红锥

ABA对红锥、苦槠种子发育和萌发的效应研究

Study ABA sensitivity of seeds during development of Castanopsis hystrix and Castanopsis sclerophylla

红锥木材性质与UF胶固化时间关系的研究

Studies on the Relationship between Castanopsis hystrix Wood Properties and Curing Time of UF

优良红锥种质资源遗传多样性的ISSR分析与聚类

Genetic diversity of Castanopsis hystrix germplasm resources by ISSR and cluster analysis

试验研究表明，合理施肥能促进红锥人工幼林的生长，施肥量水平不同，其促生效果也不同，N、P、K肥对红锥人工幼林的生长具有同等重要的特性。

The results of experiment showed that rational amount of applied fertilizer could accelerate the growth of castanopsis hystrix young plantation , the effect of acceleration is different in accordance with the level of fertilization , N ? P ?

红锥不同模式造林效果分析

Analyses of the Planting Effects of Different Patterns of Castanopsis hystrix

红锥混交林生长情况调查分析

Survey and Analysis on Growth of Mixed Plantation of Castanopsis hystrix

红锥种群结构和空间分布格局的研究

A study on structure and spatial distribution pattern of Castanopsis hystrix population

红锥中心分布区种源早期生长研究

Study on Early Growth of Castanopsis hystrix Provenances from Its Central Distribution

炉气窑干燥红锥锯材干燥技术探索

Trials of Castanopsis Hystrix Timber Drying in Furnace Gas Kiln

红锥切根育苗试验研究

A Test Study on Growing Seedlings for Castanopsis hystrix by Cutting Roots

红锥嫁接技术试验

A Trial on Grafting Technology of Castanopsis hystrix

人工林红锥木材干燥特性初探

Drying Characteristics of Plantation Grown Castanopsis hystrix

红锥等8个阔叶树种抗旱生理指标比较及光合作用特征

A Study on the Photosynthetic Characters and Physiological Indexes of Drought Resistance for Eight Broad Leaved Tree Species

在对红锥遗传改良工作的过程中，优良个体、优良群体和优良种源选择都不容忽视。

In genetic improvement of Castanopsis hystrix , good individual , fine group and fine provenance selection are too important to ignore .

红锥天然分布区表型变异研究另一方面，在T2代再生植株中发现大量表型变异（不育变异和农艺性状变异）并分析了转基因分离株系与对照自交系7个农艺性状的差异。

Study on Phenotype Variation of Castanopsis hystrix at Natural Distribution On the other hand , we obtained a great deal of phenotype variation from the T_2 generation plants .

所以红锥的遗传改良应主要集中在群体内个体的改良上，同时也要考虑群体间优良群体的选择，通过群体选择和优树选择相互配合，从而取得最大的遗传增益。

So the genetic improvement of Castanopsis hystrix should be mainly focus on the individuals , also pay attention to the group selection . Combine the group selection and good individuals , which made the most of the genetic gain .

10个不同生态型红锥之间的遗传相似系数介于0.5946~0.7148之间，但不同地区红锥也存在着一定的遗传差异（遗传差异在0.2852~0.4054）；

Genetic similarity index of ten C. hystrix from different ecological areas ranged from 0.594 6 to 0.714 8 , and their genetic distance ranged from 0.285 2 to 0.405 4.Among the ten C. hystrix , there are obvious genetic diversity .

结果表明：切根能使红锥苗木主根变短，侧根部位提高，根系发达，苗木地径和苗高明显增加，生长旺盛。

The results showed that cutting roots could shorten main root of nursery stock , raise the position of roots on the side and make root system developed so that nursery stocks had vigorous growth in form that diameter and height increased significantly .

细胞内记录的结果也进一步地发现，红敏视锥通路和绿敏视锥通路上的AMPA受体表达可能不同。

Intracellular recording results also suggested that the subtype of AMPA receptor maybe expressed differently between red-cone pathway and green-cone pathway .

模型包括两个并行的信号通道，即红敏视锥和绿敏视锥信号通道，神经元之间的突触连接强度在模型中表示为相应通道的放大系数；

The model consists of two parallel signal pathways , which are the red - and green-cone signal pathways respectively . The strength of synapses between the relevant neurons of each signal pathway is represented by its gain term ;