黄土高原小流域生态-经济重建模式的尺度概念和方法

摘要/Abstract

摘要： 对黄土高原地区11个水土保持和生态重建科研攻关试验区近20年的研究结果表明,试区设置的区划尺度过粗和小流域治理典型尺度过小,缺乏中尺度研究和不同尺度间模式及内容转换的方法,是典型模式推广不理想的一个重要原因.针对小流域治理在尺度上的局限性,提出相似度尺度推绎和多尺度互补研究等设想,并进行了初步的研究.

关键词: 黄土高原, 小流域治理, 生态重建, 尺度推绎和互补

Abstract: The general ecological situation of Loess Plateau is kept deteriorating,despite great efforts have been made and some achievements were gained after 50 years' endeavor to control soil erosion and renovate ecological landscape.Investigations on the past 20 years results from 11 experimental sites showed that the extension of prototypes and models derived from these sites,which were all based on one scale of small watershed,were unsatisfactory.The possible reasons for such a situation could be attributed to the too coarse scale of map,on which,the regional planning were set up and the locations of these experiment sites were decided,the too fine scale of the small watershed which were usually 3～10 km² in size,the shortage of studies on various scales particularly on the meso-scale,and the lack of methods of scaling on up-scaling.Based on the analysis of restraints in management of small watershed,the specific concept and relevant proposed methods of resemblance-scaling and multi-scale complementarity were put forward and tested.

Key words: Loess Plateau, Small watershed management, Ecological reconstruction, Scaling and complementarity

中图分类号:

S181

程序, 刘国彬, 陈佑启, 常欣. 黄土高原小流域生态-经济重建模式的尺度概念和方法[J]. 应用生态学报, 2004, (6): 1051-1055.

CHENG Xu, LIU Guobin, CHEN Youqi, CHANG Xin . Concept and methodology on up-scaling issue of small watershed prototypes for reconstructing ecological economies in Loess Plateau[J]. Chinese Journal of Applied Ecology, 2004, (6): 1051-1055.

