Chinese Journal of Applied Ecology ›› 2002, Vol. ›› Issue (11): 1471-1477.
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XIA Hanping1, CAI Xi'an 2
Received:
2001-09-21
Revised:
2002-03-15
CLC Number:
XIA Hanping, CAI Xi'an . [J]. Chinese Journal of Applied Ecology, 2002, (11): 1471-1477.
[1] Baker AJM,Reeves RD,Hajar ASM.1994.Heavy metal accumulation and tolerance in British populations of the metallophyte Thlaspi caerulescens J.& C.Presl (Brassicaceae).New Phytol,127:61~68 [2] Barth RC.1998.Revegetation techniques for toxic tailing.In:Keammerer WR,Brown LF eds.Proceeding:High Altitude Revegetation Workshop (No.8),Fort Collins,CO.3~4 March 1988.Fort Collins:Colorado State University.55~68 [3] Bell LC.2001.Establishment of native ecosystems after mining-Australian experience across diverse biogeographic zones.Ecol Eng,17:179~186 [4] Berdusco RJ,O'Brien B.1999.Reclamation of coal mine waste dumps at high elevations in British Columbia:25 years of success.CIM Bull,92:47~50 [5] Berger JJ.1991.A generic framework for evaluating complex restoration and conservation projects.Environ Prof,13:254~262 [6] Bradshaw AD.1997.Restoration of mined lands-Using natural process.Ecol Eng,8:255~269 [7] Bradshaw AD,Huttl RF.2001.Future minesite restoration involves a broader approach.Ecol Eng,17:87~90 [8] Brown AD,Jurinak JJ.1989.Mechanism of pyrite oxidation in aqueous mixtures.J Environ Qual,18:545~550 [9] Brown NAC.1993.Promotion of germination of fynbos seeds by plant-derived smoke.New Phytol,123:575~583 [10] Byrom K,Bradshaw AD.1991.The potential value of sewage sludge in land reclamation.In:Hall JE ed.Alternative Uses for Sewage Sludge.Oxford:Pergamon.1~20 [11] Chen HM,Zheng CR,Tu C,et al.2000.Chemical methods and phytoremediation of soil contaminated with heavy metals.Chemosphere,41:229~234 [12] Cherry DS,Currie RJ,Soucek DJ,et al.2001.An integrative assessment of a watershed impacted by abandoned mined land discharges.Environ Poll,111:377~388 [13] Chong SK,Cowsert PT.1997.Infiltration in reclaimed mined land ameliorated with deep tillage treatments.Soil Till Res,44:255~264 [14] Costigan P,Bradshaw AD,Gemmell RP.1982.The reclamation of acidic colliery spoil I.Acid production potential.J Appl Ecol,19:865~878 [15] Cowling RM,Holmes PM.1992.Flora & vegetation.In:Cowling RM ed.The Ecology of Fynbos:Nutrients,Fire and Diversity.Cape Town:Oxford University Press.23~61 [16] Dahl NW,Mulligan DR.1996.Environmental management at Weipa-Bauxite mining in the tropical north.In:Mulligan DR ed.Environmental Management in the Australian Minerals and Energy Industries-Principles and Practice.Sydney:University of New South Wales Press.403~420 [17] Dixon KW,Roche S,Pate JS.1995.The promotive effect of smoke derived from burnt vegetation on seed germination of Western Australian plants.Oecologia,101:185~192 [18] Dobson AP,Bradshaw AD,Baker AJM.1997.Hopes for the future:Restoration ecology and conservation biology.Science,277:515~522 [19] Doolittle JJ,Hossner LR,Wilding LP.1993.Simulated aerobic pedogenesis in pyretic overburden with a positive acid-base account.Soil Sci Soc Am J,57:1330~1336 [20] Dunker RE,Hooks CL,Vance SL,et al.1995.Deep tillage effects on compacted surface-mined land.Soil Sci Soc Am J,59:192~199 [21] Enright NJ,Lamount BB.1992.Survival,growth and