腐生的

The saprophytic fungi obtain their nutrients from decaying organic matter.
腐生真菌从腐烂的有机物质中获取营养。
Many saprophytic plants grow in nutrient-rich soils derived from decomposed plant and animal remains.
许多腐生植物生长在富含营养的土壤中，这些土壤源自分解的动植物残骸。
Saprophytic bacteria play a vital role in breaking down complex compounds during the process of composting.
腐生细菌在堆肥过程中分解复杂化合物方面发挥着至关重要的作用。
A significant number of orchids have saprophytic seedlings which later develop into photosynthetic adults.
大量兰花具有腐生性幼苗，之后会发育成光合作用的成年植株。
Some saprophytic organisms can break down lignin, a compound found in wood, making it available for other organisms to consume.
一些腐生生物能够分解木材中的木质素化合物，使其可供其他生物消耗利用。
In forest ecosystems, saprophytic mushrooms help recycle nutrients back into the soil by decomposing fallen trees and leaves.
在森林生态系统中，腐生蘑菇通过分解倒下的树木和树叶帮助将养分循环回土壤。
The saprophytic mode of nutrition is common among fungi and some bacteria, enabling them to live off dead organic material.
腐生营养方式在真菌和某些细菌中很常见，使它们能依靠死亡的有机物质生存。
During the initial stages of decomposition, saprophytic microorganisms begin to colonize the dead organism.
在分解过程的最初阶段，腐生微生物开始在死亡的生物体上定殖。
The ability of saprophytic fungi to degrade pollutants has led to their use in bioremediation projects.
腐生真菌降解污染物的能力导致了其在生物修复项目中的应用。
Without saprophytic organisms, the recycling of nutrients in nature would be significantly slowed down.
如果没有腐生生物，自然界中的养分循环将会显著减慢。