基于投入占用产出技术的水资源合理配置研究
|
摘要
水对人类生活的生态环境也起着决定性作用,由于不合理的资源利用方式,忽视最小生态用水与生态环境的关系,导致一些地区或流域的生态环境恶化,并引发一系列生态环境问题。对于水资源合理配置遵循的原则是不应该只关注人类生产和生活用水,而应注重生态用水和人类用水协调。对已破坏的水资源生态系统的恢复与重建,应注重生态用水与人工用水并重。因此研究水资源对于实现水资源合理配置和优化,以加强经济、环境的可持续发展具有深远的意义。
淮北市是一个资源贡献型城市,传统的支撑行业都是一些高耗水行业,水资源和经济发展的矛盾特别的突出。本文以淮北市水资源的合理配置为研究对象,借助的研究手段是投入占用产出技术。
投入产出模型的理论基础是一般均衡理论,投入产出建模技术在解决结构问题方面具有优势,它揭示了系统各部门之间、各环节之间的内在联系和客观规律,但是投入产出建模技术具有很强的前提假定,使得投入产出建模技术缺乏灵活性。考虑各种方法的可行性,对混合编表法进行了改进,对编表流程进行了探讨。通过引入占用部分,将占用部分影响因素纳入水资源计算中,可以更全面、更合理的度量人类生活和生产活动对水资源需求的影响。
在掌握淮北市经济系统行业用水特性的基础上,从三个层次讨论了建立淮北市水资源合理配置的途径,包括调整生产结构、调整最终需求结构、调整中间投入结构。
对淮北市的直接用水系数,完全用水系数,生态用水系数进行了实证研究,并以影响完全用水系数和用水总量为对象的用水主系数进行了实证。最后以淮北市为例进行了因最终需求变动引起的水资源变动的结构分解实证分析。
直接用水系数最低值7.21立方米／万元,最高1473.5立方米／万元。存在着少数直接用水系数显著高于其他部门的系数。大多数部门的用水系数相对比较低,主要分布在第二产业。就直接用水系数与完全用水系数而言,第一产业显著大于第二产业,第二产业又显著大于第三产业。就第二产业内部而言,基础工业用水强度最大,轻工业次之,高技术工业再次之。比较直接用水系数和完全用水系数,可以注意到直接用水系数大的行业,其直接用水系数与完全用水系数的差距越小,农业部门差异最小,仅为1.36倍,其他服务业部门差异最大,达到31倍。
生态用水系数数值远远超过了完全用水系数,一般情况下,是完全用水系数的几倍和十几倍不等。生态用水系数最大的还是农业,林业,渔业,畜牧业。其次是食品制造业,纺织业,服装皮革羽绒制品业,木材加工及家具制造业,化学工业,电力、燃气和水的生产和供应业。
以完全用水系数之和为研究对象,边际用水主系数的分布具有以下规律：本部门对本部门产品的直接消耗系数占有很大的比例。42个边际用水主系数中有10个用水主系数在对角线上,占23.8%。对农业的直接消耗系数中,主系数占了7个,占16.7%。对电力、燃气和水的生产和供应业的直接消耗系数共有6个主系数,占14.28%,其次为化学工业的直接消耗系数5个,林业有4个主系数。
平均用水主系数分布有不同于边际主系数的特点,分布相对集中。在24行中,平均用水主系数主要集中分布在6个行业,即对农业的直接消耗系数6个主系数,林业有5个主系数,食品制作业有3个主系数。化学工业的直接消耗系数4个主系数,电力、燃气和水的生产和供应业的直接消耗系数9个主系数。
平均用水主系数和边际用水主系数相比较,可以发现两者中有重复的部分,在37个平均用水主系数中,有22个系数与边际用水主系数相同,15个主系数不同。在42个边际用水主系数中,相应有22个系数与平均用水主系数相同,27个系数不同。以用水总量为研究对象会得到相似的结果。
比较以用水总量和完全用水系数为受影响对象的情况,可以注意到两个边际用水主系数有交叉现象。两者的交集部分共有24个直接消耗系数,两者的交集部分是水资源优化的关键点。
在最终需求层面上对水资源进行了结构分解,把最终需求结构细分为：需求模式的影响、需求结构的影响和需求水平的影响。通过改变最终需求结构来优化水资源结构的方法,从实际操作来讲,可能存在较大的难度,但当地决策部门根据当地水资源的实际情况和水资源规划目标,制定出相应的法规还是可行的。
Water plays a decisive role in the ecological environment of people's life, the unreasonable utilization of resources and the neglect of the relationship between ecological use of water and ecological environment leads to the ecological deterioration in some regions and river basins while caused a series of ecological environment problems. For the reasonable allocation of water resources, we should follow the principle that we should not only pay attention to water use in living and production but also emphasize the coordination of ecological and domestic water use. For the ecological recovering and rebuilding of the damaged water resources ecosystem, we should pay equal attention to the water use for ecological and living purpose. Therefore, the study on water resources has profound significance in carrying out the reasonable allocation and optimization of water resources to strengthen the sustainable development of economy and environment.
Huaibei is a city of resources-contribution type, the majority of the traditional support industries are high water consuming industries, and the contradiction between water resources and economic development is particularly acute. This study takes the reasonable allocation of water resources in Huaibei as the study object by using the Input-occupancy-output technology.
The theory basis of input and output mode is General Equilibrium Theory, the input-output modeling technique has advantages in settling the structural problems which reveals the inner connection and objective laws among various departments and links, but the input and output modeling technique has strong premises which leads to the lack of flexibility of itself. In consideration of the feasibility of various methods, we make improvement on the mixed tabulating method and discussed the tabulation process. Bringing the effects of occupancy into the calculation of water resources by drawing into the occupancy part, which can measure the influences of people's life and production activity on the demand of water resources in a more comprehensive and reasonable way.
Based on mastering of the characters of water use in economic system in Huaibei, we discussed the way to build the reasonable allocation of water resources in Huaibei from three levels, including adjusting the production structure, adjusting the structure of the final demand, adjusting the structure of intermediate input.
We carried out empirical research on the direct water use coefficient, total water use coefficient and ecological water use coefficient, and conducted a real research on the main water use coefficients which affects the total water use coefficients and the total amount of water use. Finally, taking Huaibei as an example, we carried out the empirical research on the structural decomposition of the changes in water resources caused by the final demand change.
