2014年4期
刊物介绍
《寒旱区科学》及时报道寒冷、干旱环境下, 地球表层系统的过程和格局研究的最新成果。寒区研究: 侧重低温环境下, 寒区特殊的物理过程、 化学过程和生物过程及其相互作用的研究; 强调冰冻圈对全球变化和人类活动的响应, 及其对环境的影响和适应对策; 突出冰川,积雪, 河、 湖、海冰, 多年和季节冻土, 冰缘地貌等研究对象; 重视寒区工程技术。旱区研究: 侧重干旱环境下, 旱区特殊的物理过程、化学过程和生物过程及其相互作用的研究; 强调旱区环境对人类活动和全球变化的响应, 及其对环境的影响和适应对策; 突出沙漠、绿洲、黄土和风沙地貌等研究对象; 扶植干旱区流域, 以水为主线, 山地-荒漠-绿洲系统的综合集成研究, 积极为旱区的水安全、生态安全和粮食安全提供可靠的科学技术支撑。读者对象为从事寒旱区科学研究的广大研究人员和有关专业的院校师生以及相关领域的管理干部。
Sciences in Cold and Arid Regions
- Recent changes in ground surface thermal regimes in the context of air temperature warming over the Heihe River Basin, China
- Current climate change effects on the ground thermal regime in Central Yakutia
- Methane hydrate formation comparisons in media with and without a water source supply
- Considering temperature dependence of thermo-physical properties of sandy soils in two scenarios of oil pollution
- The convection cooling system of the Yakutsk permafrost seed repository
- Laboratory investigation on the mechanical behavior of ice-saturated frozen loess
- Study of polluted soil remediation based on freezing and thawing cycles
- Safety of small and medium dams in permafrost regions
- Medium and small embankment dams on permafrost:A discussion of current concepts
- Monitoring of small and medium embankment dams on permafrost in a changing climate
- Thermal state of ice-rich soils on the Tommot-Yakutsk Railroad right-of-way
- Case studies:Frozen ground design and construction in Kotzebue,Alaska
- Cooling effect of convection-intensifying composite embankment with air doors on permafrost
- In-situ testing study on convection and temperature characteristics of a new crushed-rock slope embankment design in a permafrost region
- Advances in thermokarst lake research in permafrost regions
- Advances in studies on concrete durability and countermeasures against freezing-thawing effects
- Thermal conductivity of reinforced soils:A literature review
- In-situ testing study on convection and temperature characteristics of a new crushed-rock slope embankment design in a permafrost region
- Recent changes in ground surface thermal regimes in the context of air temperature warming over the Heihe River Basin,China
- Considering temperature dependence of thermo-physical properties of sandy soils in two scenarios of oil pollution