平顶山市矿区土地复垦改造初探

本文针对矿区的塌陷地及矸石山占压地等方面进行了探讨，提出了可行的复垦改造措施，通过复垦改造可以提高土地资源的利用水平，防止生态恶化和环境污染等。     

复垦区景观异质性研究

景观生态学目前发展较为迅速，研究的领域也日渐广泛，不仅有理论的探讨，也有应用方面的研究，从研究领域来看，研究较多的还是农业景观，森林景观、自然保护区与国家公园。复垦区景观异质性的研究还较少见，本文就这一问题作一初步探讨。     

完善我国土地复垦法规的几点建议

本文在简述国外土地复垦法规主要特点的基础上，提出了借鉴国外经验，进一步完善我国土地复垦法规的若干建议。     

关于矿区土地复垦目标的探讨

本文从矿区环境保护、土地保护与利用等方面,对矿区土地复垦目标进行了探讨;将复垦目标划分为:基本环境目标和发展利用目标,基本环境目标可作为指定性复垦目标,发展利用目标可作为指导性复垦目标。     

采煤沉陷地土地复垦规划设计的内容深度

本文结合国内外土地复垦规划设计的经验，探讨了我国采煤沉陷地土地复垦规划设计的指导思想和遵循的原则，并提出了采煤沉陷地土地复垦规划设计的一般程序及内容深度。     

下行流人工湿地去除生活污水中氮磷的研究

用下行流人工湿地处理生活污水,分析了系统对TP,TN的处理效果,并将有无植物2种系统对污染物的去除效果进行对比.研究结果表明:下行流人工湿地对N,P都有很高的去除率;进水中TN,TP的浓度变化对出水中N,P含量影响不大,系统对N,P有一定的抗冲击能力;植物在污染物去除过程中起了一定的作用.     

《千年生态系统评估》

揭示生态系统变化对人类福祉的影响警醒决策者与公众做出积极反应。[编者按]     

Spatial variations in daily average CO2 concentrations above wetland surface of Xianghai National Nature Reserve, China

Horizontal and vertical variations of daily average CO2 concentration above the wetland surface were studied in Xianghai National Nature Reserve of China in August, 2000. The primary purpose was to study spatial distribution characteristics of CO2 concentration on the four levels of height(0.1 m, 0.6 m, 1.2 m and 2 m) and compare the differences of CO2 concentration under different land covers. Results showed that daily average CO2 concentration above wetland surface in Xianghai National Natural Reserve was lower than that above other wetlands in northeast China as well as the worldwide average, suggesting that Xianghai wetland absorbed CO2 in August and acted as“sink” of CO2. The horizontal variations on the four levels of height along the latitude were distinct, and had the changing tendency of“decreasing after increasing” with the increase of height. The areas with obvious variations were consistent on different levels of height,and those with the highest variations appeared above surface of shore, sloping field, Typha wetland and Phragmites wetland; the vertical variations were greatly different, with the higher variations in Phragmites wetland and Typha wetland, and the lands near the shore and the sloping field with the lower variations. Spatial variations of daily average CO2 concentrations above wet!and surface were affected by surface qualities and land covers.