The smallest value of the direct water use coefficient is 7.21 cubic meter/￥10,000.-while the highest is 1473.5 cubic meter/￥10,000.-. There are a few of coefficients which its direct water use coefficients are higher than those of other departments. The water use coefficients in most of the departments are comparatively smaller, which mainly distributed in the secondary industry. For the direct and total water use coefficients, the coefficients in the primary industry are remarkably higher than those in the secondary industry, while the coefficients in the secondary industry are remarkably higher than those in the third industry. For the inner part of the secondary industry, the basic industry has the strongest water use intensity; the light industry takes the second place while the high tech industry follows. In comparison of the coefficients between the direct and the total water use, we can learn that, the departments with the greater direct water use coefficients, its difference between the direct water use coefficients and the total water use coefficients are smaller, the agricultural department has the smallest difference which is 1.36 times, while the difference among other service departments are the greatest, which can reach 31 times.
The coefficients in ecological water use are far more than those in the total water use, in general, it is several or more than ten times of the total water use coefficients. The industry with the greatest ecological water use coefficients are agriculture, forestry, animal husbandry. Secondly it is the food manufacturing, manufacturing of clothing, leather, and fur; wood processing and furniture manufacturing; chemical industry; production and supply of power, gas and water.
Taking the summation of total water use coefficients as the research object, the distribution of main margin water use coefficients have the following law:the department accounts for a major part of the direct consumption coefficients of its products. Among the 42 main margin water use coefficients,10 of them are of the diagonal line, accounting for 23.8%. For the direct consumption coefficients in agriculture, the main coefficients take account for 16.7%, and there are 6 in production and supply of electric power, gas and water, which accounts for 14.28%, secondly, there are 5 in the direct consumption coefficients in chemical industry, while there are 4 in forestry.
Different from the characters with the main margin coefficients in distribution of main coefficients, the average main water use coefficients are mainly distributed concentrative in 6 industries, of which 6 main coefficients are of direct consumption coefficients in agriculture, and there are 5 main coefficients in forestry, while 3 in food manufacturing industry. There are 4 main coefficients of direct consumption coefficients in chemical industry, while 9 main coefficients of direct consumption coefficients in production and supply of power, gas and water.
In comparison of the average main coefficients and margin main coefficient of water use, we can learn that there are repetitions between them, in 37 of the average main coefficients of water use,22 are the same as the margin main coefficients of water use,15 are different. In the 42 margin main coefficients of water use, there are 22 coefficients are the same as the average main coefficients of water use, while 27 are different. Taking the total amount of water use as the study target, we always get the similar result.
From the comparison conditions of the affected objects by the total amount of water use and total water use coefficients, we noticed that it exists overlapping phenomenon in the two main margin water use coefficients. There are 24 direct consumption coefficients in the overlapping part; the overlapping part is the key of the water resources optimization.
Structural decomposition was carried out on the water resources from the final demand level, subdivided the final demand structure into:the influence of the demand model, the influence of the demand structure and the influence of the demand level. For the actual operation, there are great difficulties in optimizing the structure of water resources by changing the final demand structure, but it is feasible for the local government departments in charge to make corresponding policies and regulations according to the actual conditions of the local water resources and the water resources plan.
淮北市是一个资源贡献型城市,传统的支撑行业都是一些高耗水行业,水资源和经济发展的矛盾特别的突出。本文以淮北市水资源的合理配置为研究对象,借助的研究手段是投入占用产出技术。
投入产出模型的理论基础是一般均衡理论,投入产出建模技术在解决结构问题方面具有优势,它揭示了系统各部门之间、各环节之间的内在联系和客观规律,但是投入产出建模技术具有很强的前提假定,使得投入产出建模技术缺乏灵活性。考虑各种方法的可行性,对混合编表法进行了改进,对编表流程进行了探讨。通过引入占用部分,将占用部分影响因素纳入水资源计算中,可以更全面、更合理的度量人类生活和生产活动对水资源需求的影响。
在掌握淮北市经济系统行业用水特性的基础上,从三个层次讨论了建立淮北市水资源合理配置的途径,包括调整生产结构、调整最终需求结构、调整中间投入结构。
对淮北市的直接用水系数,完全用水系数,生态用水系数进行了实证研究,并以影响完全用水系数和用水总量为对象的用水主系数进行了实证。最后以淮北市为例进行了因最终需求变动引起的水资源变动的结构分解实证分析。
直接用水系数最低值7.21立方米／万元,最高1473.5立方米／万元。存在着少数直接用水系数显著高于其他部门的系数。大多数部门的用水系数相对比较低,主要分布在第二产业。就直接用水系数与完全用水系数而言,第一产业显著大于第二产业,第二产业又显著大于第三产业。就第二产业内部而言,基础工业用水强度最大,轻工业次之,高技术工业再次之。比较直接用水系数和完全用水系数,可以注意到直接用水系数大的行业,其直接用水系数与完全用水系数的差距越小,农业部门差异最小,仅为1.36倍,其他服务业部门差异最大,达到31倍。
生态用水系数数值远远超过了完全用水系数,一般情况下,是完全用水系数的几倍和十几倍不等。生态用水系数最大的还是农业,林业,渔业,畜牧业。其次是食品制造业,纺织业,服装皮革羽绒制品业,木材加工及家具制造业,化学工业,电力、燃气和水的生产和供应业。
以完全用水系数之和为研究对象,边际用水主系数的分布具有以下规律：本部门对本部门产品的直接消耗系数占有很大的比例。42个边际用水主系数中有10个用水主系数在对角线上,占23.8%。对农业的直接消耗系数中,主系数占了7个,占16.7%。对电力、燃气和水的生产和供应业的直接消耗系数共有6个主系数,占14.28%,其次为化学工业的直接消耗系数5个,林业有4个主系数。
平均用水主系数分布有不同于边际主系数的特点,分布相对集中。在24行中,平均用水主系数主要集中分布在6个行业,即对农业的直接消耗系数6个主系数,林业有5个主系数,食品制作业有3个主系数。化学工业的直接消耗系数4个主系数,电力、燃气和水的生产和供应业的直接消耗系数9个主系数。
平均用水主系数和边际用水主系数相比较,可以发现两者中有重复的部分,在37个平均用水主系数中,有22个系数与边际用水主系数相同,15个主系数不同。在42个边际用水主系数中,相应有22个系数与平均用水主系数相同,27个系数不同。以用水总量为研究对象会得到相似的结果。
比较以用水总量和完全用水系数为受影响对象的情况,可以注意到两个边际用水主系数有交叉现象。两者的交集部分共有24个直接消耗系数,两者的交集部分是水资源优化的关键点。
在最终需求层面上对水资源进行了结构分解,把最终需求结构细分为：需求模式的影响、需求结构的影响和需求水平的影响。通过改变最终需求结构来优化水资源结构的方法,从实际操作来讲,可能存在较大的难度,但当地决策部门根据当地水资源的实际情况和水资源规划目标,制定出相应的法规还是可行的。
Water plays a decisive role in the ecological environment of people's life, the unreasonable utilization of resources and the neglect of the relationship between ecological use of water and ecological environment leads to the ecological deterioration in some regions and river basins while caused a series of ecological environment problems. For the reasonable allocation of water resources, we should follow the principle that we should not only pay attention to water use in living and production but also emphasize the coordination of ecological and domestic water use. For the ecological recovering and rebuilding of the damaged water resources ecosystem, we should pay equal attention to the water use for ecological and living purpose. Therefore, the study on water resources has profound significance in carrying out the reasonable allocation and optimization of water resources to strengthen the sustainable development of economy and environment.
