ammonification process
氨化过程
ammonification rate
氨化速率
nitrogen ammonification
氮氨化
study of ammonification
氨化研究
importance of ammonification
氨化的重要性
biological ammonification
生物氨化
ammonification in ecosystems
生态系统中的氨化
factors affecting ammonification
影响氨化的因素
ammonification and decomposition
氨化与分解
the process of ammonification is essential for nutrient cycling in ecosystems.
氨化过程对于生态系统中的养分循环至关重要。
ammonification converts organic nitrogen into ammonia, which plants can readily absorb.
氨化将有机氮转化为植物易吸收的氨。
microorganisms play a key role in the ammonification process.
微生物在氨化过程中起着关键作用。
ammonification is influenced by factors such as temperature and moisture.
温度和湿度等因素会影响氨化过程。
the rate of ammonification can vary depending on the type of organic matter.
氨化的速率取决于有机物的类型而异。
understanding ammonification is crucial for sustainable agriculture.
了解氨化对可持续农业至关重要。
ammonification contributes to the overall nitrogen budget of an ecosystem.
氨化有助于生态系统的整体氮预算。
disruptions to ammonification can have negative impacts on soil fertility.
对氨化的干扰会对土壤肥力产生负面影响。
research continues to explore the complexities of ammonification in different environments.
研究仍在探索不同环境中氨化过程的复杂性。
ammonification is a fundamental process within the global nitrogen cycle.
氨化是全球氮循环中的基本过程。
ammonification process
氨化过程
ammonification rate
氨化速率
nitrogen ammonification
氮氨化
study of ammonification
氨化研究
importance of ammonification
氨化的重要性
biological ammonification
生物氨化
ammonification in ecosystems
生态系统中的氨化
factors affecting ammonification
影响氨化的因素
ammonification and decomposition
氨化与分解
the process of ammonification is essential for nutrient cycling in ecosystems.
氨化过程对于生态系统中的养分循环至关重要。
ammonification converts organic nitrogen into ammonia, which plants can readily absorb.
氨化将有机氮转化为植物易吸收的氨。
microorganisms play a key role in the ammonification process.
微生物在氨化过程中起着关键作用。
ammonification is influenced by factors such as temperature and moisture.
温度和湿度等因素会影响氨化过程。
the rate of ammonification can vary depending on the type of organic matter.
氨化的速率取决于有机物的类型而异。
understanding ammonification is crucial for sustainable agriculture.
了解氨化对可持续农业至关重要。
ammonification contributes to the overall nitrogen budget of an ecosystem.
氨化有助于生态系统的整体氮预算。
disruptions to ammonification can have negative impacts on soil fertility.
对氨化的干扰会对土壤肥力产生负面影响。
research continues to explore the complexities of ammonification in different environments.
研究仍在探索不同环境中氨化过程的复杂性。
ammonification is a fundamental process within the global nitrogen cycle.
氨化是全球氮循环中的基本过程。
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