| Research Results | |
| Physicochemical Characteristics of the Overlying Water and Spatialtemporal Distribution of Carbon, Nitrogen and Silicon in Lake Hongfeng, Guizhou Province, China | WANG Liying et al (383) |
| River Water Geochemistry of Hanjiang River, Implications for Silicate Weathering and Sulfuric Acid Participation | YU Chong et al (390) |
| Microbial Diversity of KelukeTuosu Lake Wetland Reserve in QinghaiTibet Plateau | LONG Qifu et al (399) |
| Evaluation of Hydrochemical Characteristics of Regional Groundwater Systems in Northern China under the Conditions of Largescale Exploitation | LIU Jun et al (408) |
| Carbon Sink or Source Effect of Ligustrum Plantation Ecosystem in Mine Reclamation Area | ZHAO Kui et al (415) |
| Changes of Distribution of Arid and Humid Areas in China | LI Zongmei et al (420) |
| Analysis of Vegetation EcoEnvironment Quality Change Features in Guizhou Province from 1990 to 2015 | XU Youxia et al (434) |
| Applied Study | |
| Air Quality Characteristic and Its Influencing Factor Analysis for Cities in Guanzhong Region, China | ZHANG Jiayin et al (441) |
| Characterization and Health Risk Assessment of PAHs in Vegetables from Nanjing City, China | WU Minmin et al (447) |
| Source Apportionment of Soil Heavy Metals in Typically Agricultural Region around Chaohu Lake, China | QIN Xianyan et al (455) |
| Sources Apportionment of Soil Pollution of Heavy Metals in Riverside Water Source Field based on Positive Matrix Factorization Method | ZUO Rui et al (464) |
| Distribution Characteristics of Fluorine in Soils Profiles Developed on Carbonate Rocks and Its Influencing Factors | HUANG Yao et al (472) |
| Assessment of Ground Subsidence Hazard Induced by Building Load Based on Weightsofevidence Model | YI Yaoguo et al (478) |