Huaibei is a city of resources-contribution type, the majority of the traditional support industries are high water consuming industries, and the contradiction between water resources and economic development is particularly acute. This study takes the reasonable allocation of water resources in Huaibei as the study object by using the Input-occupancy-output technology.
The theory basis of input and output mode is General Equilibrium Theory, the input-output modeling technique has advantages in settling the structural problems which reveals the inner connection and objective laws among various departments and links, but the input and output modeling technique has strong premises which leads to the lack of flexibility of itself. In consideration of the feasibility of various methods, we make improvement on the mixed tabulating method and discussed the tabulation process. Bringing the effects of occupancy into the calculation of water resources by drawing into the occupancy part, which can measure the influences of people's life and production activity on the demand of water resources in a more comprehensive and reasonable way.
Based on mastering of the characters of water use in economic system in Huaibei, we discussed the way to build the reasonable allocation of water resources in Huaibei from three levels, including adjusting the production structure, adjusting the structure of the final demand, adjusting the structure of intermediate input.
We carried out empirical research on the direct water use coefficient, total water use coefficient and ecological water use coefficient, and conducted a real research on the main water use coefficients which affects the total water use coefficients and the total amount of water use. Finally, taking Huaibei as an example, we carried out the empirical research on the structural decomposition of the changes in water resources caused by the final demand change.
The smallest value of the direct water use coefficient is 7.21 cubic meter/￥10,000.-while the highest is 1473.5 cubic meter/￥10,000.-. There are a few of coefficients which its direct water use coefficients are higher than those of other departments. The water use coefficients in most of the departments are comparatively smaller, which mainly distributed in the secondary industry. For the direct and total water use coefficients, the coefficients in the primary industry are remarkably higher than those in the secondary industry, while the coefficients in the secondary industry are remarkably higher than those in the third industry. For the inner part of the secondary industry, the basic industry has the strongest water use intensity; the light industry takes the second place while the high tech industry follows. In comparison of the coefficients between the direct and the total water use, we can learn that, the departments with the greater direct water use coefficients, its difference between the direct water use coefficients and the total water use coefficients are smaller, the agricultural department has the smallest difference which is 1.36 times, while the difference among other service departments are the greatest, which can reach 31 times.
The coefficients in ecological water use are far more than those in the total water use, in general, it is several or more than ten times of the total water use coefficients. The industry with the greatest ecological water use coefficients are agriculture, forestry, animal husbandry. Secondly it is the food manufacturing, manufacturing of clothing, leather, and fur; wood processing and furniture manufacturing; chemical industry; production and supply of power, gas and water.
Taking the summation of total water use coefficients as the research object, the distribution of main margin water use coefficients have the following law:the department accounts for a major part of the direct consumption coefficients of its products. Among the 42 main margin water use coefficients,10 of them are of the diagonal line, accounting for 23.8%. For the direct consumption coefficients in agriculture, the main coefficients take account for 16.7%, and there are 6 in production and supply of electric power, gas and water, which accounts for 14.28%, secondly, there are 5 in the direct consumption coefficients in chemical industry, while there are 4 in forestry.
Different from the characters with the main margin coefficients in distribution of main coefficients, the average main water use coefficients are mainly distributed concentrative in 6 industries, of which 6 main coefficients are of direct consumption coefficients in agriculture, and there are 5 main coefficients in forestry, while 3 in food manufacturing industry. There are 4 main coefficients of direct consumption coefficients in chemical industry, while 9 main coefficients of direct consumption coefficients in production and supply of power, gas and water.
In comparison of the average main coefficients and margin main coefficient of water use, we can learn that there are repetitions between them, in 37 of the average main coefficients of water use,22 are the same as the margin main coefficients of water use,15 are different. In the 42 margin main coefficients of water use, there are 22 coefficients are the same as the average main coefficients of water use, while 27 are different. Taking the total amount of water use as the study target, we always get the similar result.
From the comparison conditions of the affected objects by the total amount of water use and total water use coefficients, we noticed that it exists overlapping phenomenon in the two main margin water use coefficients. There are 24 direct consumption coefficients in the overlapping part; the overlapping part is the key of the water resources optimization.
Structural decomposition was carried out on the water resources from the final demand level, subdivided the final demand structure into:the influence of the demand model, the influence of the demand structure and the influence of the demand level. For the actual operation, there are great difficulties in optimizing the structure of water resources by changing the final demand structure, but it is feasible for the local government departments in charge to make corresponding policies and regulations according to the actual conditions of the local water resources and the water resources plan.
引文
[1]贾宝全.生态环境用水研究现状、问题分析与基本构架探索[J].生态学报,2002(22)：1734-1740.
[2]宋炳煜.关于生态用水研究的讨论[J].自然资源学报,2003(18)：617-625.
[3]中国工程院21世纪中国可持续发展水资源战略研究项目组：中国可持续发展水资源战略研究综合报告；中国工程科学：2000,2(8)1-17.
[4]沈国舫.生态环境建设与水资源的保护和利用.中国水利,2000,8：26-30.
[5]张克俭.浅谈海河流域水资源开发利用的一些特点.海河水利,1991,4：25-27.
[6]沈茂成.保障生态用水保护湿地资源.中国林业,2001,7：16-17.