water relations of Banksia seedlings on a sand mine rehabilitation site and adjacent scrub-heath sites.J Appl Ecol,29:663~671 [22] Evangelou VP.2001.Pyrite microencapsulation technologies:Principles and potential field application.Ecol Eng,17:165~178 [23] Evangelou VP,Seta AK,Holt A.1998.Potential role of bicarbonate during pyrite oxidation.Environ Sci Technol,32:2084~2091 [24] Gilbert M.2000.Minesite rehabilitation.Trop Grasslands,34:147~154 [25] Hargis NE,Regente EF.1984.Soil handling for surface mine reclamation.J Soil Water Cons,39:300~305 [26] Hart PBS,West AW,Kings JA,et al.1999.Land restoration management after topsoil mining and implications for restoration policy guidelines in New Zealand.Land Degrad Devel,10:435~453 [27] Holmes PM.2001.Shrub land restoration following woody alien invasion and mining:Effects of topsoil depth,seed source,and fertilizer addition.Rest Ecol,9:71~84 [28] Holmes PM,Richardson DM.1999.Protocols for restoration based on recruitment dynamics,community structure and ecosystem function:Perspectives from South African fynbos.Rest Ecol,7:215~230 [29] Hoy NT,Gale MJ,Welsh KB.1994.Revegetation of a scalded saline discharge zone in central Queensland I.Selection of tree species and evaluation of an establishment technique.Aust J Exp Agric,34:765~776 [30] Hutchinson SL,Banks MK,Schwab AP.2001.Phytoremediation of aged petroleum sludge:Effect of inorganic fertilizer.J Environ Qual,30:395~403 [31] Jhurree B,Bellairs SM,Hetherington SE.1998.Germination and dormancy release of seeds of Australian native understory species used for minesite rehabilitation.Seed Sci Technol,26:587~601 [32] Jochimsen ME.2001.Vegetation development and species assemblages in a long-term reclamation project on mine spoil.Ecol Eng,17:187~198 [33] Keeley JE,Bond WJ.1997.Convergent seed germination in South African fynbos and Californian chaparral.Plant Ecol,133:153~167 [34] Keeley JE,Fotheringham CJ.1998.Smoke-induced germination in California chaparral.Ecology,79:2320~2336 [35] Kendle AD,Bradshaw AD.1992.The role of soil nitrogen in the growth of trees on derelict land.Arbori J,16:103~122 [36] Krabbenhoft K,Kirby D,Biondini M,et al.1993.Topoedaphic unit analysis:A site classification system for reclaimed mined lands.CATENA,20:289~301 [37] Lan CY,Shu WS,Wong MH.1997.Revegetation of lead/zinc mine tailings at Shaoguan,Guangdong Province,China:Phytotoxicity of the tailings.In:Wise DL ed.Global Environmental Biotechnology.Amsterdam:Elsevier.119~130 [38] Lan CY,Shu WS,Wong MH.1998.Reclamation of Pb/Zn mine tailings at Shaoguan,Guagndong Province,People's Republic of China:The role of river sediment and domestic refuse.Bioresour Technol,65:117~124 [39] Lan C-Y (蓝崇钰),Shu W-S (束文圣),Zhang Z-Q (张志权).1996.Effects of acid leaching on heavy metals mobility of Pb/Zn tailings and the phyto-toxicity of leachate.Chin Environ Sci(中国环境科学),16(4):461~465 (in Chinese) [40] Loch RJ.2000.Effects of vegetation cover on runoff and erosion under simulated rain and overland flow on a rehabilitated site on the Meandu Minejj,Tarong,Queensland.Aust J Soil Res,38:299~312 [41] Luken JO.1990.Directing Ecological Succession.London:Chapman & Hall. [42] Moffat AJ,Bending NAD.2000.Replacement of soil and soil-forming materials by loose tipping in reclamation to woodland.Soil Use