凋落物

网络释义

1.
Litter
【转贴】香港自然网—自然学堂_生态保育吧_百度贴吧 ... Temperate 温带 Litter 凋落物 Niche 生态位 ...
tieba.baidu.com|基于7个网页
2.
Litterfall
西双版纳热带季节雨林的生物量及其分配特征... ... 活体生物量 Livingbiomass 凋落物 Litterfall 粗死木质残体 CWD ...
www.03964.com|基于6个网页
3.
LANR
...加凋落物(LAR)、去除凋落物(LRR)、去根添加凋落物(LANR)、去根(CNR)、去根去除凋落物(LRNR)5种处理和对照(CR)，每 …
www.baywatch.cn|基于2个网页
4.
LRNR
...根添加凋落物(LANR)、去根(CNR)、去根去除凋落物(LRNR)5种处理和对照(CR)，每种处理设置3个小区，共18个小区，每个 …
www.baywatch.cn|基于2个网页

例句

释义:
全部全部,LitterLitter,LitterfallLitterfall,LANRLANR
类别:全部全部,口语口语,书面语书面语,标题标题,技术技术
来源:全部全部,字典字典,网络网络
难度:全部全部,简单简单,中等中等,难难
1.
Although the correlations of the soil enzyme to the other indice are very poor, the correlation of soil enzyme with litter quantity is good.
而土壤酶只与凋落物生物量的相关性密切，与其余各指标之间的相关性较差。
www.fabiao.net
2.
Warming and nitrogen deposition had interaction on the decomposition rate of Leymus chinensis and Phragmites communis litter.
增温和施氮处理对羊草和芦苇凋落物分解速率均有明显的交互作用。
www.fabiao.net
3.
We also studied the energy flowing process of litters decomposing between the main group of soil animals and litters.
土壤动物主要类群与凋落物分解之间的能量流动过程。
www.pet2008.cn
4.
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。
www.cje.net.cn
5.
Warming and nitrogen deposition had significantly interaction on organic C content, nitrogen content and phosphorus content.
增温和施氮对羊草和芦苇凋落物的氮含量、有机碳含量以及磷含量均有明显的交互作用。
www.fabiao.net
6.
Does Fine-root Litter of Castanopsis carlesii and Cunninghamia lanceolata Decompose Fastest in Its Own Community?
米槠与杉木细根凋落物是否在自身群落中分解得更快？。
www.ilib.cn
7.
There are correlations among soil nutrients, litter nutrients and soil water as well.
土壤养分、凋落物营养元素、土壤水各指标之间也存在相关性。
www.fabiao.net
8.
The results showed an occurrence of phytotoxicity with clear dynamic patterns during Zanthoxylum bungeanum litter decomposition.
结果表明：花椒凋落物在分解过程中呈现出明显的毒性动态。
dictsearch.appspot.com
9.
Warming and nitrogen deposition had significantly effect on phosphorus content of litter.
增温和施氮对羊草和芦苇凋落物含磷量影响均显著。
www.fabiao.net
10.
Litter decomposition, rhizosphere soil, CO2 concentration, and ozone play important roles in nitrogen cycle.
另外，凋落物的分解和根际土壤、CO2浓度和臭氧对氮素循环有着重要的作用。
www.ceps.com.tw