[7]石伟,王光谦。黄河下游生态需水量及其估算；地理学报,2002,576)：595-602
[8]魏彦昌,苗鸿,欧阳志云,王效科。海河流域用水平衡及生态用水保障措施探讨。水资源与水工程学报,2006,17(1)：11-14
[9]苗鸿,魏彦昌,姜立军等.生态用水及其核算方法[J].生态学报,2003,23(6)：1156-1164.
[10]汤奇成.绿洲的发展与水资源的合理利用.干旱区资源与环境,1995,9(3)107-111.
[11]黄晓荣,张新海,裴源生,梁川.经济用水与生态用水的优化模拟耦合模型研究。人民黄河,2006,28(1)：44-46.
[12]张杰,高雪峰,王润元.生态用水的估算方法研究和问题探讨.干旱气象,2008,26(2)：12-16
[13]Afzal J, Noble D H. Optimization model for alternative use of different quality irragation waters [J]. Joural of Irrigation and Drainage Engineering,1992,118:218-228.
[14]James C S. The role of hydraulic in understanding river process. National Rivers Initiative, South African Society of Aquatic Scientists, Pietermarit burg, South Africa,1998.
[15]Morshed, Kaluarachchi, et al. Enhancement s to Genetic Algorithm for Optimal Ground-Water Management [J]. Journal of Hydrologic Engineering,2000,51 (1):67-73.
[16]杨爱民,唐克旺,王浩,刘小勇.生态用水的基本理论与计算方法.水利学报,2004,12：39-45.
[17]Wong H S, Sun N Z. Optimization of Conjunctive Use of Surface Water and Groundwater With Water QualityConst raint s[A]. Proceedings of the Annual Water Resources Planning and Management Conference Apr.6-9[C], Sponsored by ASCE,1997:408-413.
[18]Chen, Xikang, Yang, Cuihong.&Xu, Jian. Water conservancy economy input occupancy-output table of China and its application. International Journal of Development Planning Literature,2002,17(1)&(2):19-28.
[19]Nienhuis P H.New concepts for sustainable management of river basins[M].Netherlan ds:Backuys Publishers,1998.
[20]Laxmi Narayan Sethi, Sudhindra N. Panda, Manoj K. Nayak. Optimal crop planning and water resources allocation in a coastal groundwater basin, Orissa, India. Tubewell agricultural water management,2006,83:209-220.
[21]Lizhong Wang, Liping Fang, Keith W. Hipel. Basin-wide cooperative water resources allocation. European Journal of Operational Research,2008,190:798-817.
[22]Z.F. Yang, T. Sun, B.S. Cui, B. Chen, G.Q. Chen. Environmental flow requirements for integrated water resources allocation in the Yellow River Basin, China. Communications in Nonlinear Science and Numerical Simulation,2009,14:2469-2481.
[23]Ilyas Masih, Mobin-ud-Din Ahmad, Stefan Uhlenbrook, Hugh Turral a, Poolad Karimi. Analysing streamflow variability and water allocation for sustainable management of water resources in the semi-arid Karkheh river basin, Iran. Physics and Chemistry of the Earth,2009,34: 329-340.
[24]R.A. Letcher, B.F.W. Croke, A.J. Jakeman. Integrated assessment modelling for water resource allocation and management:A generalised conceptual framework. Environmental Modelling & Software,2007,22:733-742.
[25]Shachar Shem-Tov, Yitzchak Gutterman. Influence of water regime and photoperiod treatments on resource allocation and reproductive successes of two annuals occurring in the Negev Desert of Israel. Journal of Arid Environments,2003,55:123-142.
[26]Deepak Khare, M.K. Jat, J. Deva Sunder. Assessment of water resources allocation options: Conjunctive use planning in a link canal command. Resources, Conservation and Recycling,2007,51:487-506.
[27]Robert C. Mahan, Theodore M. Horbulyk, John G. Rowse. Market mechanisms and the efficient allocation ofsurface water resources in southern Alberta. Socio-Economic Planning Sciences,2002,36:25-49.
[28]F.B. Victoria, J.S. Viegas Filho, L.S. Pereira,J.L. Teixeira, A.E. Lanna. Multi-scale modeling for water resources planning and management in rural basins. Agricultural Water Management,2005,77:4-20.
[29]R. Hranova, B. Gumbo, J. Klein, P. van der Zaag. Aspects of the water resources management practice with emphasis on nutrients control in the Chivero Basin, Zimbabwe. Physics and Chemistry of the Earth,2002,27:875-885.
[30]Enrique Ballestero, Silverio AlarcoA n and Ana GarcoAa-Bernabeu. Establishing politically feasible water markets:a multi-criteria approach. Journal of Environmental Management,2002,65:411-429.
[31]Herv_e L_evite,Hilmy Sally,Julien Cour. Testing water demand management scenarios in a water-stressed basin in South Africa:application of the WEAP model. Physics and Chemistry of the Earth,2003(28):779-786.
[32]王西琴,刘昌明,杨志峰.生态及环境需水量研究进展与前瞻[J].水科学进展,2002,13(4)：507-514.
[33]粟晓玲,康绍忠,石培泽.干旱区面向生态的水资源合理配置模型与应用.水利学报,2008,39(9)：1111-1117.
[34]饶碧玉,周彩霞,王静,罗绍芹.哈尼梯田灌区水资源合理配置研究.水资源与水工程学报,2009,20(6)：38-41.
[35]黄晓荣,李云玲,蔡明,李煜刚.基于黄河健康生命的流域水资源合理配置方案评价研究.西北农林科技大学学报(自然科学版),2008,36(11)：208-216.
[36]何长高,董增川,陈卫宾,石景元.基于水资源合理配置的流域水土保持结构优化模型研究.岩土工程学报,2008,30(11)：1738-1742.
[37]蒋枝伶,王磊.南京市溧水县水资源合理配置探讨.水资源研究,2009,30(4)：24-26
[38]代兴兰.曲靖市水资源合理配置方案分析.水资源研究,2008,29(4)：11-12.
[39]罗光明,侍克斌.水资源合理配置研究现状及有关问题探讨.水资源与水工程学报,2009,20(5)：63-66.
[40]李九一,李丽娟,姜德娟,等.沼泽湿地生态储水量及生态需水量计算方法探讨[J].地理学报,2006,61(3)：289-296.
[41]杨志峰,崔宝山.生态环境需水量理论、方法与实践[M].北京：科学出版社,2003.
[42]李丽娟,郑红星.海滦河流域河流系统生态环境需水量计算[J].地理学报,2000,55(4)：495-500.
