目录 魏江春简介 前言 生日贺词 影集 往事回眸 第一篇 地衣学概论 Introduction to Lichenology 第一章 地衣形态学Morphology of Lichens3 第二章 地衣共生藻及蓝细菌Lichen Phycobiont & Cyanobiont26 第三章 地衣共生Lichen Symbiosis33 第四章 生态学Ecology39 第五章 地衣与大气污染Lichen & Air Pollution47 第六章 地衣共生生理学Lichen Symbiotic Physiology58 第七章 地衣化学Lichen Chemistry68 第八章 地衣化学成分微量综合检验法Microchemical Techniques for Identification of Lichen Substances81 第九章 地衣分类学与系统学Lichen Taxonomy & Systematics92 第二篇 地衣物种多样性及系统演化与资源生物学 Lichen Species Diversity, their Systematic Evolution andResources Biology 第一章 地衣区系与资源Lichen Flora and Resouces105 珠穆朗玛峰地区地衣区系资料114 A biogeographical analysis of the lichen flora of Mt. Qomolangma region in Xizang124 Some foliicolous lichens in Xishuangbanna, China129 Some disjunctions and vicariisms in the Umbilicariaceae（Ascomycotina）145 腾格里沙漠沙坡头地区地衣物种多样性研究152 海南地衣多样性考察及其资源研发前景161 第二章 专科属研究Studies of Special Lichen Groups176 中国黄梅属地衣的初步订正177 中国脐鳞属地衣的初步研究184 中国石蕊科地衣研究之一——筛蕊属的订正研究192 Studies on lichen family cladoniaceae in China II. the lichen genus Cladina Nyl.197 Notes on lichen genus Lobaria in China206 Notes on isidiate species of Hypogymnia in Asia220 A conspectus of the lichenized Ascomycetes Umbilicariaceae in China228 The status of the genus Llanoa Dodge and the delimitation of the genera in the Umbilicariaceae（Ascomycotina）259 中國條衣屬的初步研究273 Variations in ITS2 sequences of nuclear rDNA from two Lasallia species and their systematicsignificance282 石耳科rDNA多型性分析及其系统学意义287 Taxonomic revision of six taxa in the lichen genus collema from China373 The systematic position of Gymnoderma and Cetradonia based on ssu rDNA sequences383 A study of the pruinose species of Hypogymnia (Parmeliaceae, Ascomycota) from China393 第三章 新分类群Taxa New to Science404 疱臍衣属的一新亚属405 西藏梅衣科地衣新种415 中国疱脐衣属的新种与新资料418 西藏地衣的新类群与新资料427 A new isidiate species of Hypogymnia in China433 袋衣属一新种435 Some species new to science and distribution in Umbilicariaceae（Ascomycota）438 A new species of Everniastrum containing diffractaic acid454 A new species of Umbilicaria（Ascomycota）458 Two new taxa of the lichen genus Collema from China464 Cetradonia, a new genus in the new family Cetradoniaceae（Lecanorales, Ascomycota）467 Three new taxa of Stereocaulon from China480 Two new species of Hypogymnia（Lecanorales, Ascomycota）with pruinose lobe tips from China484 A new genus and species Rhizoplacopsis weichingii in a new family Rhizoplacopsidaceae（Ascomycota）488 A new order Umbilicariales J. C. Wei & Q. M. Zhou（Ascomycota）498 Graphis fujianensis, a new species of Graphidaceae from China504 A new species of Melanelixia（Parmeliaceae）from China507 The new lichen species Endocarpon crystallinum from semiarid deserts in China511 A new isidiate species of Graphis（lichenised Ascomycotina）from China515 A new species, Thalloloma microsporum（Graphidaceae, Ostropales, Ascomycota）518 A new subspecies of Gyalidea asteriscus from China521 Caloplaca tianshanensis（lichen-forming Ascomycota），a new species of subgenus Pyrenodesmia fromChina526 Phyllobaeis crustacea sp. nov. from China532 Allocetraria capitata sp. nov.