泥炭藓

Title泥炭藓植物数量分类的研究。

A numerical taxonomy of Sphagnum species .

EM在我国种植业中的应用国外泥炭藓种植业的研究进展

Application of EM in china 's farming Progress in Sphagnum Farming Research in Western Countries

在对照条件下，邻体抑制泥炭藓C积累。

Under the control treatment , the C concentration was depressed by neighbors .

以每种堆肥与泥炭藓泥炭或商品基质（CS）按不同的比例混合，可配制成16种基质。

Sixteen substrates were prepared by combining each compost with Sphagnum peat or a commercial substrate ( CS ) in different proportions .

泥炭藓（Sphagnum）是特殊的苔藓植物，常为泥炭地的优势植物和主要造炭物种，在全球碳循环中发挥重要作用。

Being one group of special bryophytes , Sphagnum usually is the dominant plant and major carbon manufacturer in peatlands . It plays an important role in global carbon cycle .

兴安落叶松－泥炭藓沼泽泥炭中微量元素含量及其变化规律

Microelement contents of Larix gmelinii-Sphagnum bog peat and their changing pattern

中国泥炭藓属的新种及新记录种

A new species and new records of the genus Sphagnum from China

专业的园艺栽培基质-诺万播，源于优质的泥炭藓资源。

The Novarbo Substrates for professional horticulture are based on sphagnum peat .

两种泥炭藓种群年龄结构与生长特征的对比分析

Contrast Analysis With Two Sphagnum Populations on Age Structure and Growth Characteristics

遮阴导致泥炭藓的疏松生长。

The shade resulted in a loose growth of Sphagnum .

中国东北与白俄罗斯泥炭藓泥炭特性的对比研究

On Grading Peat Deposit in the Northeast of China

全球气候变化可创造高温、干旱、水淹等诸多胁迫，对泥炭藓的生长和相互作用产生重要影响。

Global change made an important impact on Sphagnum growth and plant-plant interaction .

小兴安岭泥炭藓沼泽生态系统中的汞

Mercury in the Peat Bog Ecosystem in Xiaoxing ′ an Mountain in China

以泥炭藓植物残体为主的高位泥炭，是古气候研究的重要佐证。

Migh-level peat dominated by Sphagnum residue is an important evidence forpaleodimatic change .

贵州泥炭藓属植物研究Ⅰ.分类

A study on Sphagnum of Guizhou ⅰ Classification

贵州泥炭藓属植物研究Ⅱ。分布与区系。

Distribution and flora of Sphagnum in guizhou .

泥炭藓让土壤变松，蘑菇肥给土地养分。

Peat moss is to loosen the soil and mushroom compost is for nutrients .

泥炭藓煤热模拟系列二阶导数红外光谱研究

Study on the Second Derivative Infrared Spectra of Thermal Modelling Series of Massy Coal

国外泥炭藓种植业的研究进展

Progress in Sphagnum Farming Research in Western Countries

与泥炭藓目同延；在一些分类中是单独的一个亚纲。

Coextensive with the genus Sphagnum ; in some classifications isolated in a separate subclass .

哈泥泥炭藓泥炭记录的沼泽地表湿度变化泥石流埋没了他的房子。

Records of Surface Wetness from Hani Mire in Changbai Mountains The mud-rock flow buried his house .

丘间种喙叶泥炭藓对两种丘上种的高度，生物量，分枝数都有显著的抑制作用。

S. fallax depressed the height , biomass and branch shoots of the two hummock species significantly .

泥炭藓表现出的相互作用的净结果与泥炭藓物种的竞争响应能力和胁迫忍耐能力有重要关系。

Sphagnum-Sphagnum interaction is related to ability of competition response and tolerant ability of stress in Sphagnum .

泥炭藓常为泥炭地优势植物，在全球碳循环中发挥重要作用。

Sphagnum is the dominant plant in peatlands , and it plays an important role in global carbon cycling .

泥炭藓目的一属；一种非典型的温带沼泽苔藓，其叶子可以保留很多水份。

A large genus constituting the order Sphagnales : atypical mosses of temperate bogs with leaves that can hold much water .

泥沼潮湿的、浸水的、泥泞的一块地区；一片泥潭哈泥泥炭藓泥炭记录的沼泽地表湿度变化

An area of wet , soggy , muddy ground ; a bog . Records of Surface Wetness from Hani Mire in Changbai Mountains

以及开发泥炭藓的多种应用，既可收到变废为宝，又因清除了藓类等地被物而促进长白落叶松林的更新。

The peat moss will be changed into valuable things and it promotes automatically the renewal of Larix olgensis forest for peat moss is cleared away .

研究得出主要结果和结论如下：（1）水分是影响泥炭藓生长最为重要的因子之一。

The main results and conclusions are as follows : ( 1 ) Water is one of the most important factors to impact the growth of Sphagnum .

浅遮阴影响下的C/N要显著高于深遮阴下的C/N，说明少量维管植物可造成泥炭藓C/N增加，有利于泥炭藓碳积累。

Flooding and deep shade depressed the C / N. The C / N under shallow shade is higher than deep shade , indicating that shading by modest vascular plant was benefit to carbon accumulation .

本文介绍了欧洲的德国、丹麦和北美的加拿大泥炭藓种植的方法和近期研究进展，以期为我国泥炭地恢复重建和泥炭藓种植研究提供借鉴。

This paper introduces the method of planting Sphagnum and the latest advances in Germany , Danmark and Canada , which is expected to provide reference for restoration and recon-struction of peatlands and the studies of Sphagnum planting .