1, paper by the first author
(1) Characteristics of Mine Soil and Forestry Utilization, Forest and Soil, China Science and Technology Press, 1992.438+02.
(2) Study on the Pollution of Shanxi Coal Mining Solid Wastes to Agricultural Eco-environment and the Feasibility and Necessity of Land Reclamation, towards 2 1 century-the first youth environmental forum in China, China Environmental Science Press, 1993.5.
③ On the Benefits of Land Reclamation in China, Ecological Economy, 1995, No.2.
(4) Characteristics, fertilization and reclamation planting of soil rocks in open-pit mine dump in loess area, Soil Geology, China Geological Publishing House, 1994.5.
(5) Physical characteristics and soil and water conservation of modern large-scale open-pit mine wasteland, reclamation and greening of mine wasteland, China Forestry Press, 1995.2.
(6) Runoff characteristics and reclamation planting of surface rock and soil in Antaibao open-pit coal mine, paper on land reclamation of open-pit mines in Loess Plateau, China Science and Technology Press, 1995.8.
(7) Study on the Temporal and Spatial Variation Law of Soil Erosion in the Dump of Modern Large Open-pit Coal Mines, Essays on Land Reclamation of Open-pit Mines in Loess Plateau, China Science and Technology Press, 1995.8.
(8) The relationship between surface dumping technology and reclamation planting in Shanxi open-pit mine dumping site, paper on land reclamation of open-pit mines in Loess Plateau, China Science and Technology Press, 1995.8.
(9) Study on Ecological Environment Reconstruction of Large Open-pit Coal Mine Wasteland, Ecological Economy, 1996, No.2.
(10) Problems of Soil Science and Plant Nutrition in Reclamation of Mining Wasteland, Coal Mine Environmental Protection, 1996, No.5.
(1 1) Main Problems and Special Technologies of Reclamation of Waste Hills in China, International Conference on Ecological Engineering (10/996).
(12) Ecological Restoration of Degraded Land in China Mines, International Conference on Ecological Engineering (17/0/0, 1996).
(13) characteristics and prevention of soil erosion in Antaibao open-pit coal mine, Journal of Coal, 1997, No.5.
(14) Study on Land Reclamation in Shanxi Coal Mining Area, Coal Mine Environmental Protection, 1997, Phase 2.
(15) International Symposium on Soil Vegetation Restoration and Interaction between Soil, People and Environment in Open-pit Mines in Loess Area, China Science and Technology Association; Science and technology press, 1998,
(16) Study on Ecological Reconstruction of Disturbed Land in Large Open-pit Coal Mines in Loess Area, Applied Ecology, 1998, No.6.
(17) Study on Artificial Accelerated Erosion and Classification of Open-pit Coal Mine Dump, Journal of Soil Erosion and Soil and Water Conservation, 1998,No. 1.
(18) Analysis of New Technology of Land Reclamation in Pingshuo Mining Area, Coal Mine Environmental Protection, 1998, No.6.
(19) on ecological reconstruction of mining areas, Journal of Natural Resources, 1999,No. 1 issue.
(20) Prediction of land use structure in Anjialing open-pit coal mine, Journal of Coal, 1999, No.2.
(2 1) Mechanized Terrace and Reuse of Abandoned Land in Mining Area, Science and Technology Herald 1999, No.4.
(22) Study on Ecosystem Destruction of Large Open-pit Coal Mines —— Taking Pingshuo Open-pit Coal Mines as an Example, Journal of Ecology 1999, No.6.
(23) Reclamation and Ecological Restoration of Degraded Land in China Pingshuo Ataibao Open-pit Coal Mine, Beijing International Land Reclamation and Restoration, May 2000.
(24) Study on Ecological Reconstruction of Degraded Land in Pingshuo Antaibao Open-pit Mine, No.4, china land science, 2000.
(25) Some Issues on Land Reclamation and Ecological Reconstruction of Open-pit Coal Mines, Design and Construction of Metallurgical Mines, No.4, 2000.
(26) Study on Benefit Evolution and Distribution of Land Reclamation and Ecological Reconstruction in Mining Areas, Natural Resources, 200 1, No.6.
(27) Land Reclamation, Ecological Reconstruction and Sustainable Development in Industrial and Mining Areas, Science and Technology Herald, 200 1, No.6.
