broad-leaf forest meaning in Chinese
阔叶林
Examples
- Directional silviculture experiment and benefits of natural secondary broad - leaf forest
次生阔叶林定向培育试验及效益研究 - The species richness and diversity index order of coniferous and broad - leaf forest and evergreen broad - leaf forest in different geology plots was as follows : shrub layer > herb layer > tree layer ; in shrub plots , the order was herb layer > shrub layer . in general jsw , jsi and ea index order was herb layer > shrub layer > ree layer . that indicated that the species of tree and shrub in karst area distributing is not even , and the species , which are dominant and adapt to the karst environment are cleaer
不同地区样地针阔混交林和常绿阔叶林物种丰富度指数、多样性指数均表现为灌木层草本层乔木层，而在灌丛样地，物种丰富度和多样性指数表现为草本层灌木层；整体上，石灰岩地区样地jsw 、 jsi和ea指数为草本层灌木层乔木层；砂页岩地区样地为灌木层草本层乔木层。 - On the contrary , stem - derived forms of clonal plants more f requently occur in colder and drier habitats corresponding to higher latitude and / or higher elevation . individual types of clonal growth with sprouting are more frequent in warmer and wetter habitats , such as shrub forest , broad - leaves forest and bamboo forest . individual types of clonal growth with rhizome are more frequent in colder and drier habitats , such as alpine shrub forest , grassland and desert steppe
根起源克隆植物中，根出条型植物的生境条件和根起源克隆植物的相同，出现在灌丛、阔叶林和竹林中的频率较高；茎起源克隆植物中，根茎型植物的生境条件和茎起源植物的相同，出现在水生植被、草甸和草原中的频率较高，而匍匐茎型植物在较温暖、湿润、阴郁的生境中出现频率较高。 - In six selected areas of the subtropical semi - humid evergreen broad - leaf forest ecosystem of yunnan diaolin mountain , during drought season from november , 1992 to april , 1993 , authors studied and analysed , throught adopting the taxonomic , ecological and mathematical statistics method , the distribution , composition and domi - nant fungi of the small fungi as well as biodiversity . altogether 706 strains statistics unit , belonging to 28 genera , dominant fungi 678 strains statistics unit , 20 dominant fungi gen - era
在云南雕林山亚热带半湿润常绿阔叶林森林生态系统的六个具有代表性的样区中，于1992年11月至1993年4月旱季期间，运用系统分类、生态分析和数理统计的方法，对小型真菌种群的分布、组成、优势菌及其生物多样性进行了分析，共分离获得小型真菌菌株统计单位706株，分属于28个属，其中，优势菌678株，分属于20个属。