inland basin meaning in Chinese
内陆地
内陆盆地
Examples
- Inland basins in arid region of northwestern china : groundwater resources and direction of survey
西北干旱区内陆盆地地下水资源及其勘查方向 - Yitong basin is a big inland basin which was formed in cainozoic . chaluhe depression , which lies in the yitong , is a promising area for long - term oil and gas reservoir exploration
伊通盆地是一个较大的新生代内陆裂陷型盆地，其中的岔路河断陷为中长期油气储量接替勘探区。 - Based on a comparative study of the social economic development and the water resources characteristics in 13 arid inland basins of north - western china , it is pointed out that oasis will move from lower reach to upper reach in the circumstances of lower water availability per capita and poorer social economic structures
摘要本文在对中国西北13个内陆河流域水资源禀赋和社会经济发展状况进行对比研究的基础上，指出在人口不断增长和社会经济结构不适宜的情况下，人均水资源量的不断减少，将导致流域内绿洲重心逐渐从下游向中游、上游迁移。 - From the preliminary analysis of the main body material structure and the salt - forming environment in the undersand lake , the author considered that the major salt - forming fashion showed the complex salt - forming formation , it proveded scientific basis to find the mineral resources of the undergroand brine of the same type in the vast inland basin in our country . it has theoretical importance and economic value
通过对其主体物质结构和成盐环境的初步分析，认为其主要成盐方式呈现为复式成盐建造系统，为在我国广大的内陆盆地寻找同一类型的地下卤水矿产资源提供了科学依据，具有理论意义和经济价值。 - Erdos basin is one of the large - scale inland basins shorting water resource in china , hydrological and hydrochemistry data have been accumulated by means of plenty of geologic and hydrological works from 1950s in this region . however , there is a question how to manage and make full use of hydrochemistry data in being and research law of cretaceous hydrochemistry distributing on the base of former introducing advanced technology means , so it is so very important and pressing to master filling , entering and vent rule and entirely bring into play energy of groundwater and make use of groundwater resource that it can promote economic development and environment protection
鄂尔多斯盆地是我国水资源十分短缺的大型内陆盆地之一，自五十年代以来，已开展了大量地质与水文地质工作，积累了丰富的水文地质资料和水化学资料，如何有效地管理和充分利用现有水化学资料，运用先进的技术手段，在前人资料的基础上进行白垩系地下水水化学分布规律研究，以利进一步掌握盆地地下水补、径、排规律，充分发挥地下水资源的潜力，合理开发利用水资源，促进该区社会经济发展和生态环境保护、治理，是一项非常紧迫且意义重大的工作。