(29) Case Study on Land Reclamation Planning of Large Open-pit Coal Mines, Journal of Soil and Water Conservation, 200 1, No.5.
(30) Land Reclamation and Ecological Restoration and Reconstruction in China Coal Mining Area, Cross-century Soil Environmental Protection Strategy, China Agricultural Science and Technology Press, 2002.3.
(3 1) Study on the Background of Habitat Reconstruction and Community Reorganization of Large Open-pit Coal Mine Wasteland in Loess Area, Cross-century Soil Environmental Protection Strategy, China Agricultural Science and Technology Press, 2002.3.
(32) Reclamation and Ecological Reconstruction of Abandoned Land of Large Open-pit Coal Mine in Loess Plateau —— Taking Pingshuo Open-pit Coal Mine as an Example, Proceedings of the Third Cross-Strait Symposium on Mountain Disasters and Environmental Protection, July 2002.
(33) Rebuilding the Living Space of Mining Area, China Land and Resources News, April 2002.
(34) Study on Land Reclamation and Ecological Reconstruction in Pingshuo Open-pit Mining Area 14, Essays on Soil Science Facing 2 1 Century, February 2002.
(35) Rebuilding the living space in the mining area to avoid population migration, Journal of Shanxi Agricultural University (Social Science Edition), No.65438, 2003 +0
(36) Analysis on Environmental Conditions of Land Reclamation and Ecological Reconstruction in Mining Areas —— Taking Antaibao Open-pit Mine in Pingshuo as an Example, Study on Geoscience Problems in Agricultural Resources and Environment, Geological Publishing House, May 2003.
(37) 18 summary of scientific research and experimental demonstration of land reclamation in Shanxi mining area, Journal of Shanxi Agricultural University, No.4, 2004
(38) Industrial Transformation in Resource-exhausted Cities, Journal of Shanxi Agricultural University (Social Science Edition), No.4, 2004.
(39) Industry-University-Research base construction for sustainable utilization of land resources, Geological Education in China, No.3, 2005.
(40) Ecological Restoration Technology and Case Analysis in Industrial and Mining Areas, Beijing Domestic Ecological Construction Seminar, 2005, 8.
2. The author's thesis
(1) Study on Water Control Technology in Ecological Construction of Open-pit Dump in Loess Area, Coal Mine Environmental Protection, No.5, 2002
(2) Vegetation dynamics in the process of vegetation restoration in the abandoned land of large open-pit coal mines in loess area, Journal of Ecology, No.8, 2003.
(3) Research Progress of Soil Erosion and Soil and Water Conservation in Mining Areas, Journal of Soil and Water Conservation, No.6, 2003.
(4) Review of research on erosion and anti-erodibility of vegetation roots and soil, Research on Soil and Water Conservation, No.5, 2003.
(5) Design and Development of Information Management System for Land Reclamation and Ecological Reconstruction in Mining Areas, Energy and Environmental Protection, No.5, 2003
(6) Study on Land Use/Cover Change during Ecological Destruction of Large Open-pit Mines in Loess Area, Journal of Shanxi Agricultural University, No.4, 2003.
(7) Evaluation of Soil Erosion in Dump of Large Open-pit Mine in Loess Area, Journal of Coal, No.2, 2004.
(8) Non-polluted Ecological Impact Assessment of Coal Mining Subsidence in Loess Hilly Area, Journal of Shanxi Agricultural University, 2004,No. 1
(9) Determination of disaster-causing factors of soil and water loss in dump of large open-pit mine in loess area, Energy and Environmental Protection, No.3, 2004.
(10) Study on the Original Formation Environment and Chemical Characteristics of Reclaimed Soil Matrix of Large Open-pit Mine in Loess Area, Journal of Shanxi Agricultural University, No.2, 2004.
(1 1) Study on land use/cover change in the process of ecological reconstruction in mining areas, Journal of Shanxi Agricultural University, No.2, 2004.
(12) environmental quality monitoring and evaluation of green food producing areas, Journal of Shanxi Agricultural University, No.3, 2004.
(13) Study on Consolidation Potential of Settlements in Urban-Rural Fringe, Journal of China University of Mining and Technology (English version), No.4, 2004.
