兰州大学学报(自然科学版)
蘭州大學學報(自然科學版)
란주대학학보(자연과학판)
JOURNAL OF LANZHOU UNIVERSITY(NATURAL SCIENCES)
2014年
1期
59-65
,共7页
张莹%尚可政%孙宏%蒋薇%王式功%邵毅%程一帆
張瑩%尚可政%孫宏%蔣薇%王式功%邵毅%程一帆
장형%상가정%손굉%장미%왕식공%소의%정일범
呼吸系统%循环系统%人体舒适度%滞后效应
呼吸繫統%循環繫統%人體舒適度%滯後效應
호흡계통%순배계통%인체서괄도%체후효응
respiratory system%circulatory system%human comfortable degree%hysteresis effect
利用南京市2004-2009年居民死亡资料和同期气象资料,分析了2004-2009年南京市呼吸系统和循环系统疾病死亡人数的年内变化规律,在计算3种人体舒适度基础上研究了上述两大系统疾病死亡人数与气象因子(包括气象要素及人体舒适度在内)之间的关系。结果表明:南京市年内气温呈“Λ”型分布,人体舒适度呈“M”型分布,呼吸系统和循环系统疾病死亡人数的年内分布正好与气温分布呈反位相,即两大系统疾病死亡人数整体上均呈现出冬半年多,夏半年少的分布特点,说明寒冷是诱发两大系统疾病患者死亡的主要气象因素。值得注意的是,两大系统疾病死亡人数在8-9月份又呈现出一个死亡小高峰,这主要是由于高温和季节交替所造成的。呼吸系统和循环系统疾病逐日死亡人数与气象因子显著相关,并对气象因子的响应具有一定的持续效应和滞后性。
利用南京市2004-2009年居民死亡資料和同期氣象資料,分析瞭2004-2009年南京市呼吸繫統和循環繫統疾病死亡人數的年內變化規律,在計算3種人體舒適度基礎上研究瞭上述兩大繫統疾病死亡人數與氣象因子(包括氣象要素及人體舒適度在內)之間的關繫。結果錶明:南京市年內氣溫呈“Λ”型分佈,人體舒適度呈“M”型分佈,呼吸繫統和循環繫統疾病死亡人數的年內分佈正好與氣溫分佈呈反位相,即兩大繫統疾病死亡人數整體上均呈現齣鼕半年多,夏半年少的分佈特點,說明寒冷是誘髮兩大繫統疾病患者死亡的主要氣象因素。值得註意的是,兩大繫統疾病死亡人數在8-9月份又呈現齣一箇死亡小高峰,這主要是由于高溫和季節交替所造成的。呼吸繫統和循環繫統疾病逐日死亡人數與氣象因子顯著相關,併對氣象因子的響應具有一定的持續效應和滯後性。
이용남경시2004-2009년거민사망자료화동기기상자료,분석료2004-2009년남경시호흡계통화순배계통질병사망인수적년내변화규률,재계산3충인체서괄도기출상연구료상술량대계통질병사망인수여기상인자(포괄기상요소급인체서괄도재내)지간적관계。결과표명:남경시년내기온정“Λ”형분포,인체서괄도정“M”형분포,호흡계통화순배계통질병사망인수적년내분포정호여기온분포정반위상,즉량대계통질병사망인수정체상균정현출동반년다,하반년소적분포특점,설명한랭시유발량대계통질병환자사망적주요기상인소。치득주의적시,량대계통질병사망인수재8-9월빈우정현출일개사망소고봉,저주요시유우고온화계절교체소조성적。호흡계통화순배계통질병축일사망인수여기상인자현저상관,병대기상인자적향응구유일정적지속효응화체후성。
Using the death data and corresponding period meteorological data during 2004-2009 in Nanjing City, the annual variation law of deaths from the respiratory and circulatory system diseases was analyzed, and the relationships between deaths from the two disease systems and meteorological factors (including meteoro-logical factors and human comfortable indexes) were studied, based on three human comfortable indexes. The results show that temperature distribution looked like a ’Λ’ and human comfortable indexes distribution looked like an ’M’ in a typical year, while the distribution of deaths from the two disease systems were in an anti-phase relation with temperature, i.e. it demonstrated that deaths during the winter half year were more than the summer half year. It could be considered that coldness was the main factor causing deaths from the two system diseases. It was worth noting that there was a small peak of deaths from August to September, which was mainly thanks to the high temperature and seasonal alternation. The study also found that a significant correlation existed between deaths from daily diseases of the two systems and meteorological factors; besides, deaths from the two system daily disease had persistent effects and hysteretic quality responding to meteorological factors.