参考文献

[1] Bao Z-M(包忠谟).1996.Regional Abatement and Erosion.Xi'an:Shaanxi People's Press.12～18(in Chinese)
[2] Bureau of Resources and Environment,Chinese Academy of Science(中国科学院资环局).1992.Integrated abatement of small watershed and development in Loess Plateau.Beijing:Science & Technology Literature Press.1～23(in Chinese)
[3] Chang M-D(常茂德),Zhao C-X(赵诚信),Wang Z-G(王正杲),et al.1995.Study and Assessment of Various Water Conservancy Models in Loess Plateau.Xi'an:Shaanxi Science & Technology Press.108～110(in Chinese)
[4] Cheng Y-M(陈云明),Liang Y-M(梁一民),Cheng J-M(程积民).2002.The zonal character of vegetation construction on Loess Plateau.Acta Phytoecol Sin(植物生态学报),26(3):339～345(in Chinese)
[5] Costanza R,et al.1997.The value of world's ecosystem service and natural capital.Nature,387:253～260
[6] Costanza R,Farber S.2002.Introduction to the special issue on the dynamics and value of ecosystem service:Integrating economic and ecological perspectives.Ecol Econom,41:367～373
[7] Comprehensive Scientific Investigation Group of Loess Plateau,Chinese Academy of Sciences(中国科学院黄土高原综合科学考察队).1990.Research on Regional Planning of Integrated Abatement of Loess Plateau.Beijing:China Economics Press.1～18(in Chinese)
[8] Dang Z-C(党增春).1997.Practices and enlightenment of higher effective ecological agriculture at Shanghuang village pilot study.Soil Water Cons Bull(水土保持通报),17(7):28～33(in Chinese)
[9] Department of Rural Science & Technology,SCST(国家科委农村科技司).1998.Abatement of Medium-low Yielding Land and Regional Development of Agriculture.Beijing:Science Press.153～170(in Chinese)
[10] Fu B-J(傅伯杰).1995.The spatial pattern analysis of agricultural landscape in the Loess Area.Acta Ecol Sin(生态学报),15(2):113～120(in Chinese)
[11] Gibson CC,Ostrom E,Ahn TK.2000.The concept of scale and the human dimensions of global change:A survey.Ecol Econom,32:217～239
[12] Hoanh CT,Roetter RP,Aggarwal PK,et al.2000.LUPAS:An operational system for land use scenario analysis.IRRI:SysNet Research Paper Series.39～53
[13] Huang D-J(黄德基),Lu X-P(鲁向平),Wang Y-F(王云峰).1988.Explorations on adjusting agricultural structure at Mizhi experimental site,Loess Plateau.Agric Res Arid Areas(干旱地区农业研究),(3):69～74(in Chinese)
[14] Jiang D-S(蒋定生),et al.1997.Soil Erosion,Water Run-off and Abatement Models of Loess Plateau.Beijing:China Water Conservancy Press.268～278(in Chinese)
[15] Lu X-P(鲁向平).1993.Studies on Development Model of Agriculture in Loess Plateau.Xi'an:Xi'an Maps Press.1～6(in Chinese)
[16] Miao Z-Y(苗宗义),ed.1992.Collective Works of Investigating All-round Agricultural Development at Huangpuchuan Watershed,Loess Plateau.Beijing:China Agricultural Science & Technology Press.1～49(in Chinese)
[17] Martens B,Sunderlin WD,Ndoye O,et al.2000.Impact of macroeconomic change on deforestation in south Cameron:Integration of household survey and remotely-sensed data.World Dev,28(6):983～999
[18] O'Neill RV,et al.1991.Landscape scales.Landscape Ecol,5(3):137～144
[19] O'Neill RV,Rust B.1979.Aggregation error in ecological models.Ecol Model,7:91～105
[20] O'Neill RV,Johnson AR,King AW.1989.A hierarchical framework for the analysis of scale.Landscape Ecol,3:193～205
[21] Oline DK,Grant MC.2002.Scaling patterns of biomass and soil properties:An empirical analysis.Landscape Ecol,17(2):1～14
[22] Rabbinge R.1995.Eco-regional approaches,why,what and how.In:Bouma T,eds.Eco-regional Approach for Sustainable Land-use and Food Production.Netherland:Kluwer Academic Publishers.3～11
[23] Steinhard U,Volk M.2002.An investigation of water and matter balance on the meso-landscape scale:A hierarchical approach for landscape research.Landscape Ecol,17(1):1～12
[24] Shaanxi Institute of Abatement of Loess Plateau(陕西省黄土高原治理研究所).1990.Studies of Abatement and Development in Loess Plateau.Xi'an:Tianzhe Press.15～21(in Chinese)
[25] Veldkamp A,Lambin EF.2001.Predicting land-use change.Agric Ecosyst Environ,85:1～6
[26] Verburg PH,de Koning GHJ,Kok K,et al.1999.Spatial explicit allocation procedure for modeling pattern of land use change upon actual land use.Ecol Model,116:45～61
[27] Verburg PH,Veldkamp A,Fresco LO.1999.Simulation of changes in the spatial pattern of land use in China.Appl Geogr,19:211～233
[28] Verburg PH,Youqi Chen,Veldkamp A.2000.Spatial explorations of land use change and grain production in China.Agric Ecosyst Environ,82:333～354
[29] Verburg PH,Veldkamp A.2001.The role of spatially explicit models in land-use change research:A case study for cropping patterns in China.Agric Ecosyst Environ,85:177～190
[30] Wossink GAA,Lansink AO,Struik PC.2001.Non-separability and heiterogeneity in integrated agronomic-economic analysis of nonpoint-source pollution.Ecol Econom,38:345～357
[31] Wu J-G(邬建国).2000.Landscape Ecology,Pattern,Process,Scale and Hierarchy.Beijing:Higher Education Press.11～17(in Chinese)
[32] Xu J-X(许炯心).2001.Effectiveness studies on soil and water conservation in Loess Plateau.J Soil Water Cons(水土保持学报),15(1):105～109(in Chinese)
[33] Yang W-Z(杨文治),Shao M-A(邵明安).2000.Researches of Soil Moisture in Loess Plateau.Beijing:Science Press.125～133(in Chinese)
[34] Yu M(鱼米).1980.Gaoxigou Valley,A Star of Abatement in Loess Plateau.Xi'an:Shaanxi People's Press.54～58(in Chinese)
[35] Zhou H-Y(邹厚远),Liang Y-M(梁一民),Sun J-T(孙建亭).1980.Preliminary studies on regional planning of vegetation in north Shaanxi Loess Area.Acta Bot Sin(植物学报),22(4):399～401(in Chinese)
[36] Research Institute of Water and Soil Conservation,Chinese Academy of Science(中国科学院西北水土保持研究所).1986.Natural Resources and Water & Soil Conservation at Xingzihe Watershed,Loess Plateau.Xi'an:Shaanxi Science and Technology Press.1～6(in Chinese)