米槠

米槠与杉木细根凋落物是否在自身群落中分解得更快？

Does Fine-root Litter of Castanopsis carlesii and Cunninghamia lanceolata Decompose Fastest in Its Own Community ?

福建米槠木材窑干基准初探

Preliminary Study on Kiln Drying Schedule for Castanopsis Carlesii in Fujian Province

木荷、栲树、米槠三种阔叶木混合KP浆的多段漂白研究

Multi-Stage Bleaching of Kraft Pulps Made from a Mixture of Chinese Hardwood Species

本文应用R尺度法对福建武平米槠种群空间分布进行分析，结果表明米槠种群分布格局及其动态均为聚集分布；种群分布格局动态随立木级增大聚集度越来越低。

In Wuping County , Fujian Province , R-Scale analysis on the spatial pattern and developing dynamics of Castanopsis carlesii population showed that the population displayed clumped distribution and the clumped intensity declined with increasing of tree class .

米槠种子和离体胚最适含水量均为12%MC，采用MF-QT方式较为适宜；

The optimal MC of both C. carlesii seeds and excised embryos were 12 % MC , and MF-QT methods .

武夷山天然米槠林抽样技术的研究

Study on Sampling Techniques of Natural Castanopsis carlesii Forest in Wuyi Shang

福建武平帽布米槠林火烧前后植物种类组成变化研究

Changes of Species Composition in Natural Castanopsis carlesii Community after Cut and Burned

米槠等8个阔叶树种造林生长状况的初步研究

A Preliminary Study on Planting Growth Status of Eight Hardwood Species Such as Castanopsis carlesii

天然更新米槠林处于演替的中级阶段，未达到顶级群落；

C. carlesii forest of natural regeneration was in the middle stage of succession , and C.

米槠群落是三明格氏栲自然保护区常绿阔叶林的第二大群落类型。

The community of Castanopsis carlesii is the second largest broad-leave forest type in Nature Reserve of Castanopsis kawakamii .

武夷山天然米槠林优势种群结构与分布格局山西绵山植被优势种群生态位研究

The Structure and Distribution Pattern of Dominant Populations in Castanopsis carlesii Community Niche characteristics of dominant populations of vegetation in Mian Mountain , Shanxi

通过对常绿阔叶林采伐迹地不同更新方式林地土壤肥力的比较研究，结果表明：采用人促天然更新形成的米槠单优群落林地具有良好的土壤结构性能与水分性状；

The comparative study results of the forest soil fertility through different reproductive modes on the evergreen broadleaved forest felling blank indicate that the forest land of Castanopsis carlesii consociation formed by the natural reproduction with artificial promotion possesses the good soil structure performance and water character ;