Accounting and red uction path of carbon emission firom facility agriculture in China

doi:10.13287/j.1001-9332.202111.019

Abstract

Abstract: Facility agriculture, a typical agricultural production management mode, could affect carbon cycle due to its unique production environmental conditions and highly intensive utilization. With the five main sources as accounting objects, including agricultural film investment, energy consumption, pesticide and fertilizer application, CO₂ fertilizer application, and facility soil, we estimated the amount and intensity of carbon emission of three facility agriculture (continuous greenhouse, solar greenhouse, and plastic greenhouse) in 31 provinces in 2018. The results showed that the total carbon emission of facility agriculture in China was 210.3817 million t CO₂e, with the three facility agriculture types of plastic greenhouse, solar greenhouse, and continuous greenhouse accounting for 60.2%, 37.4% and 2.4%, respectively. Carbon emission of facility agriculture was mainly contributed by soil greenhouse gas, agricultural film and supplies investment. Carbon emission per unit area of continuous greenhouses was significantly lower than that of solar and plastic greenhouses. The scientific capital allocation rate and facility agriculture scale were the two main factors influencing the carbon emission in facility agriculture. Based on all the results, we presented the carbon emission reduction path from the three perspectives of improving the scientific investment, material consumption utilization rate, and facility area utilization rate of facility agriculture.

Key words: emission intensity, LMDI model, science and technology input, material consumption, connecting greenhouse.

YIN Yan, XI Feng-ming, BING Long-fei, WANG Jiao-yue, LI Jie-ying, DU Li-yu, LIU Li. Accounting and red uction path of carbon emission firom facility agriculture in China[J]. Chinese Journal of Applied Ecology, 2021, 32(11): 3856-3864.

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