[43]丰华丽,王超,李勇.流域生态需水量的研究[J].环境科学动态,2001,(1)：27-30.
[44]倪晋仁,崔树彬,等.论河流生态环境需水[J].水利学报,2002,(9)：14-26.
[45]王礼先.生态环境用水的界定和计算方法[J].中国水利,2002,(10)：28-30.
[46]刘昌明.中国21世纪水供需分析：生态水利研究[J].中国水利,1999,(10)：18-21.
[47]Robert J. Naiman, Joshua J. Latterell, Neil E. Pettit. Julian D. Olden.Flow variability and the biophysical vitality of river systems.C. R. Geoscience,2008(340):629-643.
[48]Shayne M. Jacobsa, Robert J. Naiman. Large African herbivores decrease herbaceous plant biomass while increasing plant species richness in a semi-arid savanna top sequence. Journal of Arid Environments,2008(72):891-903.
[49]Martin Volk, Jesko Hirschfeld, Alexandra Dehnhardt, Gerd Schmidt, Carsten Bohn, Stefan Liersch, Philip W. Gassman. Integrated ecological economic modeling of water pollution abatement management options in the Upper Ems River Basin. Ecological economics,2008(66):6 6-76
[50]Edna Cabecinha Martinho Louren, Joao Paulo Moura, Joao Alexandre Cabral. A multi-scale approach to modeling spatial and dynamic ecological patterns for reservoir's water quality management. Ecological Modeling,2009(220):2559-2569
[50]Huei Longwu, Zheng Yifeng. Ecological engineering methods for soil and water conservation in Taiwan. Ecological engineering,2006(28):333-344
[52]Dong Xin, Du Pengfei, Tong Qingyuan, Chen Jining.Ecological Water Requirement Estimates for Typical Areas in the Huaihe Basin.tsinghua science and technologyissn, 2008,13(2):243-248
[53]H. Hoff, M. Falkenmark, D. Gerten, L. Gordon, L. Karlberg, J. Rockstrom. Greening the global water system. Journal of Hydrology,2010(384):177-186
[54]Peter H. Gleick.Reducing the risks of conflict over fresh water resources in the middle east. Studies in Environmental Science,1994(58):41-54.
[55]Peter H. Gleick. The human right to water. Water Policy,1998(1):487-508.
[56]左其亭.干旱半干旱地区植被生态用水计算[J].水土保持学报,2002,16(3)：114117.
[57]陈丽华,王礼先.北京市生态用水分类及森林植被生态用水定额的确定.水土保持研究,2010,8(4)：161-164.
[58]占车生,夏军,丰华丽,朱一中,刘苏峡.河流生态系统合理生态用水比例的确定.中山大学学报(自然科学版),2005,44(2)：121-124.
[59]董福平,管仪庆,周黔生,余俊.河流生态用水流量确定新方法研究.水利学报,2007,10：547-551.
[60]章光新,邓伟,何岩.基于生态用水的地下水系统模拟与优化管理模型.地理学报,2002,57(5)：611-618.
[61]左其亭.论生态环境用水与生态环境需水的区别与计算问题.生态环境2005,14(4)：611-615.
[62]鲍达明,胡波,赵欣胜,崔保山.湿地生态用水标准确定及配置——以白洋淀湿地为例.资源科学,2007,29(5)：110-120.
[63]王西琴,张远.我国七大流域河道生态用水现状评价.自然资源学报,2008,23(1)：95-102.
[64]王芳,梁瑞驹,杨小柳,陈敏建.中国西北地区生态需水研究(1)——干旱半干旱地区生态需水理论分析.自然资源学报,2002,17(1)：1-8.
[65]王芳,刘佳,燕华云.青海湖水平衡要素水文过程分析.水利学报,2008,11(39)：1229-1238.
[66]王芳,王浩,陈敏建,王研,唐克旺.中国西北地区生态需水研究(2)—基于遥感和地理信息系统技术的区域生态需水计算及分析.自然资源学报,2002,17(2)：129-137.
[67]刘昌明.中国21世纪水供需分析：生态水利研究.中国水利,1999,10：18-20.
[68]李丽娟,郑红星.海滦河流域河流系统生态环境需水量测算.地理学报,2000,55(4)495-500.
[69]严登华,何岩,邓伟.东辽河流域河流系统生态需水研究.水土保持学报,2001,15(1)：46-49.
[70]Vannote R L,Minshall GW,Cummins KW. The river continuum concept [J].Canadian Journal of Fisheries and Aquatic Sciences,1980, (37):130-137.
[71]Petts G E.Water allocation to protect river ecosystem[J].Regulated Rivers:Res Management,1996, (12):353-365.
[72]Gleick P H.Water in crisis:paths to sustainable water use[J].Ecological Applications ,1998,8 (3):571-579.
[73]石伟,王光谦.黄河下游生态需水量及其估算[J].地理学报,2002,57(5)：595-602.
[74]崔宝山,杨志峰.湿地生态环境需水量研究[J].环境科学学报,2002,22(2)：213-218.
[75]刘静铃,杨志峰.湖泊生态环境需水量计算方法研究[J].自然资源学报,2002,17(5)：604-609.
[76]贾宝全,-慈龙骏.新疆生态用水量的初步估算.生态学报,2000,20(2)：243-250.
[77]殷康前,倪晋仁.湿地研究综述.生态学报,1998,18(5)：539-546.
[78]粟晓玲,康绍忠.生态需水的概念及其计算方法[J].水科学进展,2003,14(6)：740-744.
[79]丰华丽,王超,李勇.流域生态需水量的研究[J].环境科学动态,2000,1：27-37.
[80]高清竹,杨劼,宋炳煜,江源.黄河中游砒砂岩地区长川流域生态用水分析.自然资源学报,2004,19(4)：499-507
[81]王让会,于谦龙,李凤英,黄青,张慧芝.基于生态水文学的新疆绿洲生态用水若干问题.水土保持通报,2005,25(5)：100-104.
[82]Charles ReVelle. Research challenges in environmental management. European Journal of Operational Research,2000(121):218-231
[83]B. Chen, G.Q. Chen, F.H. Hao, Z.F. Yang. Exergy-based water resource allocation of the mainstream Yellow River. Communications in Nonlinear Science and Numerical Simulation,2009,14:1721-1728.
[84]R.A. Letcher, B.F.W. Croke, A.J. Jakeman. Integrated assessment modelling for water resource allocation and management:A generalised conceptual framework. Environmental Modelling & Software,2007,22:733-742.
