root respiration intensity 根系呼吸强度
tree root respiration 林木根呼吸
forest root respiration 林木根系呼吸
specific root respiration rate 比根呼吸速率
Contribution of root respiration 根呼吸的贡献
root-derived respiration 根起源呼吸
Fine root respiration was negative related to while positive correlation to.
另外,细根呼吸与细根直径、根长负相关,而与比根长正相关。
参考来源 - 落叶松和水曲柳人工林土壤、根系和土壤微生物呼吸研究Root respiration rate was obviously affected by tenperature, water stress and nutrient availability in short-term treatment.
温度升高、水分胁迫和养分供给量,在短期内对根系呼吸均有极显著影响。
参考来源 - 油松、侧柏、白皮松根系径级结构及其与呼吸特性关系的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
Root biomass was the main biological factor that determine soil total respiration amount and root respiration amount.
根系生物量的大小是决定土壤总呼吸以及根系呼吸的主要生物因子。
The trend of seasonal variation of root respiration was the same by two methods and the peak value was at the flowering period of winter wheat.
两种方法描绘的根呼吸季节变化趋势一致，且都在小麦花期表现出峰值。
Root to shoot ratio of upland rice (0.116) was remarkably bigger than that of paddy rice (0 087). Root respiration rate of the former was 2.7 times of the latter.
覆草旱作的根冠比(0.116)显著大于常规水稻(0.087)，前者的根系呼吸强度是常规水稻的2.7倍。
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