(14) Study on the potential of residential land consolidation in urban-rural fringe —— Taking Jinyuan District of Taiyuan City as an example, Journal of Agricultural Engineering, 2005, supplement.
(15) Study on Contents and Distribution Characteristics of Major Trace Elements in Orchard Soil of Yuncheng City, Journal of Shanxi Agricultural University, No.3, 2005.
(16) the ecological impact assessment method of land development, consolidation and reclamation projects needs to be studied urgently, open-pit mining technology, 2005, No.
3. Other cooperative papers
(1) improvement of mining soil by planting grass in semi-arid areas and its ecological effects, proceedings of the international symposium on classification and management of arid desert soil, August 20-29, 1993, China Science and Technology Press.
(2) Uncovered planting and land reclamation technology for coarse solid waste storage yard, 1993, 1.
(3) Decision on the direction of mine land reclamation, land reclamation technology, 1993, No.2.
(4) Study on Soil and Water Loss and Its Prevention Technology in the Dump of Large Open-pit Coal Mine in Loess Area, Journal of Soil and Water Conservation, 1994, No.2.
(5) Watershed Management of Land Destruction and Reclamation in Loess Plateau, china land science, 1994, No.2.
(6) Fuzzy evaluation of planting and utilization direction of reclaimed land, Journal of Shanxi Agricultural University, 1995, No.4.
(7) Influence of heavy metal elements and salinity in weathered layer of coal gangue on reclamation and planting, coal mine environmental protection, 1995, No.4.
(8) Discussion on Reclamation Decision of Large Open-pit Coal Mine Dump in Loess Area, Essays on Resources, Environment and Sustainable Development Strategy, China Environmental Science Press, 1995.5.
(9) The relationship between temporal and spatial changes of soil and water conservation and soil and water conservation, and the sustainable development of soil and water conservation —— Proceedings of the Third National Symposium on Soil and Water Conservation, edited by China Soil and Water Conservation Society, China Forestry Press, 1995.5438+02.
(10) the crux of the current land reclamation in China's mining areas and the solutions, Coal Mine Environmental Protection, 1996, No.6.
(1 1) Ecological Restoration of Soil and Water Conservation in Large Open-pit Mines in Loess Area, International Conference on Ecological Engineering (10/996).
(12) Decision Support System for Land Reclamation and Ecological Reconstruction Planning of Open-pit Coal Mines, Coal Mine Environmental Protection, 1997, Phase 2.
(13) development of land reclamation expert system for open-pit coal mines in loess area, coal mine environmental protection, 1997, No.5.
(14) Study on Ecological Classification of Open Dump, Coal Mine Environmental Protection, 1997, No.5.
(15) Reclamation countermeasures for large and medium-sized mine wasteland, China Coal, 1997,No. 1 period.
(16) sustainable development strategy of agriculture in Shanxi mining area: ecological reconstruction of mining area, Journal of Shanxi Agricultural University, 1997,No. 1.
(17) Ecological Restoration of Mine Land —— Taking Xiaoyan Bauxite as an Example, Ecological Engineering (USA), 1998, included by SCI.
(18) development and application of expert system for ecological reconstruction of mining wasteland-taking Antaibao open-pit coal mine as an example, Journal of Soil Erosion and Soil Conservation, 1998, No.3.
(19) Establishment of Land Reclamation Information System for Large Open-pit Coal Mines in Loess Area, Computer and Agriculture, 1998, No.3.
(20) Program Design of Expert System for Land Reclamation of Large Open-pit Coal Mines in Loess Area, Coal Mine Environmental Protection, 1998, No.2.
(2 1) Discussion on the phased and quantitative evaluation of the benefits of "ecological reconstruction" in mining areas, coal mine environmental protection, 1998, No.3.
(23) Ecological Reconstruction and Land Reclamation of Shanxi Open-pit Mines, Ecological Science
(24) Preliminary study on moisture characteristics of shallow weathered coal gangue in Yangquan Coal Gangue Mountain, Journal of Coal, 1999, No.4.
(25) Study on Prediction of Land Destruction in Open-pit Coal Mines, Coal Mine Environmental Protection, 1999, No.2.
(26) Study on Evaluation Method of Production Potential of Land to be Reclaimed in Open-pit Coal Mines, Coal Mine Environmental Protection, 1999, No.2.
