世界科学技术-中医药现代化
世界科學技術-中醫藥現代化
세계과학기술-중의약현대화
WORLD SCIENCE AND TECHNOLOGY-MODERNIZATION OF TRADITIONAL CHINESE MEDICINE
2014年
2期
339-345
,共7页
全健%索风梅%谢彩香%易思荣%钱齐妮%雷美艳
全健%索風梅%謝綵香%易思榮%錢齊妮%雷美豔
전건%색풍매%사채향%역사영%전제니%뢰미염
使君子%生态因子%生态相似性%中药材产地适宜性分析地理信息系统
使君子%生態因子%生態相似性%中藥材產地適宜性分析地理信息繫統
사군자%생태인자%생태상사성%중약재산지괄의성분석지리신식계통
Quisqualis indica L.%ecology factors%ecology similarity%Traditional Chinese Medicine Geographic Information System
目的:确定传统儿科用药使君子生态适宜种植区域,为引种扩种和可持续利用提供依据。方法:根据气候相似性原理,应用中药材产地适宜性分析地理信息系统(TCMGIS)对使君子进行产地生态适宜性分析。结果:全国共有17个省(市、区)为使君子的生态适宜产地。生态相似度100%的区域主要分布于广西、广东、湖南、福建等16个省(市、区),总适宜面积为1012895.98 km2。其中,广西适宜面积最大(195313.64 km2),其次为广东(150276.36 km2)、湖南(128925.29 km2)、福建(101471.16 km2)和云南(100660.83 km2)。生态相似度95%~100%的区域主要分布于云南、四川、贵州、湖北等16个省(市、区),总适宜面积为362366.25 km2,其中以云南适宜面积最大(92399.04 km2),其次为四川(76122.32 km2)、贵州(43902.38 km2)、湖北(31760.32 km2)和江西(29770.09 km2)。结论:TCMGIS系统分析的结果与实际调查结果、历史记载及文献报道基本符合。该分析结果可以作为引种地选址的基本依据,但同时也要做好实地调研和田间预实验,并进一步检测药材品质,因地制宜的进行规范化种植。
目的:確定傳統兒科用藥使君子生態適宜種植區域,為引種擴種和可持續利用提供依據。方法:根據氣候相似性原理,應用中藥材產地適宜性分析地理信息繫統(TCMGIS)對使君子進行產地生態適宜性分析。結果:全國共有17箇省(市、區)為使君子的生態適宜產地。生態相似度100%的區域主要分佈于廣西、廣東、湖南、福建等16箇省(市、區),總適宜麵積為1012895.98 km2。其中,廣西適宜麵積最大(195313.64 km2),其次為廣東(150276.36 km2)、湖南(128925.29 km2)、福建(101471.16 km2)和雲南(100660.83 km2)。生態相似度95%~100%的區域主要分佈于雲南、四川、貴州、湖北等16箇省(市、區),總適宜麵積為362366.25 km2,其中以雲南適宜麵積最大(92399.04 km2),其次為四川(76122.32 km2)、貴州(43902.38 km2)、湖北(31760.32 km2)和江西(29770.09 km2)。結論:TCMGIS繫統分析的結果與實際調查結果、歷史記載及文獻報道基本符閤。該分析結果可以作為引種地選阯的基本依據,但同時也要做好實地調研和田間預實驗,併進一步檢測藥材品質,因地製宜的進行規範化種植。
목적:학정전통인과용약사군자생태괄의충식구역,위인충확충화가지속이용제공의거。방법:근거기후상사성원리,응용중약재산지괄의성분석지리신식계통(TCMGIS)대사군자진행산지생태괄의성분석。결과:전국공유17개성(시、구)위사군자적생태괄의산지。생태상사도100%적구역주요분포우엄서、엄동、호남、복건등16개성(시、구),총괄의면적위1012895.98 km2。기중,엄서괄의면적최대(195313.64 km2),기차위엄동(150276.36 km2)、호남(128925.29 km2)、복건(101471.16 km2)화운남(100660.83 km2)。생태상사도95%~100%적구역주요분포우운남、사천、귀주、호북등16개성(시、구),총괄의면적위362366.25 km2,기중이운남괄의면적최대(92399.04 km2),기차위사천(76122.32 km2)、귀주(43902.38 km2)、호북(31760.32 km2)화강서(29770.09 km2)。결론:TCMGIS계통분석적결과여실제조사결과、역사기재급문헌보도기본부합。해분석결과가이작위인충지선지적기본의거,단동시야요주호실지조연화전간예실험,병진일보검측약재품질,인지제의적진행규범화충식。
Objective: Analyze the ecological adaptable regions for the resource reservation and the expanding cultiva-tion of Quisqualis indica L. Methods: The Traditional Chinese Medicine Geographic Information System (TCMGIS) was used to analyze the ecological adaptable region. Results: The 17 provinces (city, municipalities) were the ecolog-ical adaptable region for Q. indica L. The 100% ecology similarity regions are mainly in 16 provinces (city, munici-palities), including Guangxi, Guangdong, Hunan, Fujian etc., which area accounts for 1 012 895.98 km2. Among these, the area in Guangxi province is the largest (195 313.64 km2), the second is Guangdong (150 276.36 km2), the following order is Hunan(128 925.29 km2), Fujian (101 471.16 km2) and Y unnan (100 660.83 km2). The 95%~100%ecology similarity regions is located in 16 provinces (city, municipalities), including Y unnan, Sichuan, Guizhou, Hubei province etc., which area accounts for 362 366.25 km2. The largest area is in Y unnan province (92 399.04 km2), followed by Sichuan(76 122.32 km2), Guizhou (43 902.38 km2), Hubei (31 760.32 km2) and Jiangxi (29 770.09 km2). Conclusion: The results are consistent with the survey results and the previous reports. To promote the develop-ment of Q. indica L. cultivation, the planting scientifically and quality evalution should be further conducted on the basis of the results by system analysis.