Last month's global average land surface temperature was the fourth warmest on record.
上个月的全球平均地表气温，在有史以来的热榜上位居第四。
Land surface temperature changes were also found to occur in the area where more rain fell.
地表温度的变化也被发现出现在该地区有较多的雨量。
Split window algorithm is the most common technique for retrieving land surface temperature from AVHRR data.
劈窗算法是用这两个热通道数据演算地表温度的最常用方法。
However, when this approach is applied to retrieving land surface temperature (LST), large error can be caused.
但当其用于陆地温度反演时 ，通常产生较大误差。
Finally, the land surface temperature (LST) of Shandong peninsula is retrieved using the split window algorithm.
最后运用劈窗算法反演山东半岛地区的地表温度(LST)，结果比较合理。
A split window algorithm was used to make contour map of the land surface temperature on NANNING City, the result is ideal.
最后，采用一种劈窗算法制作了南宁市城区陆面温度等值线图，得到比较理想的结果。
This article analyzes the influence of band spectral response function and band width to land surface temperature inversion.
分析了波谱响应函数和波宽对红外数据反演地表温度的影响。
The relationships between topographic factors, various land cover types and the land surface temperature were analyzed using GIS spatial analysis tools.
运用GIS空间分析工具，分析了地表温度与地形特征和地表覆盖类型之间的关系。
Land surface temperature of Beijing city was retrieved based on the TM imagery data acquired on May 6th 2005 with the generalized single-channel algorithm.
基于普适性单通道算法，利用2005年5月6日的TM数据反演北京市区的实际地表温度。
Some critics argue that the global record of land surface temperature over the 20th century could be to some extent corrupted by heat from towns and other factors.
有批评人士指出，在20世纪，全球地表温度的记录在一定程度上可能被城镇带来的热量以及其他因素侵蚀过。
Land surface temperature (LST) is a key parameter in earth environment, the thermal infrared band that can detect LST plays an important role in spectroscopy.
地表温度是地球环境中的一个关键参数，可探测地表温度的热红外波段在光谱谱段中占有重要位置。
As key environmental factor land surface temperature has too much relativity with human life. It's significant to study the distribution and change by remote sensing.
地表温度是一种与人类生活密切相关的环境参数，用遥感方法研究地表温度分布及变化有着重要的意义。
This paper focuses on the modeling of thermal inertia and land surface temperature using MODIS data and their applications in soil moisture and exergy exchange study.
本文针对MODIS数据进行地表温度和热惯量的建模研究以及基于上述模型的土壤水分和地气间热交换的研究。
Urban ground surface has an important effect on the energy exchange between air and land, which leads to an inhomogeneous distribution of land surface temperature (LST).
城市下垫面对地表能量交换的影响巨大，引起地表温度分布的不均一性。
Acquisition of all-weather land surface temperature (LST) with high spatial resolution provides a precondition and groundwork to monitor and evaluate cold disaster continuously.
全天候获取高分辨率的陆面温度(LST)是对寒冷灾害进行全天候监测、评估的前提和基础。
Land surface temperature (LST) is a crucial parameter in indicting thermal energy distribution, the most efficient way to acquire it is through thermal infrared remote sensing images.
区域性的地表温度，是该地区热能量分布的重要参数，通过遥感影像获得是最便捷、最有效的方法。
Split window algorithm is the most common technique for retrieving land surface temperature from AVHRR data. Several split window algorithms have been developed in the last two decades.
劈窗算法是用这两个热通道数据演算地表温度的最常用方法。
Land surface temperature is an estimate of how hot the surface within the satellite's field of view would seem to the touch; it is not the same as the air temperatures recorded at weather stations.
地表温度与气象站记录的气温不同，它是对卫星可观测范围内的地面可感温度的估测。
It is important direction in the filed of Remote Sensing for the Land surface temperature and humidity study, especially, in hydrology, geology, meteorology, and other fields extensive needed.
对地表温度和湿度的研究已经成为遥感领域中的重要的方向，特别是在水文、地质、气象等领域也有着广泛的需要。
The researchers based their study on ice age land and ocean surface temperature obtained by examining ices cores, bore holes, seafloor sediments and other factors.
研究人员将他们的研究基于冰河时期陆地与海洋的表面温度，通过检查冰核心，钻井，海底沉积物和其他因素。
The characteristics of LST in most land of East Asia and that of sea surface temperature(SST) in the south of Taiwan Strait and the Yellow Sea were also analyzed as comparison.
作为比较，东亚部分陆地的地表温度与台湾海峡南部、黄海的海表温度及其日变化、季节变化一并进行了分析。
The results show that the summer precipitation in Jianghuai valley is related to zonal sea-land thermal contrast in East Asia of early days surface air temperature.
结果表明：江淮流域夏季降水与前期地面气温的东亚纬向海陆热力差异相关；
The surface temperature of vegetation cover and bare land have biggish variation.
裸地和植被浅层温度变化平缓。
This inference based on the records of the seasonal signal in atmospheric co 2, the surface air temperature and the satellite data have yet to be proved by field observation data of land vegetation.
这一根据大气二氧化碳浓度季节变化、陆地年平均气温和卫星遥感数据的推断，尚有待于利用对地面植被的实际观测资料予以检验。
It can pass through the surface the barrier, and has the reduction line, the air raid defense, easy space of planes merits and so on to adjust temperature and not to occupy a land area.
它能穿越地表的障碍，并有缩短线路、防空袭、容易调温和不占地面空间等优点。
Therefore, the differences in surface temperature and pressure between land and sea reduce, which finally weakens East Asian summer monsoon.
由此造成海陆温差缩小，气压差降低，从而总体上使东亚夏季风减弱。
Therefore, the differences in surface temperature and pressure between land and sea reduce, which finally weakens East Asian summer monsoon.
由此造成海陆温差缩小，气压差降低，从而总体上使东亚夏季风减弱。
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