Man,16(2):75~81 [43] Palmer MA,Ambrose RF,Poff NL.1997.Ecological theory and community restoration ecology.Rest Ecol,5:291~300 [44] Parrotta JA,Knowles OH.2001.Restoring tropical forests on lands mined for bauxite:Examples from the Brazilian Amazon.Ecol Eng,17:219~239 [45] Peters M,Heinaru E,Talpsep E,et al.1997.Acquisition of a deliberately introduced phenol degradation operon,pheBA,by different indigenous Pseudomonas species.Appl Environ Microbiol,63:4899~4906 [46] Putwain,PD,Gillham DA.1990.The significance of the dormant viable seed band in the restoration of heathlands.Biol Cons,27:1~6 [47] Read TR,Bellairs SM.1999.Smoke affects germination of native grasses of New South Wales.Aust J Bot,47:63~576 [48] Reddy KJ,Lindsay WL,Boyle FW,et al.1986.Solubility relationships and mineral transformations associated with recarbonation of retorted oil shales.J Environ Qual,15:282~288 [49] Redente EF,McLendon T,Agnew W.1997.Influence of topsoil depth on plant community dynamics of a seeded site in northwest Colorado.Arid Soil Res Rehab,11:139~149 [50] Redente EF,Hower JM,Barnhisel RI.2000.Reclamation of oil shale.In:Barhnhisel RI,Daniels WL,Darmony RG eds.Reclamation of Drastically Disturbed Lands,Agronomy Monograph No.41.Madison WI:American Society of Agronomy.775~799 [51] Roche S,Koch JM,Dixon E.1997.Smoke enhanced seed germination for mine rehabilitation in the Southwest of Western Australia.Rest Ecol,5:191~203 [52] Salt DE,Blaylock M,Kumar NPBA,et al.1995.Phytoremediation:A novel strategy for the removal of toxic metals from the environment using plants.Biol Technol,13:468~474 [53] Schaaf W.2001.What can element budgets of false-time series tell us about ecosystem development on post-lignite mining sites? Ecol Eng,17:241~252 [54] Schuman GE,Taylor EM,Rauzi F.1991.Forage production of reclaimed mined lands as influenced by nitrogen-fertilization and mulching practice.J Range Man,44:382~384 [55] Shaw J.1989.Heavy Metal Tolerance in Plant:Evolutionary Aspects.Boca Raton,Florida:CRC Press. [56] Shaw LN.1995.Cable drawn drainage plough for land reclamation in unconsolidated phosphate clay sediments.J Agric Eng Res,62:215~219 [57] Shu W-S (束文圣),Lan C-Y (蓝崇钰),Zhang Z-Q (张志权).1997.Analysis of major constraints on plant colonization at Fankou Pb/Zn mine tailings.Chin J Appl Ecol(应用生态学报),8(3):314~318 (in Chinese) [58] Stark JM,Redente EF.1986.Trace element and salt movement in retorted oil shale disposal sites.J Environ Qual,15:282~288 [59] Sydnor RS,Redente EF.2000.Long-term plant community development on topsoil treatments overlying a phytotoxic growth medium.J Environ Qual,29:1778~1786 [60] Tang SR,Wilke BM,Huang CY.1999.The uptake of copper by plants dominantly growing on copper mining spoils along the Yangtze River,the People's Republic of China.Plant Soil,209:225~232 [61] Tedesco MJ,Teixeira EC,Medina C,et al.1999.Reclamation of spoil and refuse material produced by coal mining using bottom ash and lime.Environ Technol,20:523~529 [62] Toomik A,Liblik V.1998.Oil shale mining and processing impact on landscapes in north-east Estonia.Landscape Urban Planning,41:285~292 [63] Tongway D,Hingley N.1995.Manual for the Assessment of Soil Condition of Tropical Grasslands.Canberra:CSIRO Wildlife and Ecology. [64] Torbert JL,Burger JA,Schoenholtz,SH,et