1950年以來全球大部分地區氣溫日較差(diurnal temperature range; DTR)呈減少的趨勢,顯示出全球暖化下氣候變遷的現象。本研究目的在了解臺灣地區月平均DTR的趨勢,並找出可能影響月平均DTR的因子。本研究以選取臺灣地區氣象資料較長的18個測站為基礎,選取10項逐日氣象資料,應用時間序列迴歸模型及主成分分析法進行分析。結果顯示,近五十年來臺灣地區大部分測站月平均DTR均呈顯著減小趨勢,這主要是月平均最低溫上升趨勢較月平均最高溫顯著所致,其中又以大都市地區秋季最為明顯,月平均DTR的趨勢還能反應出受到人為活動及地理位置不同的影響。The diurnal temperature range (DTR)has significantly decreased worldwide since 1950. In this study, the trends of monthly mean of DTR in Taiwan were analyzed. The methods of time series regression model and principal component analysis were used to analyze the daily minimum and maximum temperature data of Taiwan from 1950 to 2000. The trends of monthly mean of DTR in most stations indicated a statistically significant decrease. This was mainly due to faster increasi...
Understanding the causes of long-term temperature trends is at the core of climate change studies. A...
This study aims to investigate the effect of total cloud cover (TCC) and sunshine duration (SSD) in...
Although diurnal temperature range (DTR) is a key index of climate change, few studies have reported...
The diurnal temperature range (DTR) has significantly decreased worldwide since 1950. In this study,...
百年來全球大部分地區氣溫變遷的趨勢相當明顯。本文的目的在分析臺灣地區影響年平均溫度、年平均最高溫度、年平均最低溫度及年平圾日溫差的自然與人為因素,並找出各因子的重要性及影響力。本研究採積差相關法、複迴...
In the past 100 years, the rates of temperature changes have been obvious in the world. The objectiv...
<span>从日较差的变化趋势、影响因素以及人类活动对气候变化影响的指示3个方面对日较差的研究进行了总结和概括。观测数据以及气候模式模拟的结果表明,全球气温日较差在近半个多世纪以来呈下降趋势,而这种下...
[[abstract]]In this report, we analyze and discuss the overall data based on the applied difference ...
計畫編號:NSC101-2221-E032-058 研究期間:201208~201307 研究經費:608,000[[abstract]]有鑑於近年全球氣候變遷,極端氣候發生頻率增加,而台灣區域氣候不...
International audienceThe diurnal temperature range (DTR) is an important indicator of climate chang...
利用中国486个测站1960~2000年逐日气温观测资料,采用分层聚类和相似分析方法,对中国月、季、半年、年平均气温进行了区划,通过动态分析分层聚类过程中组内和组间平均相关系数的差异指标,为不同季节气...
Abstract This paper analyzes the spatial dependence of annual diurnal temperature range (DTR) trends...
Changes in diurnal temperature range (DTR) over global land areas are compared from a broad range of...
[[abstract]]本文從台灣百年的「氣溫」著手,試圖證明當氣溫條件良好時,是否有助於經濟成長;而當氣溫條件差時,是否削弱經濟。在頻率為1897至2006年共一百一十年氣溫資料的部份,本研究採循序...
It has been a decade since changes in diurnal temperature range (DTR) globally have been assessed i...
Understanding the causes of long-term temperature trends is at the core of climate change studies. A...
This study aims to investigate the effect of total cloud cover (TCC) and sunshine duration (SSD) in...
Although diurnal temperature range (DTR) is a key index of climate change, few studies have reported...
The diurnal temperature range (DTR) has significantly decreased worldwide since 1950. In this study,...
百年來全球大部分地區氣溫變遷的趨勢相當明顯。本文的目的在分析臺灣地區影響年平均溫度、年平均最高溫度、年平均最低溫度及年平圾日溫差的自然與人為因素,並找出各因子的重要性及影響力。本研究採積差相關法、複迴...
In the past 100 years, the rates of temperature changes have been obvious in the world. The objectiv...
<span>从日较差的变化趋势、影响因素以及人类活动对气候变化影响的指示3个方面对日较差的研究进行了总结和概括。观测数据以及气候模式模拟的结果表明,全球气温日较差在近半个多世纪以来呈下降趋势,而这种下...
[[abstract]]In this report, we analyze and discuss the overall data based on the applied difference ...
計畫編號:NSC101-2221-E032-058 研究期間:201208~201307 研究經費:608,000[[abstract]]有鑑於近年全球氣候變遷,極端氣候發生頻率增加,而台灣區域氣候不...
International audienceThe diurnal temperature range (DTR) is an important indicator of climate chang...
利用中国486个测站1960~2000年逐日气温观测资料,采用分层聚类和相似分析方法,对中国月、季、半年、年平均气温进行了区划,通过动态分析分层聚类过程中组内和组间平均相关系数的差异指标,为不同季节气...
Abstract This paper analyzes the spatial dependence of annual diurnal temperature range (DTR) trends...
Changes in diurnal temperature range (DTR) over global land areas are compared from a broad range of...
[[abstract]]本文從台灣百年的「氣溫」著手,試圖證明當氣溫條件良好時,是否有助於經濟成長;而當氣溫條件差時,是否削弱經濟。在頻率為1897至2006年共一百一十年氣溫資料的部份,本研究採循序...
It has been a decade since changes in diurnal temperature range (DTR) globally have been assessed i...
Understanding the causes of long-term temperature trends is at the core of climate change studies. A...
This study aims to investigate the effect of total cloud cover (TCC) and sunshine duration (SSD) in...
Although diurnal temperature range (DTR) is a key index of climate change, few studies have reported...