.org/10.38007/NEP.2020.010302.

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