梁静;李秀璋;陈建博;唐楚煜;王涛;李玉玲;

• 1:青海大学畜牧兽医科学院

摘要(Abstract)：

冬虫夏草是青藏高原的珍稀物种，具有较高的药用和经济价值，然而其资源的数量特征、空间分布格局及适宜度尚不清晰。本研究以青海省冬虫夏草资源生境条件为依据，以海拔、植被、土壤、气温和降水量作为主要指标，利用地理信息系统(geographic information system,GIS)的空间分析方法对青海省冬虫夏草资源适宜性及空间分布进行分析，并用野外实地采样进行验证。研究表明：玉树州的玉树市、杂多县、称多县、曲麻莱县；果洛州的玛沁县、达日县、甘德县等区域多处在适宜区；海北州的祁连县、刚察县，黄南州的泽库县、河南县、同仁县，玉树州的治多县、囊谦县，海南州的兴海县、同德县、贵南县及其他产冬虫夏草县的部分区域为较适宜区；西宁市的大通县，海东市的互助县和海西州的低海拔地区为不适宜区。整个青藏高原具有冬虫夏草分布面积占当地县域国土面积的76.2%。在青海省具有冬虫夏草分布的地区(市/州)中，玉树州和果洛州冬虫夏草分布的面积占当地县域国土面积的88.3%–99.6%，海北州、海东市、海南州、海西州、黄南州和西宁市冬虫夏草分布面积占当地县域国土面积的30.2%–96.5%。综合区划图能比较真实地反映青海省冬虫夏草资源的空间分布格局，区划结果与实地调查结果相符，表明利用空间分析方法进行冬虫夏草资源的适宜性分布区域的划分是可行的，该研究为合理开发和科学利用冬虫夏草野生资源提供理论依据。

关键词(KeyWords)： 冬虫夏草;适宜性;地理信息系统;空间分布

Abstract:

Keywords:

基金项目(Foundation): 青海省重大科技专项(2021-SF-A4)~~

作者(Authors): 梁静;李秀璋;陈建博;唐楚煜;王涛;李玉玲;