[85]S. Nayar, G.J. Collings, D.J. Miller, S. Bryars, A.C. Cheshire. Uptake and resource allocation of inorganic carbon by the temperate seagrasses Posidonia and Amphibolis. Journal of Experimental Marine Biology and Ecology,2009,373:87-95.
[1]刘起运.经济系统规划方法和模型.中国统计出版社,北京,1993,158-171.
[2]段志刚,李善同.北京市结构变化的可计算性一般均衡模型,数量经济技术经济研究,2004,(12)：86-94.
[3]钟契夫.投入产出分析.中国财经经济出版社.北京.1997.
[4]H. Varian.Microeconomic Analysis. W.Wnorton Company,New York,1984
[5]赵山.纳什均衡与一般均衡的关系研究.数量经济技术经济研究,2005,1：138-143
[6]张友国.一般均衡模型中排污收费对行业产出的不确定性影响———基于中国排污收费改革分析.数量经济技术经济研究,2004,5：156-161
[7]B.S.Piper,Chaiyuth Sukhsri et.al. A simulation model for Planning water resource developments in the Chi river basin[J].Water Resources Management,1989,3(2):141-153.
[8]庞军,邹骥.可计算一般均衡(CGE)模型与环境政策分析。中国人口.资源与环境,2005,15(1)：56-60.
[9]Leontief W.W. Input-output analysis,a dictionary of economics,the new pulgrave.New York,1987:860-864.
[10]Gleick P H..The Changing Water Paradigm:A look at Twenty-first Century Water Resource Development, Water International,2000,25(1):127-138.
[11]Leontief.W. W. etc. Studies in the structure of the American economy, New York, Oxford University Press,1953.
[12]Holland, D.&Cooke, S. C. Sources of structural change in the Washington economy: an input-output perspective, The Annals ofRegional Science,1992,26,155-170.
[13]. Leontief,W W. Interrelations of prices, output, savings, and investments. In:Review of Economics and statistics,1937.
[14]C.C. Wu, N.B. Chang.Grey input-output analysis and its application for environmental cost allocation.European Journal of Operational Research,2003 (145):175-201.
[15]Chen Xikang(1990)Input-Occupancy-Output Analysis and Its Application in China. in Dynamics and conflict in Regional Structural Change, edited by Manas Chattezji and Robert E. Kuenne, Macmillan Press, London.
[16]Heinz D. Kurz & Neri Salvadori (2000b) The dynamic Leontief model and the theory of endogenous growth, Economic Systems Research, Vol.12, No.2, June 2000.
[17]Leontief.W. (1966) Input-Output Economics, New York, Oxford University Press,1989.
[18]穆艳杰.从政治、经济批判到生态批判—从经典马克思主义到生态学马克思主义.学术交 流.2009(187)：1-5.
[19]Leontief. W.W. Environmental repercussions and the economic system, Review of Economics and Statistics,1970,52:262-272.
[20]Rose, A. & Miernyk, W. (1989) Input-output analysis:the first fifty years Economic Systems Research,1,229-271.
[21]Leontief.W. Wassily(1936)Quantitative input-output relations in the economic system of the United States. Review of Economic Statistics,18(3),105-125.
[22]Leontief. W.W, Du chin, F. The Future Impact of the Automation on Works, New York, Oxford University Press,1986.
[23]Leontief. Wassily. Daniel Ford Air pollution and the economic structure Empirical results of input-output computations.1973.
[24]张越.环境经济投入产出模型的应用发展.环境经济,2001,11：31-34.
[25]陈锡康.投入占用产出技术及其非线性和动态化研究.中国投入产出分析应用论文精,3-16.
[26]Eric C. Wang. Structural Change and Industrial Policy in Taiwan,1966-91:An Extended Input-Output Analysis.2002(22):235-249.
[27]C. Sporria, M. Borsukb, I. Peters, P. Reicherta. The economic impacts of river rehabilitation: A regional Input-Output analysis. Ecological economics 2007 (62)341-351.
[28]L.C. Stilwell, R.C.A. Minnitt, T.D. Monson, G. Kuhn. An input-output analysis of the impact of mining on the South African economy, Resources Policy 2000 (26) 17-30.
[29]Maria Llop. Economic impact of alternative water policy scenarios in the Spanish production system:An input-output analysis. Ecological economics 62 (2008)288-294.
[30]Sang-Yong Hana, Seung-Hoon Yoob, Seung-Jun Kwak.The role of the four electric power sectors in the Korean national economy:an input-output analysis. Energy Policy 32 (2004) 1531-1543.
[31]吴海民.广州、深圳、东莞三市宏观经济投入产出效率评价与分析.珠江论坛.2007,22(3)：197-202.
[32]利果,王铮.基于投入产出表对上海市宏观经济的分析.地理与地理信息科学,2008,24(2)：48-52
[33]Hector Correa, James Craft. Input-output theory and institutional aspects Of e nvironmental policy[J]. Omega, Int. J. Mgmt. Sci.,1999,27:87-99.
[34]史耀远.中国经济结构变化的投入产出分析.系统工程理论与实践,1999,1074-76
[35]顾俊龙.农业投入与产出结构变化及影响因素分析.山西财经大学学报,2006,28(5)：67-71.
[36]王洪波,丁晶.基于投入产出模型的国民经济产出结构变化因素分析.知识经济,2007,12：44-45.
[37]Qiao-Xing Li, Si-Feng Liu. The foundation of the grey matrix and the grey input-output analysis. Applied Mathematical Modelling,2008(32) 267-291.
[38]Hi-Chun Parka, Eunnyeong Heo. The direct and indirect household energy requirements in the Republic of Korea from 1980 to 2000-An input-output analysis. Energy Policy,2007(35) 2839-2851.
[39]Skolka,J.Input-output structural decomposition analysis for Austria[J]. Journal of Policy Modeling,1977.
[40]Rose,A, Casler,S. (1996)Input-output structural decomposition analysis:a critical appraisal. Economic Systems Research,1998(1):33-62.
[41]Carter, A. Structural Change in the American Economy[M]. Cambridge, MA, Harvard University Press.1970.
[42]Chen, Xikang, Yang.Cuihong.&Xu, Jian. Water conservancy economy input occupa ncy-output table of China and its application. International Journal of Development Planni ng Literature,2002,17(1)&(2):19-28
[43]张颖,单永娟,韩雪梅.北京经济系统物质流投入产出表的编制及其分析.自然资源学报,2009(24)：514-522.