（Parmeliaceae, Ascomycota）from China538 第四章 中国新纪录Taxa New to China542 Studies on the lichen family Cladoniaceae in China Ⅲ a new genus to China: Thysanothecium543 Studies on the lichen family Cladoniaceae in China Ⅳ species of Cladonia new to China（Ascomycota）548 A lichen genus Brodoa, new to China in Parmeliaceae555 The lichen genus Pseudevernia Zopf in China558 A lichen genus Varicellaria Nyl. from China561 Overlooked taxa of Stereocaulon（Stereocaulaceae, Lecanorales）in China564 Some species of Graphidaceae（Ostropales, Ascomycota）rare and new to China575 Graphis fujianensis, a new species of Graphidaceae from China589 A new species of Melanelixia（Parmeliaceae）from China592 A phylogenetic analysis of Melanelia tominii and four new records of brown parmelioid lichens from China596 A brief overview of and key to species of Collema from China607 第五章 系统演化生物学Systematic & Evolutionary Biology628 地衣的物种概念与进化论629 粗皮松萝群体分化性状的研究631 真菌共祖起源的分子证据640 Ascomycota has a faster evolutionary rate and higher species diversity than Basidiomycota647 第六章 命名法Nomenclature662 The lectotypification of some species in the Umbilicariaceae described by Linnaeus or Hoffmann663 第七章 地衣化学Lichen Chemistry680 Chemical revision of Hypogymnia hengduanensis681 第三篇 荒漠地衣生理生态学 Physiology & Ecology of Desert Lichens 沙漠生物地毯工程——干旱沙漠治理的新途径685 Survival analyses of symbionts isolated from Endocarpon pusillum Hedwig to desiccation and starvation stress687 Estimation of Endocarpon pusillum Hedwig carbon budget in the Tengger Desert based on its photosynthetic rate697 荒漠地衣结皮固沙研究进展705 Desert lichens in Shapotou region of Tengger Desert and bio-carpet engineering715 三种荒漠地衣共生菌藻的耐热性研究726 第四篇 地衣型真菌基因组学 Genomics of Lichenized Fungi Construction and characterization of a full-length cDNA library from mycobiont of Endocarpon pusillum（lichen-forming Ascomycota）737 Genome characteristics reveal the impact of lichenization on lichen-forming fungus Endocarpon pusillum Hedwig（Verrucariales, Ascomycota）749 Comparative transcriptome analysis of the lichen-forming fungus Endocarpon pusillum elucidates its drought adaptation mechanisms767 第五篇 部分药用真菌 Some Medicinal Fungi 第一章 地衣内生菌Endolichenic Fungus781 Ambuic acid and torreyanic acid derivatives from the endolichenic fungus Pestalotiopsis sp782 第二章 冬虫夏草Ophiocordyceps sinensis788 冬虫夏草及其相关类群的分子系统学分析789 现代工业化培植的冬虫夏草物种鉴定与成分检测800 第三章 斜纤孔菌Inonotus obliquus807 野生桦褐孔菌及其深层发酵产物的弱极性成分研究808 Aminophenols and mold-water-extracts affect the accumulation of flavonoids and their antioxidant activity in cultured mycelia of Inonotus obliquus811 Involvements of S-nitrosylation and denitrosylation in the production of polyphenols by Inonotus obliquus824 第六篇 真菌学科发展 Development of the Fungal SciencesIntroducing the MYCOSYSTEMA837 Current progress of systematics of lichenized fungi840 面向21世纪的菌物学847 缅怀著名海洋藻类学家曾呈奎院士851 新种发现的科学与实践意义853 试论我国真菌学科的布局与发展854 菌物生物多样性与人类可持续发展858 《菌物学报》三十年回眸与展望864 On biodiversity of fungi and its systematic biology with three storage and retrieval systems—Celebrate the 88th anniversary of the distinguished mycologist Prof. Korf’s birth868 魏江春论文与专著目录873 培养的研究生名录879 后记880
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