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陆地系统
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  land system
     THE THEORETICAL FOUNDATION OF REGIONAL SUSTAINABLE DEVELOPMENT──LAND SYSTEM SCIENCE
     区域持续发展的理论基础──陆地系统科学
短句来源
     discusses the new realm of the physical geographical integrative research, such as the synthetical physical geography classification of China, the heat equilibrium and water equilibrium in the ground, the natural potentiality in agricultural production, the use and amelioration of sloping fields, land system science, etc;
     论述了不断开拓的自然地理综合研究的新领域,诸如中国综合自然区划、地表热量平衡与水分平衡、农业自然生产潜力、坡地利用与改良、陆地系统科学等;
短句来源
     HTO was also migrated to the adjacent land soil and absorbed by land crop plants, within one and half months the land system contained 24% of the total tritium in the aquatic system.
     HTO还明显地向毗邻的陆地和作物迁移,在一个半月期间,陆地系统中的总氚约占水体的24%。
短句来源
     In terms of understanding on the Earth System Science and the Land System Science, the viewpoint of “Land System Science is the advance of Geography” is presented in this paper. The objective, strong strategic emphasis, methodology of the Land System Science was also discussed.
     根据对当前学术界关于“地球系统科学”与“陆地系统科学”的理解,提出了“陆地系统科学是地理学的升华”的观点,认为陆地系统科学将是中国21世纪地理学再发展的“框架舞台”,并从多角度对其研究目标、重大科学问题和研究方法等进行了专门评述。
短句来源
     In the Land System Science supported by Geoinformatics,the classification and coding of environment background data should emphasize discovering environment background data in macroscopical view and the meaning of classification and coding of environment background data was "Integration is soul,classification for application".
     在以地球信息科学为技术支撑的陆地系统科学中,强调环境背景数据的分类编码应侧重从宏观角度实现环境背景数据的发现,"综合为体,分类为用"是环境背景数据分类及编码的意义所在;
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  terrestrial system
     For terrestrial system application, LEAF optical fiber has been used in 450km long amplified WDM transmission experiments. Error free transmissions of 8×10Gb/s in the EDFA red band and 4×10Gb/s in the EDFA blue band have been achieved over 450km.
     就陆地系统应用而言,LEAF已被用于450km长放大WDM的传输实验中,在红段以8×10Gb/s的速率和在蓝段以4×10Gb/s的速率实现了450km(5×90km)无误码传输。
短句来源
     He brought forward the view that the terrestrial system science is the strategic direction of geographical development, which is a notable indicative.
     他提出以陆地系统科学为地理学发展的战略方向 ,具有鲜明的前瞻性。
短句来源
     Wetlands are formed by the interaction between terrestrial system and aquatic system.
     湿地是由陆地系统和水体系统相互作用形成的自然综合体。
短句来源
  land-system
     THE STATUS QUO AND DEVELOPMENT TRENDS OF LAND-SYSTEM DYNAMICS
     陆地系统动力学研究的现状与动向
短句来源
     Land-system dynamics will become the pioneer of geography.
     陆地系统动力学将成为地理学尖端。
短句来源
  “陆地系统”译为未确定词的双语例句
     SINK EFFECT OF KARST SOIL SYSTEM ON ATMOSPHERIC CO_2: EVIDENCE FROM FIELD OBSERVATION AND SIMULATION EXPERIMENT
     岩溶土壤系统对空气CO_2的吸收及其对陆地系统碳汇的意义——以桂林丫吉村岩溶试验场的野外观测和模拟实验为例
短句来源
     From the basic concept and characteristics of regional agriculture sustainable development, this paper discussed the relationship of supplement each other between regional agriculture sustainable development and territorial system science.
     本文从区域农业可持续发展的基本概念和特点出发,论述了区域农业可持续发展与陆地系统科学相辅相成的辩证关系。
短句来源
     LAND SYSTEM SCIENCE:ADVANCE OF GEOGRAPHY
     陆地系统科学:地理学的升华
短句来源
     The development history of geomorphology shows that the modern study should pay more attention to the relations among the geomorphologic evolution and globe change,the regional sustainable development,and the Earth system.
     简要回顾了地貌学的发展史 ,认为现代地貌学的发展必须与时代发展趋势相结合 ,需要深入研究地貌演变与全球气候环境变化、区域经济可持续发展以及地球陆地系统的关系。
短句来源
     Case study on the ecological water demand of a watershed of the terrene system is conducted to compare between the results of Hargreaves Algorithm and those of the method proposed.
     通过一个实例,利用Hargreaves算法以及所提出的方法对某一流域的陆地系统进行生态需水的研究,并对二者进行了分析比较。
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  land system
In a version of LASG coupled ocean-atmosphere-land system model, where a diurnal cycle of solar radiation is included, a rapid SST warming trend of about 2.0?C appears in the western equatorial Pacific within the first two years of an integration.
      
The results of four versions of IAP/LASG Global Ocean-Atmosphere-Land System Model (GOALS) are analyzed separately over the oceans and over continents, and compared with observed data.
      
A study on land system innovations in the construction of small towns in China
      
Then the guidelines for the land system innovations of small towns are put forward.
      
The basic framework of land system innovations of small towns is put forward finally.
      
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  terrestrial system
PREDICTION OF THE DIFFERENTIAL RAIN ATTENUATION INDUCED BY AN ADJACENT TERRESTRIAL SYSTEM ON A SITE-DIVERSITY SATELLITE SYSTEM U
      
The results of the inundation experiments suggest that a temporal ecotone exists for about one week after the disappearance of flowing water, and before the terrestrial system stabilizes.
      
The application of these studies to the realisation of a combined celestial reference frame consistent with the BIH Terrestrial System is outlined.
      