[44]陈东景,李培英,韩泽瑜,陈强.基于投入-占用-产出技术的自然资源乘数分析.生态经济2008(12)：26-30.
[45]雷明.中国环境经济综合核算体系框架设计.系统工程理论与实践.2000,10：17-26.
[46]党玉婷.中国对外贸易对环境污染影响的实证研究—全球视角下投入产出技术矩阵的环境赤字测算.财经研究,2010,36(2)：26-35.
[47]J. R. Ni, D. S. Zhong, Y. F. Huang and H. Wang。 Total waste-load control and allocation based on input-output analysis for Shenzhen, South China, Journal of Environmental Management (2001)61,37-49.
[48]Rixt Kok, Rene'M.J. Benders. Measuring the environmental load of household consumption using some methods based on input-output energy analysis:A comparison of methods and a discussion of results.Energy Policy 34 (2006) 2744-2761.
[49]Hterendeen.Hybrid input-output analysis of wastewater treatment and environmental impacts:A case study for the Tokyo Metropolis Chen Lin. Ecological Economics 68 (2009) 2096-2105.
[50]Hae-Chun Rhee, Hyun-Sik Chung.Change in CO2 emission and its transmissions between Korea and Japan using international input-output analysis.Ecological Economics 58 (2006) 788-800.
[51]Tomohiro Okadera, Masataka Watanabe, Kaiqin Xu.Analysis of water demand and water pollutant discharge using a regional input-output table:An application to the City of Chongqing, upstream of the Three Gorges Dam in China。 Ecological Economics 58 (2006) 221-237.
[52]Chen Xikang, Gou Jue. Chinese economic structure and SDA model[J]. Journal of Systems Science and Systems Engineering,2000,.9(2):142-148.
[53]Isabela Butnara, Maria Llopb。 Composition of greenhouse gas emissions in Spain:An input-output analysis Isabela Butnara, Maria Llopb， Ecological E conomics,2007 (16):388-395.
[54]C.C. Wu, N.B. Chango Grey input-output analysis and its application for environmental cost allocation。 European Journal of Operational Research,2003 (145):175-201
[55]Jonas Na" sse'na, John Holmberg, Anders Wadeskog, Madeleine Nyman. Direct and indirect energy use and carbon emissions in the production phase of buildings:An input-output analysis. Energy 32 (2007) 1593-1602.
[56]Hi-Chun Park, Eunnyeong Heo. The direct and indirect household energy requirements in the Republic of Korea from 1980 to 2000-An input-output analysis. Energy Policy,2007(35): 2839-2851.
[57]梁进社,郑蔚,蔡建明.中国能源消费增长的分解—基于投入产出方法.自然资源学报,2007,22(6)：853-864.
[58]席酉民,刘洪涛,郭菊娥.能源投入产出分式规划模型的构建与应用.科学学研究,2009,27(4)：535-540
[59]王会娟,陈锡康.扩展的非竞争型能源投入占用产出模型.系统科学与数学,2009,29(11)：1447-1456.
[60]李爱军.基于投入产出模型的湖北省能源强度分解.统计观察,2008,3(225)：93-97
[61]Hector Correa,James Craft.Input-output theory and institutional aspects Of environmental policy[J]. Omega, Int. J. Mgmt. Sci.,1999,27:87-99.
[62]Hector Correa, Salomon A. Guajardo. An application of input. output analysis to a city's municipal government[J]. Socio-Economic Planning Sciences,2001,35:83-108.
[63]Hector Correa. An input-output operationalization of soci-al systems of Socio-Economics,2002,31:115-123.
[64]刘新建.动态投入占用产出分析模型应用中的三个特殊处理问题.中国管理科学,1997(6)：5-11.
[65]Kanemitsu, H.&Ohnishi, H. (1989)An input-output analysis oftechnological changes in the Japanese economy:1970-1980. in:R. E. Miller,K. R. Polenske & AZ. Rose(Eds. )Frontiers of Input-Output Analysis. New York:Oxford University Press,308-323.
[66]潘文卿.一个反映关税调整效应的投入产出优化模型.数量经济技术经济研究,2003,7：93-95.
[67]张金水,姜超.可计算非线性动态投入产出模型及其在税率设定中的应用.系统工程理论与实践,2004(9)：33-37
[68]姜超,张金水.考虑税收的可计算非线性动态投入产出模型及其参数设定.系统工程理论与实践,2004(8)：32-37.
[69]Forsell D. Explaining change in Input-Output coefficients of Finland. Edited by A. P. Carter and A. Brody, North-Holland, Amsterdam,1972,343-369.
[70]刘益.基于投入产出模型的旅游卫星账户研究.暨南学报(哲学社会科学版),2006,3(122)：60-65.
[71]王燕,王哲.基于投入产出模型的新疆旅游业产业关联及产业波及分析.干旱区资源与环境,2008,22(5)：112-117.
[72]宋增文.基于投入产出模型的中国旅游业产业关联度研究.旅游科学,2007,21(2)7-12.
[73]Chen Xikang(1999), Input-Occupancy-Output Analysis and Its Application in Chinese Economy. In The Current State of Economic Science, edited by Shri Bhaguan Dahiya, Rohtak(India). Spel Lbound Publications Pvt. Ltd.501-514.
[74]王嘉谟,李林.动态投入产出模型分析与改进.核电规划计算.1999：3-9.
[75]李亮,耿显民.一类带消费的随机动态投入产出模型.淮阴师范学院学报(自然科学版),2008,7(1)：17-22.
[76]何静,陈锡康.水资源影子价格动态投入产出优化模型研究.系统工程理论与实践,2005,5：49-54.
[77]李泳,李金青.环境规制政策与中国经济增长——基于一种可计算非线性动态投入产出模型.系统工程,2009,27(11)：7-13.
[78]郭崇慧,唐焕文.动态投入产出模型的解及其灵敏度分析.大连理工大学学报, 2004,44(1):151-153.
[79]Hernz D. Kurz. Exhaustible resources in a dynamic input-output model with classical features. Economics System Research 1997 9(3).
[80]Kazuhiko, Hiroki Hondo, Yohji Uchiyam. Comparative analysis of embodied liabilities using an inter-industrial process model:gasoline- vs. electro-powered vehicles. Applied Energy 69 (2001)307-320.