DOI: 10.13346/j.mycosystema.220304

参考文献(References)：

• Chen SJ,Yin DH,Li L,Zha X,Sun JH,Zama CR,2000.Resources and distribution of Cordyceps sinensis in the Nagqu region of Tibet.Chinese Materia Medica,23(11):673-675 (in Chinese)
• Chen WH,Liang JD,Han YF,Zou X,Zhang YJ,Liang ZQ,2021.Research overviews of Cordyceps:past,present and future.Mycosystema,40(11):2894-2905 (in Chinese)
• Dai YC,Li Y,2011.Notes on the nomenclature of six important medicinal fungi in China.Mycosystema,30(4):516-518 (in Chinese)
• Diao ZM,1996.A preliminary study on the resources and biological properties of Cordyceps sinensis from Qinghai.Journal of Biology,13(2):20-22 (in Chinese)
• Hopping KA,Chignell SM,Lambin EF,2018.The demise of caterpillar fungus in the Himalayan region due to climate change and overharvesting.Proceedings of the National Academy of Sciences,115(45):11489-11494
• Lei HQ,1995.The relationship between Cordyceps sinensis growth and hydrothermal conditions in Yushu Tibetan Autonomous Prefecture.Qinghai Grass Industry,4(4):19-20,36 (in Chinese)
• Li F,Wu ZF,Xu C,Xu YD,Zhang LB,2014.Spatial distribution of the suitability of Cordyceps sinensis resources in the Sanjiangyuan region.Journal of Ecology,34(5):1318-1325 (in Chinese)
• Li HX,Chen L,Li WJ,Jin LL,Qian ZM,Mei QX,2020.Textural research on Chinese cordyceps.Journal of Fungal Research,18(2):68-73 (in Chinese)
• Li M,Yu Y,Zhang XB,Guo LP,2019.A study on the distribution zoning of Fallopia multiflora based on different methods.Chinese Journal of Traditional Chinese Medicine,44(19):4082-4089 (in Chinese)
• Li YL,2007.Research on Cordyceps sinensis and its resource conservation,development and utilization in Qinghai Province.Specialties Research,29(3):61-64 (in Chinese)
• Li YL,Liu X,Xu HF,Wang HS,Yan L,2002.Research progress and development trend of Cordyceps sinensis in Qinghai.Qinghai Science and Technology,9(4):15-17(in Chinese)
• Liu ZH,Li YL,2006.Resources and distribution of Cordyceps sinensis in Yushu Tibetan Autonomous Prefecture.Grassland and Animal Husbandry,27(12):37-38 (in Chinese)
• Luo YX,2003.Current status of research on Cordyceps sinensis.Journal of Qinghai University (Natural Science Edition),21(2):38-40,52 (in Chinese)
• National Pharmacopoeia Committee,2020.Pharmacopoeia of the People’s Republic of China.China Medical Science and Technology Press,Beijing.1-1088 (in Chinese)
• Smith-Hall C,Bennike RB,2022.Understanding the sustainability of Chinese caterpillar fungus harvesting:the need for better data.Biodiversity and Conservation,31(2):729-733
• Wang J,Zhang YP,Sun QW,Lu X,Wan XX,2021.A study on the suitability zonation of Bletilla ochracea based on Max Ent and Arc GIS.Chinese Wild Plant Resources,40(9):86-90 (in Chinese)
• Winkler D,2009.Caterpillar fungus (Ophiocordyceps sinensis) production and sustainability on the Tibetan Plateau and in the Himalayas.Asian Medicine,5(2):291-316
• Wu F,Zhou LW,Yang ZL,Bau T,Li TH,Dai YC,2019.Resource diversity of Chinese macrofungi:edible,medicinal and poisonous species.Fungal Diversity,98:1-76
• Wu QG,Su ZX,Su RJ,Hu JY,Wang H,2009.Dominant factors of habitat selection in Cordyceps sinensis.Guangxi Flora,29(3):331-336 (in Chinese)
