1)aridification干旱化
1.Grain-size records of Cenozoic Lacustrine sediments from Linxia Basin and the aridification of Asian Inland;临夏盆地新生代沉积物粒度记录与亚洲内陆干旱化
2.Among them, the most serious one is the aridification in Northern China as shown by the reduction of precipitation, lifting of snow line, cutoff of river flow, shrinking of lake, desertification of the land and the degradation of ecosystems, etc.其中最为突出的是北方地区的干旱化。
3.The feature and trend of the aridification in Hebei Province in the last 50 years was analyzed using hydrographic and meteorological data and so on.利用水文气象等环境资料,分析近50年来河北省干旱化特点及发展趋势。
2)aridity[英][?'riditi][美][?'r?d?t?]干旱化
1.In recent years,the pattern and mechanisms involved in the aridity of west China and even in the Northern Hemisphere region have been focus of many investigations.近年来 ,许多科学家从各种角度揭示了我国西北乃至北半球中纬度地区持续干旱的发展规律 ,对干旱化趋势与水盐失衡的分析表明 ,西北地区气候干旱化将长期存在 ,生态将继续退化 ,这种趋势是人力不可抗拒的。
2.Global aridity is a serious environmental problem and thus gradually noticed by governments and scientists.基于黄土高原风尘堆积的岩性和磁性地层研究 ,计算了晚新生代黄土高原风尘堆积速率变化 ,并与深海沉积记录的粉尘通量变化对比 ,初步探讨了海陆风尘沉积记录的晚新生代亚洲内陆粉尘源区的干旱化过程 ,揭示出自 4 5MaB P 以来粉尘源区干燥度的逐级增加 ,尤其是在 3 6 2 6MaB P 时段黄土高原风尘沉积速率和ODP885 / 886孔粉尘通量的显著增加 ,暗示可能由于青藏高原在此时段加速隆升所造成的亚洲内陆粉尘源区干燥度的急剧加强。
3)drying[英][dra?][美][dra?]干旱化
1.It is suggested that the uplift of the Qinghai-Xizang(Tibetan)Plateau has been a dominant driver of climate drying in Central Asia during Late Cenozoic.长期以来,关于晚新生代亚洲中部干旱气候发展的驱动机制至少有两种解释:一是青藏高原的隆升控制着亚洲中部的干旱化过程,随着高原的阶段性隆升亚洲干旱气候逐步增强;二是晚新生代全球变冷直接驱动着亚洲变干,全球变冷是主导因素。
2.The research on identifying the primary factor in this drying process is undoubtedly important both scientifically and practically.结果表明，仅 仅改变高原地区地形高度的数值试验结果与气候变化地质记录在趋势上有可比性，青藏高原 隆升是中亚及北非地区在地质时间尺度上干旱化加剧的重要原因，但却不是上述干旱区形成 的根本原因。
4)drying trend of north China北方干旱化
1.This maybe one of the main reasons for the drying trend of north China.该突变与厄尔尼诺和南方涛动(ENSO)综合指数联系紧密,可能是造成北方干旱化的重要原因之一。
英文短句/例句
1.EOLIAN ORIGIN OF THE RED CLAY DEPOSITS IN THE LOESS PLATEAU AND IMPLICATIONS FOR PLIOCENE CLIMATIC CHANGES黄土高原红粘土成因及上新世北方干旱化问题
2.Study on the Application of the Drought Indicators Over the Arid Areas in Northern China;中国北方干旱区干旱指标的应用研究
3.Studies on the Improvement of Degraded Grasslands in the Semiarid Regions of Northern China;中国北方半干旱区退化草地改良技术的研究
4.The Study of Geochemical Technology for Mineral Exploration in the Arid Gobi Desert Terrain, Beishan Mountains Area, Gansu;甘肃北山干旱荒漠景观化探方法技术研究
5.Correlation between the Carbon Isotope of Organic Matter and Magnetic Susceptibility in Topsoil and the Annual Precipitation in Arid and Semiarid Regions in North China;中国北方干旱半干旱区表土的有机质碳同位素、磁化率与年降水量的关系
6.Remote sensing information model of soil salinization in northwestern arid area of China西北干旱区土壤盐渍化遥感信息模型
7.Climatic changes of semi-arid region over the northwest China in recent 50a近50年来西北半干旱区气候变化特征
8.A Study on Microwave Drought Indices Using AMSR-E Data and Aplication in Hebei Province;AMSR-E数据监测干旱的方法研究及其在河北省干旱监测中的应用
9.Discipline of temporal and spatial variation of annual mean air temperature in arid and semiarid region in northwest China in the recent 46 years中国西北干旱半干旱区年平均气温的时空变化规律分析
10.Study on Evaluation Index System and Evaluation Methods in Agricultural Water-saving in Northeast Semi-arid and Anti-drought Irrigation Area of China;东北半干旱抗旱灌溉区节水农业评价指标体系和评估方法研究
