蒙古栎

北京松山自然保护区蒙古栎林的空间结构特征

Spatial structure of Quercus mongolica forest in Beijing Songshan Mountain Nature Reserve

城市蒙古栎对近地层臭氧浓度升高的光合生理响应

Photosynthetic physio-response of urban Quercus mongolica leaves to surface elevated ozone concentration

蒙古栎幼苗对CO2、温度与氮素协同作用的生理响应

Physiological Response to Double CO_2 Concentration , Elevated Temperature and Nitrogen in Quercus Mongolica

经相关分析，PSⅡ光化学特性的几个参数与蒙古栎生长量及叶绿素含量存在着一定相关性。

By corresponding analysis , there is a certain correlation among the parameters of PS II photochemical characteristics , biomasses and the content of chlorophyll .

在PEG胁迫下，6种促根处理蒙古栎苗木的净光合速率随时间变化趋势相似，均呈双峰曲线。

The trend of photosynthetic rate under six promoting seedlings root method on Q. mongolica is similar , which is showed a bimodal curve .

蒙古栎果实中含有蛋白质、脂肪、淀粉、维生素D2、17种氨基酸及20种微量元素。

The fruits of Quercus mongolica contain protein , fat , amylum , vitamin D 2,17 kinds of aminoacid and 20 kinds of trace elements .

综合各种因素，确定蒙古栎造林的初植密度不能低于2000株·hm-2。

Based on comprehensive analysis of various factors , the initial density in the planting should be controlled below 2 000 trees .

培育耐旱生态型蒙古栎苗木时，可优先采用接种彩色豆马勃+菌017混合菌剂，或采用300mg/L的IBA处理种子等促根技术措施。

In the culture of drought and the eco - Q. mongolica seedlings , Pisolithus tinctorius which is mix ectomycorrhizal fungi 017 should priority used , or use 300mg · 1-1 of IBA treatment seeds , and other promote technical measures .

蒙古栎在不同光环境下蒸腾速率的日进程为单峰型，林外最高可达近8mmolh2O·m-2·s-1。

Mongolica trees can normally grow within the forest . ③ The daily process of transpiration rate of Q. mongolica trees under different light environment is single peaked with a maximum of about 8 mmol H_2O · m - 2 · s - 1 outside the forest .

蒙古栎萌发种子空间分布的分数维分析

Fractal Analysis on Space Distribution of Germinal Seeds of Quercus Mongolica

柞蚕场蒙古栎冠层结构与光合生产力研究

Study on canopy structure and PHOTO-PRODUCTIVITY of the tussah-feeding Mongolian oak

蒙古栎橡子脱毒技术的研究

Research on deprivation of poison in acorn of Quercus mongolica Fisch

在阳坡，针对封育5年16年和24年蒙古栎种群，分别选择6个重复样地。

Six repetitive plots within 5-year , 16-year and 24-year closed Q.

黑龙江省不同地点蒙古栎林生态特点研究

The ecological characteristics of Quercus mongolica forest in Heilongjiang Province

降水量变化对蒙古栎落叶分解过程的间接影响

Indirect effects of precipitation on litter decomposition of Quercus mongolica

蒙古栎叶、果实成分分析

Analysis of Composition of Leaves and Fruits on Quercus mongolica

蒙古栎种群空间分布格局及其动态的研究

Spatial Distribution Pattern of Mongolian Oak Population and Its Dynamics

蒙古栎生物质能源林的潜在开发价值

Potential Development Value of Quercus mongolica as Bio-energy Source Forest

不同地点蒙古栎群落相似性的研究

The Research on the Similarity of Quercus mongolica Community in Different Sites

中国北方蒙古栎林起源和发展的初步探讨

Preliminary discussion on the origin of Quercus mongolica forest in north China

蒙古栎橡子营养成分的研究

Studies on nutrient contents in acorn of Quercus Mongolia Fisch

应用生命表对蒙古栎种群的年龄结构的研究

Application of Life-Table to the Study of Age Structure of Mongolian Oak Population

环境梯度下蒙古栎群落的物种多样性特征

The species diversity characteristics comparison of Quercus mongolica community along environmental gradient factors

低强度火烧对长白山林区蒙古栎林的影响

Influence of low intensity burning on Quercus mongolica forest in Changbai Mountain Region

蒙古栎群落蒸腾特性的研究

Study on Transpiration Characteristics of Mongolian oak community

东北地区蒙古栎群落生活型谱比较

Life form spectrum of vascular plants of Quercus mongolica communities in North East China

光照条件对蒙古栎幼苗生长及形态特征的影响

The impacts of light conditions on the growth and morphology of Quercus Mongolica seedlings

油松蒙古栎种植对土壤物理性质的影响

Influence of Pinus tabulaeformis and Mongolian oak Planting on the Physical Property of Soil

降雨在蒙古栎林内的分配格局不一，导致系统养分积累的明显差异。

Its distribution pattern is varied , which causes the difference of nutrient accumulation .

目的：研究蒙古栎叶化学成分。

Objective : To study the chemical constituents of the leaves of Quercus mongolica .