Litter decomposition plays an important role in nutrients recycling.
凋落物的分解对生物地球化学循环起着重要的作用。
There are also some estimates of the efficiency of litter decomposition by Basidiomycetes in pure culture.
也有一些关于纯培养担子菌分解落叶层效力的估计。
Plant litter decomposition is one of the most important processes in nutrients cycling of forest ecosystem.
凋落物分解是森林生态系统中物质和能量交换的重要生态学过程。
In recent years, it has recognized that photodegradation possibly plays a key role in litter decomposition.
近年来，越来越多的研究者认识到光降解可能在凋落物分解中发挥着重要作用。
Many physical and chemical methods could be used to study the effects of soil fauna on litter decomposition in forests.
可以通过物理的或化学的方法研究土壤动物对凋落物分解的影响。
Litter decomposition is an important ecosystem function, and is an indispensable process for carbon and nutrient cycling.
凋落物分解是生态系统碳循环和营养物质循环的关键过程，受多种因素共同影响。
The Olson's single exponent model was adopted to simulate the dynamic of the litter decomposition rate and the remnant rate.
并采用单指数衰减模型对小叶章湿地枯落物的分解速率动态和残留率动态进行了模拟。
Temperature is a well-established environmental factor governing litter decomposition rates, and even can alter litter decay dynamics.
温度是支配凋落物分解速率的重要环境因素，它甚至能改变凋落物分解的动力学。
Litter decomposition is influenced by many factors, especially soil microbial communities, which are subject to their corresponding plant communities.
土壤微生物是影响凋落物分解的重要因素，其群落组成在一定程度上依赖于所处植物群落的特征。
The increased N input may influence C and N turnover during litter decomposition process by changing chemical and microbial environment in forest floor.
外源氮输入可以通过改变土壤中的化学和微生物环境影响凋落物分解过程中的碳氮周转过程。
The results of this study showed that the speed of litter decomposition in enclosed grassland was significantly higher than in unenclosed grassland(P<0.
结果表明，围栏封育草地凋落物分解速率显著高于未封育草地凋落物分解速率（P。
The effects of global warming, elevated CO2, increased UV-B radiation and N deposition on litter decomposition was reviewed in this paper based on literatures.
就全球环境变化如全球变暖、大气CO2浓度升高、UV-B辐射增强、氮沉降等对凋落物分解影响的研究进展进行了综合述评。
The soil temperature, the Numbers of microorganism and the chemical composition of litter itself are the main factors what affect the litter decomposition rate.
土壤温度、微生物数量和枯枝落叶本身的化学成分是影响分解率的主要因素。
This paper briefly reviewed the studies on the effects of litter decomposition on soil microorganism and soil fauna, and discussed the key underlying mechanisms.
本文综述了凋落物对土壤微生物和土壤动物的影响，并进一步探讨了其影响机制。
Litter decomposition in terrestrial ecosystems, an important process in the global carbon budget, is mainly controlled by climate, litter quality and soil organisms.
陆地生态系统凋落物分解是全球碳收支的一个重要组成部分，主要受气候、凋落物质量和土壤生物群落的综合控制。
The degree that global precipitation change influences litter decomposition will depend on the potential magnitude of this change as well as the current moisture conditions.
全球降水变化对陆地生态系统枯落物分解的影响不但取决于现有水分条件而且还取决于降水变化的程度。
The rate of S biological cycling was about 0.40 in the grazing sheep system. The amount of S through feces and urinary return was as 6 times as through litter decomposition.
在硫的生物循环过程中，硫的循环速率为0.40，而绵羊通过粪尿归还的硫量是植物凋落物归还量的6倍；
Litter decomposition is a key process of nutrient cycle and energy flow in ecosystems, while soil microorganism and soil fauna are the main executants of litter decomposition.
凋落物分解是生态系统物质循环和能量流动的重要环节，而土壤生物是凋落物分解的主要完成者。
The nutrient return of the litters was closely related to the nutrient contents of the litters. The litter C/N ratio and P content could be the key indices for the litter decomposition.
竹林凋落叶的养分含量对凋落物养分归还有重要影响，尤其是C/N和P可能作为竹林凋落物分解的指示者。
The summaries on nitrogen deposition are displayed from the aspects including plant growth and phytotrophy and plant tress resistance and litter decomposition and the invasion of non - native plants.
为了更好地研究氮沉降这一环境变化，从植物生长、植物抗逆性、植物营养、凋落物分解、以及外来植物入侵等方面对氮沉降进行了综述。
The decomposition of litter can cause the periodic shortage of nitrogen and phosphorus chemical elements.
枯枝落叶的快速分解会引起土壤的氮和磷元素的周期性短缺。
Deciduous broad-leaved trees showed great self-fertilization capacity owing to plenty of litter under than and its rapid decomposition rate.
落叶阔叶树种由于凋落物丰富、分解速率快，而具有显著的自肥能力；
Nitrogen deposition made decomposition rate of L. chinensis and P. communis litter increasing(P0.05).
施氮使羊草和芦苇凋落物的分解速率均有增大（P0.05）。
The litter layer in forest gaps was thinner than that under the canopy, the composition of the litter layer was herb remains and root twister while that was in half decomposition;
林隙土壤的枯枝落叶层比林下薄，其组分主要是草本和根系盘结物且呈半分解状态；
To extend the life of the litter and to increase protection against parasites and disease, decomposition and disinfection of animal carcasses.
以延长有机物的寿命，增强寄生虫和疾病的防护，动物躯体的屠宰和消毒。
To extend the life of the litter and to increase protection against parasites and disease, decomposition and disinfection of animal carcasses.
以延长有机物的寿命，增强寄生虫和疾病的防护，动物躯体的屠宰和消毒。
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