11.Evaluation on the Technologies of Preventing Drought and Reducing Disaster in Semiarid and Subhumid Region of North China我国北方半干旱半湿润气候区防旱减灾技术述评
12.THE TEMPORAL AND SPATIAL CHANGE OF DROUGHT-FLOOD IN NORTHERN CHINA FOR THE LAST 50 YEARS;近50年我国北方地区旱涝的时空变化
13.Impacts of Land Use and Climate Change on Cultivated Land Potential Productivity in Farming-Pastoral Zone of North China干旱化与土地利用变化对中国北方草地与农牧交错带耕地自然生产潜力的综合影响评价
14.Research on the Application of Flood-forecasting Models in Semi-arid Regions of North China;洪水预报模型在北方半干旱地区应用研究
15.The Analysis of the Disasters Caused by Drought Innorthern China and the Research of Countermeasures to Reducing the Loss;我国北方干旱灾害性分析及减灾对策研究
16.Risk Assessment and Regionalization Study on Winter Wheat Drought in North of China;北方冬小麦干旱风险评估及风险区划研究
17.The Selecting of the Entomogenous Fungus, Beauveria Bassiana on Dendrolimus Tabulaeformis in North Dry Area;北方干旱地区油松毛虫致病性白僵菌的筛选
18.Studies on Dynamics of Polyphenols Content in Several Plant Materials in Northern Arid Region;北方干旱地区几种植物多酚含量动态研究
相关短句/例句
aridity[英][?'riditi][美][?'r?d?t?]干旱化
1.In recent years,the pattern and mechanisms involved in the aridity of west China and even in the Northern Hemisphere region have been focus of many investigations.近年来 ,许多科学家从各种角度揭示了我国西北乃至北半球中纬度地区持续干旱的发展规律 ,对干旱化趋势与水盐失衡的分析表明 ,西北地区气候干旱化将长期存在 ,生态将继续退化 ,这种趋势是人力不可抗拒的。
2.Global aridity is a serious environmental problem and thus gradually noticed by governments and scientists.基于黄土高原风尘堆积的岩性和磁性地层研究 ,计算了晚新生代黄土高原风尘堆积速率变化 ,并与深海沉积记录的粉尘通量变化对比 ,初步探讨了海陆风尘沉积记录的晚新生代亚洲内陆粉尘源区的干旱化过程 ,揭示出自 4 5MaB P 以来粉尘源区干燥度的逐级增加 ,尤其是在 3 6 2 6MaB P 时段黄土高原风尘沉积速率和ODP885 / 886孔粉尘通量的显著增加 ,暗示可能由于青藏高原在此时段加速隆升所造成的亚洲内陆粉尘源区干燥度的急剧加强。
3)drying[英][dra?][美][dra?]干旱化
1.It is suggested that the uplift of the Qinghai-Xizang(Tibetan)Plateau has been a dominant driver of climate drying in Central Asia during Late Cenozoic.长期以来,关于晚新生代亚洲中部干旱气候发展的驱动机制至少有两种解释:一是青藏高原的隆升控制着亚洲中部的干旱化过程,随着高原的阶段性隆升亚洲干旱气候逐步增强;二是晚新生代全球变冷直接驱动着亚洲变干,全球变冷是主导因素。
2.The research on identifying the primary factor in this drying process is undoubtedly important both scientifically and practically.结果表明，仅 仅改变高原地区地形高度的数值试验结果与气候变化地质记录在趋势上有可比性，青藏高原 隆升是中亚及北非地区在地质时间尺度上干旱化加剧的重要原因，但却不是上述干旱区形成 的根本原因。
4)drying trend of north China北方干旱化
1.This maybe one of the main reasons for the drying trend of north China.该突变与厄尔尼诺和南方涛动(ENSO)综合指数联系紧密,可能是造成北方干旱化的重要原因之一。
5)regional aridity trend区域干旱化
6)drying trend干旱化趋势
延伸阅读
世界防治荒漠化和干旱日世界防治荒漠化和干旱日（world day to combat desertification） 2004年６月１７日是第十个“世界防治荒漠化和干旱日”。１９９４年１２月，第４９届联合国大会根据联大第二委员会（经济和财政）的建议，决定从１９９５年起把每年的６月１７日定为“世界防治荒漠化和干旱日”，旨在进一步提高世界各国人民对防治荒漠化重要性的认识，唤起人们防治荒漠化的责任心和紧迫感。荒漠化是指气候异常和人类活动等因素造成的干旱、半干旱和亚湿润干旱地区的土地退化。地球陆地表面极薄的一层物质就是土壤层，它对于人类和陆生动植物生存极为关键。没有土壤层，地球上就不可能生长任何草木、谷物，不可能有动物和人类的生存。荒漠化，就是土壤层土质恶化，有机物质下降乃至消失，造成表面沙化或板结从而成为不毛之地。荒漠化不仅造成贫困，而且迫使人们离开故土，造成严重可怕的移民浪潮。地球荒漠化和气侯变化与人类活动密切相关。人口迅速增长和贫困的加剧导致过度耕种、放牧和乱砍滥伐等行为日趋严重，从而加快了土地荒漠化速度。联合国最新统计表明，目前全球有近二分之一的陆地表面、１１０多个国家和１０亿以上人口深受沙漠化影响。非洲和亚洲是土壤荒漠化现象最严重的地区。在非洲，４６％的土地和４.８５亿人口受到荒漠化威胁。亚洲一半以上的干旱地区已受到荒漠化的影响，其中中亚地区尤为严重。土地荒漠化每年给全球造成的经济损失约４２０亿美元。我国是世界上荒漠化严重的国家之一，全国沙化土地面积约为１７４.３万平方公里，占国土总面积的１８.２％，超过全国耕地面积的总和。尽管近年我国土地荒漠化防治取得很大成绩，局部地区生态环境得到根本改善，但土地绿化赶不上沙化，“局部好转、整体扩大”的趋势仍未得到根本的改变，沙化的年扩展速度已由１９９４年前的２４６０平方公里扩大到目前的３４３６平方公里。全国４０亿亩天然草场也不同程度地出现退化和沙化。今年我国将“世界防治荒漠化和干旱日”的宣传主题确定为“防沙治沙与农民增收”，以使全国人民进一步了解、关心和支持荒漠化防治和防沙治沙工作，加快农民增收步伐，促进荒漠化地区全面、协调、可持续发展。