al.2000.Growth of three pine species after eleven years on reclaimed mine soils in Virginia.Northern J Appl For,17(3):95~99 [65] Trlica MJ,Brown LF,Jackson CL,et al.1994.Depth of soil over molybdenum tailing as it affects plant cover,production and metals uptake.In:Keammerer WR,Brown LF eds.Proceedings:High Altitude Revegetation Workshop (No.11).Water Resource Institute,Colorado State University,Fort Collins.119~144 [66] Truong P.1999.Vetiver grass technology for mine tailings rehabilitation.In:International Erosion Control Association eds.Proceedings of the First Asia Pacific Conference on Ground and Water Bio-engineering for Erosion Control and Slope Stabilization.Manila,the Philippines.315~325 [67] van Wilgen BW,Bond WJ,Richardson DM.1992.Ecosystem management.In:Cowling RM ed.The Ecology of Fynbos:Nutrients,Fire and Diversity.Cape Town:Oxford University Press.345~371 [68] Ward SC.1999.Assessing rehabilitation development on Alcoa's bauxite mines.In:Asher CJ,Bell LC eds.Proceedings of the Workshop on Indicators of Ecosystem Rehabilitation Success,Melbourne,23~24 October 1998.Australian Centre for Mining Environmental Research,Brisbane.91~103 [69] Ward SC,Koch JM,Grant CD.1997.Ecological aspects of soil seed-banks in relation to bauxite mining I.Unmined jarrah forest.Aust J Ecol,22:169~176 [70] Ward SC,Slessar GC,Glenister DJ,et al.1996.Environmental resource management practices of Alcoa in Southwest of Western Australia.In:Mulligan DR ed.Environmental Management in the Australian Minerals and Energy Industries-Principles and Practice.Sydney:University of New South Wales Press.383~402 [71] Wilden R,Schaaf W,Huttl RF.2001.Element budgets of two afforested mine site after application of fertilizer and organic residues.Ecol Eng,17:253~273 [72] Wong JWC,Ip CM,Wong MH.1998.Acid-forming capacity of lead-zinc mine tailings and its implications for mine rehabilitation.Environ Geochem Health,20:149~155 [73] Xia H-P (夏汉平).1997.Studies on cadmium in soil-plant system.Chin J Appl Environ Biol(应用与环境生物学报),3(3):289~298 (in Chinese) [74] Xia HP,Ao HX,Liu SZ,et al.1999.Application of the vetiver eco-engineering for the prevention of highway slippage in South China.In:International Erosion Control Association ed.Proceedings of the First Asia-Pacific Conference on Ground and Water Bioengineering for Erosion Control and Slope Stabilization.Manila,the Philippines.522~527 [75] Xia H-P (夏汉平),Kong G-H (孔国辉) Ao H-X (敖惠修),et al.2000.Comparison of four plants in Pb and Cd uptake from oil shale residue Derived soil.J Rural Eco-Environ(农村生态环境),16(4):28~32 (in Chinese) [76] Xia H-P (夏汉平),Shu W-S (束文圣).2001.Resistance to and uptake of heavy metals by Vetiveria zizanioides and Paspalum notatum from lead/zinc mine tailings.Acta Ecol Sin(生态学报),21:1121~1129 (in Chinese) [77] Ye ZH,Wong JWC,Wong MH.2000.Vegetation response to lime and manure compost amendments on acid lead/zinc mine tailings:A greenhouse study.Rest Ecol,8:289~295 [78] Yokom S,Axler R,McDonald M,et al.1997.Recovery of a mine pit lake from aquacultural phosphorus enrichment:Model predictions and mechanisms.Ecol Eng, 8:195~218 [79] Zipper C,Balfour W,Roth R,et al.1997.Domestic water supply impacts by underground coal mining in Virginia,USA.Environ Geol,29:84~93 |
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