地球与环境

聚焦全球意识以及维护地球与环境是一个关键问题与家庭，更使孩子了解一下他们在学校。

Focusing on Global awareness along with maintaining the earth and environment is a crucial issue with families and even more so children as they learn about this in school .

研究表明，RS、GIS有机地构成一个整体，为地球与环境科学提供了新一代的观测手段、描述语言和思维工具。

The study indicates that the technology of RS and GIS making as a whole provides a new generation observation instruments , a described language and also a thinking tool for Earth and environmental science .

这些非正式的训练课程由地方政府和兰州大学支援，整个计划由兰州大学的地球与环境科学学院发起，乐施会资助。

The project as a whole was initiated by the Earth and Environmental Science College of Lanzhou University and supported by Oxfam .

《地球科学与环境学报》2006年第28卷总目次

Contents of Vol.28 of Journal of Earth Sciences and Environment in 2006

数字地球与资源环境的可持续发展

The sustainable development of digital earth and resource environment

中国黄土：最近250万年地球气候与环境变化的记录者

Loess in china : a good archive of climate and environmental changes during the Quaternary

贵州地表土壤及沉积物中镉的地球化学与环境问题

Geochemistry and Environment of the Cadmium in the Soil and Sediments at the Surface of Guizhou Province

中国黄土已经成为认识第四纪地球气候与环境变化的三个重要信息载体之一。

Chinese loess is regarded as one of the best archives of climate and environment changes during the Quaternary .

微波遥感作为重要的地球资源与环境信息获取手段，因其先进性而得到迅速发展。

As an important method to obtain the earth resources and environmental information , microwave remote sensing makes a fast development because of its effectiveness and unique .

因此，充分利用有限的水能资源，减缓矿物能源的枯竭进程，是改善和保护地球生态与环境最现实的措施之一。

Thus making fully use of limited water energy resources is one of the most realistic measures of slowing down exhaustion of mineral resources and improve and protect global ecology and environment .

这些变化将对地球资源与环境产生深远的影响，因此及时、有效地监测地表变化，更新相关的地理信息系统，对遥感影像变化检测技术提出了迫切的需求。

Therefore , how to monitor changes of the earth surface and update relevant geographical information systems timely and efficiently become urgent need for the detection techniques of imagery changes in remote sensing .

首先分析了D校MPA教育的基本情况和培养特色：地球科学与资源环境为导向，培养国土资源领域MPA人才；理论联系实际，实践能力为导向的多样化培养目标。

We firstly analyze the basic situation and training features of our school MPA education : earth sciences and resource environment-oriented ; linking theory with practice and diversification of cultivate target .

苏北王港近岸表层沉积物元素地球化学特征与环境意义

Geochemical Characteristics and Environmental Significance of Surface Sediment on the Wanggang Nearshore Jiangsu Province

山东半岛小海潟湖沉积地球化学特征与环境演变

The geochemical characteristics of the lagoon sediment of xiaohai , shandong province and the environment change

工业文明给人类带来的生态危机，日渐引起了人类的深刻反思，达成了人类只有一个地球，人类与环境是不可分割的共同体的共识。

Industrial civilization brings human ecological crisis , that attracted human reflection increasingly , reach a consensus that the only one earth , Human and the ecological environment are indivisible community .

盐湖相生油岩中某些地球化学参数与沉积环境的关系

The relationship between some geochemistry parameters and environment in saline facies

地球系统工程与区域环境问题调控的原则

Earth System Engineering and Regulating Principles for Regional Environmental Problems

1999～2001·勘查地球化学·资源与环境

Exploration geochemistry , resources and environment in 1999-2001

中国西风区黄土常量元素地球化学行为与古环境

Geochemical behavior of major element of loess in westerly area of China and Paleoclimatic implications

靖西三合铝土矿微量元素地球化学特征与成矿环境研究

Analysis on trace-element geochemical characteristics and ore-forming environment of bauxite mine in Sanhe town of Jingxi county

北秦岭晋宁期中酸性侵入岩带地球化学特征与构造环境

Geochemistry features and the tectonic setting of intermediate-acid intrusive rocks of the Jinning period in the North Qinling

新疆北部中二叠统烃源岩地球化学特征与沉积环境

The Relationship between the Geochemical Characteristics and Sedimentary Environments of the Middle Permian Hydrocarbon Source Rocks in Northern Xinjiang , China

大气遥感理论的发展为研究地球气候变化与大气环境提供了重要理论支持与技术手段。

The development of theory in atmospheric remote sensing provides important theoretical support and technical means to study global climate change and atmospheric environment .

碳酸盐岩地球化学特征与沉积环境判别意义&以冀北坳陷长城系高于庄组为例

Geochemical characters of carbonates and indicative significance of sedimentary environment & an example from the Gaoyuzhuang Formation of the Changcheng System in the northern Hebei Depression