(27) Establishment of evaluation model for wasteland to be reclaimed in open-pit coal mines, Agricultural System Science and Comprehensive Research, 1999, 1.
(28) System Analysis and Overall Design of Intelligent Decision Support System for Ecological Reconstruction of Abandoned Land in Open-pit Coal Mine, Journal of Ecology, 1999, No.2.
(29) Benefit Analysis of Ecological Reconstruction of Large Open-pit Coal Mines, Ecological Economy, 1999, No.5.
(30) The Role of Seabuckthorn in Land Reclamation of Open-pit Coal Mines in Loess Plateau, Bulletin of Soil and Water Conservation, 1999, No.5.
(3 1) Study on Site Conditions and Forestry Reclamation of Coal Gangue Mountain —— Taking Tongpei Coal Mine in Shanxi as an Example, Shanxi Forestry Science and Technology, 1999, 1
(32) Classification of Land Suitability Evaluation Units in Open-pit Coal Mines, Journal of Shanxi Agricultural University, 1999,No. 1 issue.
(33) Sustainable Land Development and Ecosystem Reconstruction in Shanxi Mining Area, Shanxi Land, 1999, No.2.
(34) On the particularity of land reclamation and ecological reconstruction in China's mining areas, Proceedings of the 6th National Academic Conference on Land Reclamation at the Turn of the Century, 1999, 10.
(35) Analysis of Restrictive Factors of Ecological Reconstruction in Antaibao Open-pit Coal Mine Wasteland and Study on Control Countermeasures, Proceedings of the 6th National Academic Conference on Land Reclamation-Land Reclamation and Ecological Reconstruction at the Turn of the Century, 1999, 10.
(36) Study on Robinia pseudoacacia growth in Antaibao open-pit coal mine dump, Coal Mine Environmental Protection, No.2, 2000.
(37) Discussion on the Particularity of Reclamation Methods of Open-pit Coal Mines in the Middle Yellow River, Journal of Shanxi Agricultural University, No.4, 2000.
(38) Preliminary Report on Wild Plant Invasion in Reclaimed Land of Antaibao Open-pit Coal Mine, Journal of Shanxi Agricultural University, No.4, 2000.
Analysis of land use structure change in Antaibao open-pit coal mine, Beijing, International Symposium on Land Use/Cover Change, 200 1.
(40) Theory and method of ecological reconstruction of large open-pit coal mine wasteland, Journal of Soil and Water Conservation, 200 1, No.5.
(4 1) Study on Ecological Reconstruction of Man-made Disturbance Landforms in Large Open-pit Coal Mines, Journal of Taiyuan University of Technology, 200 1, No.3.
(42) Study on Soil Nutrient in Reclaimed Land of Antaibao Open-pit Coal Mine, Coal Environmental Protection, 200 1, No.5.
(43) Land Reclamation, Ecological Reconstruction and Sustainable Development in Industrial and Mining Areas, china land science, No.2, 2002
(44) Main limiting factors and countermeasures of vegetation restoration in Antaibao open-pit coal mine dump, Study on Soil and Water Conservation, 2002, 1
(45) Biodiversity and Sustainable Development in Ecological Reconstruction of Mining Areas, Coal Mine Environmental Protection, No.4, 2002.
(46) Concept of Runoff Dispersion and Its Dispersion Measures for Water Erosion Control of Large Dump in Open-pit Mine, Journal of Coal Science, No.5, 2003.
(47) Study on Soil Seed Bank of Pingshuo Antaibao Open-pit Mine Dump, Soil and Water Conservation, No.6, 2003.
(48) Water Erosion Characteristics and Vegetation Control Effect of Large Dump in Open-pit Mine, Journal of Soil and Water Conservation, 2004,No. 1
(49) Discussion on Water Erosion Control Mode and Design of "Runoff Dispersion" in Large Dump, China Soil and Water Conservation Science, 2004,No. 1 issue.
(50) Research on the Development of Industrial Tourism and Eco-tourism Resources in Large Mining Areas-Taking Pingshuo Mining Area as an Example, Productivity Research, No.4, 2004.
(5 1) Research on Intelligent Information Processing Based on Biological System Review, Journal of Shanghai Jiaotong University (Natural Science Edition), No.3, 2005.