• Xiao Y,Hu XF,Tao SC,Qian ZM,Mei QX,Li WJ,2018.Research progress on the pharmacological effects of fresh Cordyceps sinensis.Asia-Pacific Traditional Medicine,14(4):80-85 (in Chinese)
• Yang DR,Peng YQ,Chen JY,Cao YQ,Yang P,2010.Distribution pattern of Cordyceps sinensis in China and the influence of environmental changes on its distribution.Chinese Journal of Grasslands,32(S1):22-27 (in Chinese)
• Yao YS,Zhu JS,2016.Indiscriminate use of Latin name for natural Cordyceps sinensis insect-fungi complex and multiple Ophiocordyceps sinensis fungi.China Journal of Chinese Materia Medica,41(7):1361-1366
• Yg A,Xin LA,Zz B,2021.Moderate warming will expand the suitable habitat of Ophiocordyceps sinensis and expand the area of O.sinensis with high adenosine content.Science of the Total Environment,787(15):1-13
• Yu B,Liang LK,Li XY,Liu PF,Liu XJ,Zhu LQ,2012.Characterization of Cordyceps sinensis resources in Qinghai Province.Journal of Plant Taxonomy and Resources,34(5):478-482 (in Chinese)
• Zhang GR,Yu JF,Wu GG,Liu X,2011.Factors influencing the occurrence of Cordyceps sinensis.Journal of Ecology,31(14):4117-4125 (in Chinese)
• Zhang Y,Xu L,Shu Z,2009.Genetic diversity of Ophiocordyceps sinensis,a medicinal fungus endemic to the Tibetan Plateau:implications for its evolution and conservation.BMC Evolutionary Biology,9(1):1-12
• Zhao D,2021.Spatial distribution of giant pandas in relation to their ecological and geological environment.Ph DDissertation.Chengdu University of Technology,Chengdu.1-201 (in Chinese)
• Zhou KS,Zhang JC,Huang XQ,Yuan L,Luo Z,Shi L,Wei KW,2018.Zoning analysis of the suitability of Cordyceps sinensis resources on the Tibetan Plateau.Journal of Ecology,38(8):2768-2779 (in Chinese)
• Zhou XM,Ma T,Cao Q,2008.Relationship between Cordyceps sinensis distribution and ecological environment in Qinghai and suggestions for sustainable utilization.Qinghai Environment,18(4):149-155 (in Chinese)
• Zhuo MZ,2010.Geography of Qinghai.Beijing Normal University Press,Beijing.1-856 (in Chinese)
• 陈仕江，尹定华，李黎，扎西，孙健华，扎玛次仁，2000.西藏那曲地区冬虫夏草资源及分布.中药材，23(11):673-675
• 陈万浩，梁建东，韩燕峰，邹晓，张永军，梁宗琦，2021.纵观虫草(真菌)的来世今生.菌物学报，40(11):2894-2905
• 戴玉成，李玉，2011.中国六种重要药用真菌名称的说明.菌物学报，30(4):516-518
• 刁治民，1996.青海冬虫夏草资源及生物学特性的初步研究.生物学杂志，13(2):20-22
• 雷豪清，1995.浅谈玉树州冬虫夏草生长与水热条件的关系.青海草业，4(4):19-20,36
• 李芬，吴志丰，徐翠，徐延达，张林波，2014.三江源区冬虫夏草资源适宜性空间分布.生态学报，34(5):1318-1325
• 李皓翔，陈铃，李文佳，金李玲，钱正明，梅全喜，2020.冬虫夏草的本草考证.菌物研究，18(2):68-73
• 李梦，余意，张小波，郭兰萍，2019.基于不同方法的何首乌分布区划研究.中国中药杂志，44(19):4082-4089
• 李玉玲，2007.青海省冬虫夏草研究及其资源保护、开发利用.特产研究，29(3):61-64
• 李玉玲，刘欣，徐海峰，王宏生，严林，2002.青海冬虫夏草的研究进展及发展趋势.青海科技，9(4):15-17
• 刘兆红，李玉玲，2006.玉树州冬虫夏草资源与分布.草业与畜牧，27(12):37-38
• 罗玉秀，2003.冬虫夏草的研究现状.青海大学学报(自然科学版)，21(2):38-40,52
• 国家药典委员会，2020.中华人民共和国药典.北京：中国医药科技出版社.1-1088
• 王健，张永萍，孙庆文，陆祥，万晓霞，2021.基于Max Ent和Arc GIS的黄花白及生长适宜性区划研究.中国野生植物资源，40(9):86-90
• 吴庆贵，苏智先，苏瑞军，胡进耀，汪海，2009.冬虫夏草生境选择主导因子.广西植物，29(3):331-336
• 肖瑛，胡雪峰，陶盛昌，钱正明，梅全喜，李文佳，2018.鲜冬虫夏草药理作用研究进展.亚太传统医药，14(4):80-85
• 杨大荣，彭艳琼，陈吉岳，曹永强,杨培，2010.中国冬虫夏草分布格局与环境变化对其分布的影响.中国草地学报，32(S1):22-27
• 于斌，梁留科，李湘豫，刘鹏飞，刘晓静，朱连奇，2012.青海省冬虫夏草资源特征分析.植物分类与资源学报，34(5):478-482
• 张古忍，余俊锋，吴光国，刘昕，2011.冬虫夏草发生的影响因子.生态学报，31(14):4117-4125
• 赵丹，2021.大熊猫空间分布与生态地质环境耦合关系研究.成都理工大学博士论文，成都.1-201
• 周刊社，张建春，黄晓清，袁雷，罗珍，施磊，魏克文，2018.西藏高原冬虫夏草资源适宜性区划分析.生态学报，38(8):2768-2779
• 周兴民，玛塔，曹倩，2008.青海冬虫夏草分布与生态环境关系及可持续利用的建议.青海环境，18(4):149-155
• 卓玛措，2010.青海地理.北京：北京师范大学出版社.1-856