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Official PDF TranslationJournal of Environmental Engineering Technology

Carbon Footprint and Driving Factors of Vegetable Production in China: A Life Cycle Assessment at Provincial Scale

Authors: GUAN Xinran; XU Qiao; YIN Xin'an; WANG Xiaoqin; ZHANG Borui

DOI: 10.13205/j.hjgc.202605008Status: Verified Translated Edition
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Key Findings in This Report

• • Annual CF per unit yield ranges from 65.5 to 293.8 g CO2-eq/kg across 10 vegetables; open-field radish lowest, open-field green bean highest, indicating crop type and yield drive emission intensity. • • Fertilizer production and field N2O emissions are dominant sources, contributing 40–80% (up to 80.4%) of CF; targeted nitrogen management can yield substantial reductions. • • In facility systems, irrigation electricity and agricultural film inputs contribute up to 57.87% of CF, versus <2.5% for film in open-field; optimizing energy and material use is critical for facility horticulture. • • Spatial heterogeneity is significant: facility eggplant and open-field green bean show largest inter-provincial variability; regional climate and energy mix necessitate tailored mitigation policies.