南京林业大学学报(自然科学版)
南京林業大學學報(自然科學版)
남경임업대학학보(자연과학판)
JOURNAL OF NANJING FORESTRY UNIVERSITY(NATURAL SCIENCE EDITION)
2014年
z1期
74-80
,共7页
李蒙%伊贤贵%王华辰%商韬%顾宇%王贤荣
李矇%伊賢貴%王華辰%商韜%顧宇%王賢榮
리몽%이현귀%왕화신%상도%고우%왕현영
山樱花%地理分布%环境因子
山櫻花%地理分佈%環境因子
산앵화%지리분포%배경인자
Cerasus serrulata%geographic distribution%environment factors
在广泛调查山樱花地理分布信息的基础上,利用目前常用气候指标,对山樱花地理分布及其与气候的关系进行了研究。结果表明:山樱花分布于东亚温带(102~141° E,23~40° N),海拔50~1800 m之间。气候环境指标的研究结果显示山樱花热量分布范围整体偏低,在中国的热量分布范围要远大于朝鲜半岛-日本的分布。根据主成分分析可知,影响山樱花分布的重要环境因子为年均温、纬度、极端低温、1月均温和海拔。热量因子中年均温在7?91~17?92℃,极端低温不低于-17?3℃,1月均温-6?31~8?48℃的区域范围内适于山樱花的生长。基于此,提出山樱花分布的7大区域,包括中国西南地区、华中地区、华南北部及华东南部地区、华北及东北南部地区和台湾地区,以及朝鲜半岛地区、日本地区,并得到主成分分析图的支持。
在廣汎調查山櫻花地理分佈信息的基礎上,利用目前常用氣候指標,對山櫻花地理分佈及其與氣候的關繫進行瞭研究。結果錶明:山櫻花分佈于東亞溫帶(102~141° E,23~40° N),海拔50~1800 m之間。氣候環境指標的研究結果顯示山櫻花熱量分佈範圍整體偏低,在中國的熱量分佈範圍要遠大于朝鮮半島-日本的分佈。根據主成分分析可知,影響山櫻花分佈的重要環境因子為年均溫、緯度、極耑低溫、1月均溫和海拔。熱量因子中年均溫在7?91~17?92℃,極耑低溫不低于-17?3℃,1月均溫-6?31~8?48℃的區域範圍內適于山櫻花的生長。基于此,提齣山櫻花分佈的7大區域,包括中國西南地區、華中地區、華南北部及華東南部地區、華北及東北南部地區和檯灣地區,以及朝鮮半島地區、日本地區,併得到主成分分析圖的支持。
재엄범조사산앵화지리분포신식적기출상,이용목전상용기후지표,대산앵화지리분포급기여기후적관계진행료연구。결과표명:산앵화분포우동아온대(102~141° E,23~40° N),해발50~1800 m지간。기후배경지표적연구결과현시산앵화열량분포범위정체편저,재중국적열량분포범위요원대우조선반도-일본적분포。근거주성분분석가지,영향산앵화분포적중요배경인자위년균온、위도、겁단저온、1월균온화해발。열량인자중년균온재7?91~17?92℃,겁단저온불저우-17?3℃,1월균온-6?31~8?48℃적구역범위내괄우산앵화적생장。기우차,제출산앵화분포적7대구역,포괄중국서남지구、화중지구、화남북부급화동남부지구、화북급동북남부지구화태만지구,이급조선반도지구、일본지구,병득도주성분분석도적지지。
Based on the geographical distribution information of Cerasus serrulata, the interaction of vegetations and cli-mates have been studied by 13 widely used indices. The results showed, the distribution region of C. serrulata was tem-perate East Asian, it was 23-40°N, 102-141°E, and the elevation range was 50-1 800 meters. The climatic indices showed that the tree have a low heat range,and the range of heat distribution in China is much wider than in the Korean Peninsula-Japan distribution. The result of principal component analysis revealed that annual mean temperature,latitude, coldest temperature,average temperature of January and elevation ranges was the most important environment factors to influence the distribution. The suitable heat factors for the growth of C. serrulata was the range of annual mean tempera-ture between 7?91-17?92 ℃, coldest temperature not less than 17?3 ℃, average temperature of January between 6?31 ℃ and 8?48℃. Supported by the two dimensional plot of principle components on climatic factors, we divided the distribution region into 7 parts, including the region of Southwest China, Central China, north of South China and south of East China, Northeast China, Taiwan of China, Korean Peninsula, Japan.