The process of
humification converts plant material into humus, which is essential for healthy soil.
这一过程将植物物质转化为腐殖质,这对于健康的土壤至关重要。
Humification plays a critical role in the carbon cycle by storing carbon in the form of humus.
腐殖化在碳循环中起着关键作用,因为它以腐殖质的形式储存碳。
Soil microorganisms are responsible for the
humification of dead plant matter.
土壤微生物负责分解死亡的植物物质进行腐殖化。
Agricultural practices that promote
humification can improve soil fertility and structure.
促进腐殖化的农业实践可以提高土壤肥力和结构。
The rate of
humification depends on factors such as temperature, moisture, and the presence of decomposers.
腐殖化的速率取决于温度、湿度以及分解者的存在等因素。
The
humification process contributes to the formation of fertile black soil in certain regions.
在某些地区,腐殖化过程有助于形成肥沃的黑土。
Overgrazing can disrupt the
humification process by removing vegetation too quickly, leading to soil degradation.
过度放牧会通过过快地移除植被来干扰腐殖化过程,导致土壤退化。
Understanding
humification is crucial for sustainable land management and conservation efforts.
理解腐殖化对于可持续的土地管理和保护工作至关重要。
Organic waste composting accelerates the
humification process, producing nutrient-rich soil amendments.
有机废物堆肥能加速腐殖化进程,产生富含营养的土壤改良剂。
In wetlands, the slow pace of
humification leads to the accumulation of peat, an important energy source.
在湿地中,由于腐殖化速度缓慢,形成了泥炭,这是一种重要的能源来源。
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