水文土壤学理论及其应用研究进展Advances in theory of hydropedology and its applications
张卫华,魏朝富,靳军英
摘要(Abstract):
围绕水文土壤学的基本理论和核心科学问题,从地球关键区理论出发,介绍了水文土壤学的基本理论框架、水文土壤学所能填补的知识鸿沟,并回顾了水文土壤学在农业、流域管理、面源污染、湿地保护和环境政策制定以及土壤传递函数等方面的应用,最后对水文土壤学的发展和应用做了展望。
关键词(KeyWords): 水文土壤学;理论框架;水—土交互作用;应用
基金项目(Foundation): 教育部科技创新工程重大项目培育资金项目“四川盆地紫色土丘陵区降水资源化与农业生态系统耦合机理研究”(706049)
作者(Author): 张卫华,魏朝富,靳军英
参考文献(References):
- [1]佘远斌,尹学琼.新世纪应用化学教学理论与实践[M].北京:中国石化出版社,2005.
- [2]National Research Council(NRC).Basic Research Opportunities inEarth Science[M].Natl.Acad.Press,Washington,D.C.2001.
- [3]Lin HS,J Bouma,L Wilding,J,et al.Advances in hydropedology[J].Adv.Agron.,2005,85:1-89.
- [4]Lin H,J Bouma,Y Pachepsky,et al.Hydropedology:Synergisticintegration of pedology and hydrology[J].Water Resour.Res.,2006,42,W05301,doi:10.1029/2005WR004085.
- [5]National Research Council(NRC).Conceptual Models of Flow andTransport in the Vadose Zone[M].Natl.Acad.Press,Washington,D.C.2001.
- [6]Bouma J.Using morphometric expressions for macropores to improve soilphysical analyses of field soils[J].Geoderma,1990,46:3-13.
- [7]Wood E F.The role of lateral flow:Over-or underrated,in Integra-ting Hydrology,Ecosystem Dynamics,and Biogeochemistry in Com-plex Landscapes[M].John Wiley,Hoboken,N.J.1999,197-215.
- [8]Vervoort R W,Radcliffe D E,West L T.Soil structure developmentand preferential solute flow[J].Water Resour.Res.1999,35,913-928.
- [9]Nieber J L.The relation of preferential flowto water quality,and itstheoretical and experimental quantification[A].Preferential Flow-Water Movement and Chemical Transport in the Environment.Pro-ceedings of the 2nd International Symposium[C].American Societyof Agricultural Engineers,St.Joseph,MI.2000.1-10.
- [10]Richardson J,L Vepvascas,MJ.Wetland Soil:Genesis,Hydrology,Landscapes and Classification[M].Boca Raton,Fla.:Lewis Pub-lishers,2001.
- [11]Vepraskas M J,Sprecher S W(Eds).Aquic Conditions and HydricSoils:The Problem Soils[M].SSSA Special Pub.#50,Soil Sci.Soc.Am.,Inc,Madison,WI.1997.
- [12]Houser P,Goodrich D,Syed K.Runoff,precipitation,and soil mois-ture at Walnut Gulch[A].In“Spatial Pattern in CatchmentHydrology:Observations and Modeling”(R.Grayson and G.Bloschl,Eds.)[C].Cambridge University Press,Cambridge,UK.2000.125-157.
- [13]Lin H,J Valentine,W Palkovics,et al.Hydropedology in Action:Implications to Environmental Regulations in Pennsylvania,USA[J].Geophysical Research Abstracts,2997,9.
- [14]Bouma J.Hydropedology as a powerful tool to environmental policyresearch[J].Geoderma,2005,131:275-286.
- [15]Lin HS.Hydropedology:bridging disciplines,scales,and data[M].Vadose Zone J.2,2003.1-11.
- [16]Lin H,S,Brantley M Bruns,K Davis,et al.The Shale HillsCatchment as a Potential Site for Integrated Studies of the CriticalZone[M].CZEN site proposal.2005.
- [17]Pachepsky Y A,Rawls W J,Lin H.Hydropedology and pedotransferfunctions[J].Geoderma.2005,131:308-316.