But a specific clock synchronized on TAI in the terrestrial system can be considered as reading a 'modified', proper time [TAI]i, which can be converted into a barycentric coordinate time.
      
Water chemistry in both sensitive and non-sensitive lakes appears to be primarily reflecting how the conterminous terrestrial system is retaining atmospheric inputs more than the quality of direct lake atmospheric input.
      
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  land-system
The process of air-sea fresh water exchange is included successfully in the Global- Ocean-Atmosphere Land-System model developed at the State Key Laboratory of Atmospheric Sciences and Geophysical Fluid Dynamics (LASG).
      
The capabilities of two versions of the Global-Ocean-Atmosphere-Land-System model (i.e.
      


The effect of land polluted by 89Sr on water body and the immigration of HTO from water body to land were studied in a modelling terrestrial-aquatic ecosystem. The results are as follows; (1) The 89Sr in soil quickly migrated to common bean plants and its concentration in common bean plants was increasing with the time, but the concentration of 89Sr in soil was exponentially declining with the depth. About 5 % of 89Sr was migrated to water body by rainfall then distributed to other components, and it can be...

The effect of land polluted by 89Sr on water body and the immigration of HTO from water body to land were studied in a modelling terrestrial-aquatic ecosystem. The results are as follows; (1) The 89Sr in soil quickly migrated to common bean plants and its concentration in common bean plants was increasing with the time, but the concentration of 89Sr in soil was exponentially declining with the depth. About 5 % of 89Sr was migrated to water body by rainfall then distributed to other components, and it can be concentrated by aquatics in a certain degree. (2) When HTO entered into the water body, it would migrate to other components of the e-cosystem, and the HTO in the pool was linearly decreasing with the time. However, the concentration of HTO in the sediments and aquatics would firstly increase then reached the peak and went down. The tritium of HTO was existed in two forms in the sediments and aquatics, free water (HTO) and bound tritium. HTO was also migrated to the adjacent land soil and absorbed by land crop plants, within one and half months the land system contained 24% of the total tritium in the aquatic system.

研究了受~(89)Sr污染的陆地对水体的影响和进入水体的HTO向陆地的迁移。结果表明:(1)土壤中的~(89)Sr较迅速地向菜豆转移,其浓度随时间增大;而土壤中~(89)Sr浓度与土层深度呈指数负相关;通过雨水淋溶和渗漏,土壤中的~(89)Sr约5%进入水体并向水体其它组分转移,而水生生物对它都有一定的浓集作用。(2)进入水体的HTO将向系统各组分转移,池水中的HTO单调地减少,底泥及水生生物中的HTO浓度皆在经历某一最大值后下降;HTO中的氚以自由水氚和结合态氚存在于水生生物和底泥中;HTO还明显地向毗邻的陆地和作物迁移,在一个半月期间,陆地系统中的总氚约占水体的24%。

he isotope tracer techniques are applied to explore the transfer of HTO from waterbody to land.The results show that when HTO entered a water body,it would transfer toother compartments in the ecosystem,and HTO in the water phase showed a monotonous de-crease with time。However the concentration of HTO in either sediment or aquatic life was in-creased to a peak in a period and then declined gently.Tritium of HTO present in sedimentand aquatic life is in two forms,i.e.,tritium in free water and bounded tritium。HTO...

he isotope tracer techniques are applied to explore the transfer of HTO from waterbody to land.The results show that when HTO entered a water body,it would transfer toother compartments in the ecosystem,and HTO in the water phase showed a monotonous de-crease with time。However the concentration of HTO in either sediment or aquatic life was in-creased to a peak in a period and then declined gently.Tritium of HTO present in sedimentand aquatic life is in two forms,i.e.,tritium in free water and bounded tritium。HTO wasalso significantly transferred to land soil and uptaken by crop plants。In one and half months,the land system had 24% of the total tritium in the aquatic system。

利用同位素示踪技术研究了进入水体的HTO向陆地的迁移。结果表明:1.进入水体的HTO将向系统各组分转移,池水中的HTO单调地减少,底泥及水生生物中的HTO浓度皆在经历某一最大值后平缓地下降;2.HTO中的而以自由水沉和结合态氚存在于水生动植物和底泥中;3.HTO还明显地向毗邻的陆地和作物迁移,在一个半月期间,陆地系统中的总而约占水体的24%。

This paper pointed out that kinetics has developed to the stage of dynamics. Land-system dynamics will become the pioneer of geography.At present,it focusses on river-basin system and urban-suburban system,climate bioclimatology interrelation,The author promoted that China should study the stablities of developimg resources-environment and environment re quirements,genenal functions and quantity gepgraphy.It is such a complex and huge systen that its study should be not only in the view of physics,but also history,should...

This paper pointed out that kinetics has developed to the stage of dynamics. Land-system dynamics will become the pioneer of geography.At present,it focusses on river-basin system and urban-suburban system,climate bioclimatology interrelation,The author promoted that China should study the stablities of developimg resources-environment and environment re quirements,genenal functions and quantity gepgraphy.It is such a complex and huge systen that its study should be not only in the view of physics,but also history,should not be dis turbed by the physical perfectivity of system in the system analysis.

本文指出动力学已经发展到dynamics阶段。陆地系统动力学将成为地理学尖端。当前陆地系统研究的重点为流域系统、城市与区域系统和气候-生物圈的相互作用。提出我国当前抓陆地系统开发的资源环境稳定性,环境需求动力学分析、陆地系统一般动力学及其在全球系统中功能,以及计算地理学。针对陆地系统的巨性,指出对它的研究不仅不要物理主义的科学观,而且需要历史主义的科学观,在系统分析方面,不能囿于系统的物理完整性。

 
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