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首页> 外文期刊>Mausam: Journal of the Meteorological Department of India >Spatial and temporal variation of surface air temperature at different altitude zone in recent 30 years over Nepal
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Spatial and temporal variation of surface air temperature at different altitude zone in recent 30 years over Nepal

机译:近30年来尼泊尔不同高度区表面空气温度的空间和时间变化

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This paper investigates long term (30 yrs) altitudinal variations of surface air temperatures based on air temperature data of countrywide scattered 22 stations (15 synoptic and 7 climate stations) in Nepal. Several researchers have reported that rate of air temperature rise (long term trend of atmospheric warming) in Nepal is highest in the Himalayan region 3500 m asl or higher) compared to the Hills and Terai regions. Contrary to the results of previous researchers, however this study found that the increment of annual mean temperature is much higher in the Hills (1000 to 2000 m asl) than in the Terai and Mountain Regions. The temperature lapse rate in a wide altitudinal range of Nepal (70 to 5050 m asl) is -5.65 °C km~(-1). Warming rates in Terai and Trans-Himalayas (Jomsom) are 0.024 and 0.029 °C/year respectively.
机译:本文研究了基于CountryWide散落的22站(15个天气和7个气候站)的空气温度数据在尼泊尔的长期(30年)的表面空气温度变化。 几家研究人员报告说,与山丘和泰国地区相比,尼泊尔在尼泊尔的空气温升(大气变暖的长期变暖趋势)最高,而且,与山丘和泰国地区相比,喜马拉雅地区3500米ASL或更高。 然而,与先前研究人员的结果相反,这项研究发现,山坡(1000至2000米ASL)中的年平均温度的增量远远高于Terai和山区。 宽阔的尼泊尔(70至5050米ASL)的温度流逝速率为-5.65°C km〜(-1)。 Terai和Trans-Himalayas(JOMSOM)的变暖率分别为0.024和0.029°C /同期。

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