[81]苗晨,刘国志.动态投入产出最优化控制模型的微粒群算法.科学技术与工程,2009；9(15)：4497-4500
[82]刘新建.国民经济动态投入占用产出分析的理论与方法研究及其它PhD thesis.中国科学院.1995
[83]张红霞.教育-经济投入占用产出模型理论与应用研究.PhD thesis.中国科学院,2004
[84]何剑鸣,王冬,薛新伟.全国种植业非线性投入产出模型的研究.系统工程理论与实践,1996,6：64-72.
[85]刘秀丽.主系数非线性投入占用产出模型.南京理工大学学报,2005,29(3)：371-374.
[86]H.J.C. Huijberts, C.H. Moog, R. Pothin。 Input{output decoupling of nonlinear systems by static measurement feedback. Systems & Control Letters 39 (2000) 109-114.
[87]By J V, Skolka, Vienna. Input-Output Anatomy of Import Elasticities. Empirical economics,,2(3):123-136.
[88]Jifi Skolka. Importachstum und Wirtschaftsstruktur Eine Untersuchung auf Grund derosterreichischen Input-Output-Tabellen 1964 and 1970,79-110.
[89]Ulrike Wachsmann, Richard Wood, Manfred Lenzen, Roberto Schaeffer. Structural decomposition of energy use in Brazil from 1970 to 1996. Applied Energy,2009(86):578-587.
[90]Vicent Alclantara, Rosa Duarte. Comparison of energy intensities in European Union countries.Results of a structural decomposition analysis. Energy Policy,2004(32):177-189.
[91]Mette Wier, Berit Hasler. Accounting for nitrogen in Denmark-a structural decomposition analysis. Ecological Economics 1999(30):317-331.
[92]Narisa Zhao, Tang Huanwen, Luo Xiaona. Research on non-linear input-output model based on production function theory and a new method to update IO coefficients matrix. Applied Mathematics and Computation,2006(181):478-486.
[93]王爱民,宋辉.用结构分解技术(SDA)提高投入产出模型的分析功能.河北大学学报(自然科学版)2005,25(4)：361-364
[94]吴小松,范金,胡汉辉.我国就业增长与结构变迁的影响因素：基于SDA的分析.经济科学,2007,1：5-14
[95]王火根,沈利生.能耗降低的主要影响因素分析——基于结构分解技术的投入产出法实证检验.2008,25(2)：86-90
[96]Carter,H.O.and D.Ireri,Linkage of California-Arizona Input-Output Models to Analyze Water Transfer Pattern,in Applications of Input-Output Analysis,edited by A.P.Cater and A.Brody,Amsterdam,North-Holland Publishing Company,1970.139-168.
[97]刑公奇,郭菊娥,郭菊娥,等.黄河、长江流域水资源利用与价格变动效应的投入产出分析.许宪春,刘起运编.中国投入产出分析应用论文精萃.北京：中国统计出版社,2004.62-70.
[98]许健.用水系数投入占用产出分析与节水型国民经济体系的建立.许宪春,刘起运编.中国投入产出分析应用论文精萃.中国统计出版社,2004.108-117.
[99]汪党献,王浩,马静.中国区域发展的水资源支撑能力.水利学报.2000,11：21-26.
[100]倪红珍,王浩,汪党献.经济社会与生态环境竞争用水的水价研究.水资源保护,2008,24(3)：73-76
[101]倪红珍,王浩,汪党献..产品贸易对区域水资源的影响分析.自然资源学报,2005,2(04)：582-589.
[102]黄晓荣,汪党献,裴源生.宁夏国民经济用水投入产出分析.资源科学,2005,27(3)：135-139.
[103]田贵良.产业用水分析的水资源投入产出模型研究.经济问题,2009,7：18-22
[104]张郁,邓伟.基于投入产出模型的吉林省水资源经济效益分析.东北师大学报(自然科学版),2006,38(3)：133-137.
[105]于冷,戴有忠。吉林省水资源投入产出分析。系统工程理论与实践,2000,2：136-140
[106]朱玉仙,王丽杰.水资源利用效益的投入产出分析.气象水文海洋仪器,2002,2：46-50
[107]李智慧,周之豪.山西省水资源优化分配模型研究.水利经济,1994,(2)：23-28.
[108]李润虎,张稳柱.太原市水资源与国民经济投入产出模型.1990.
[109]王维平,李晖,戚红.烟台市宏观经济动态投入产出模型.中国人口.资源与环境,1994,4(4)：44-48.
[110]白玉慧,颜振元.水利产业与国民经济各部门关系分析.山东水利专科学校学报,1997,(9)：157-163.
[1]邓志国.投入占用产出技术在中国农业发展和农民收入分配研究中的应用.PhDthesis.中国科学院,2009.
[2]Chen Xikang.2000, Water Resource Input-Occupancy-Output Table and Its Application in Shanxi Province of China. International Journal of Development Planning Literature, V01.15, No.3.247-264.
[3]李景华.考虑固定资产磨损的投入产出平衡关系.许宪舂,刘起运主编.中国投入产出理论与实践.北京：中国统计出版社.2002：127.130.
[4]Chen, Xikang, Yang, Cuihong.& Xu, Jian. Water conservancy economy input-occupancy-output table of China and its application, International Journal ofDevelopment Planning Literature,2002,17(1) & (2):19-28.
[5]陈锡康.投入产出技术的发展趋势与国际动态.系统工程理论与实践,1991,11(2)：44-50.
[6]何静,陈锡康：水资源影子价格动态投入产出优化模型研究.系统工程理论与实践,2005,5(1)：49-54.
[7]何静,陈锡康.中国9大流域动态水资源影子价格计算研究.水利经济,2005,23(1)：14-18
[8]刘新建.国民经济动态投入占用产出分析的理论与方法研究及其它PhD thesis.中国科学院.1995.
[9]刘新建.动态投入占用产出分析模型应用中的三个特殊处理问题.中国管理科学,1997(6)：5-11.
[10]付雪,陈锡康.多年时滞教育经济投入占用产出模型与教育结构研究.数学的实践与认识,2006,36(12)：6-13.
[11]陈锡康,刘秀丽,付雪.投入占用产出分析在理论与方法上的若干重要进展及其主要应用.中国科学基金,2008,4：224-227.
[12]张红霞.教育-经济投入占用产出模型理论与应用研究.PhD thesis.中国科学院,2004.
[13]刘起运.投入占用产出模型中的存量与流量.经济理论与经济管理.200311：19-22.
[14]Chen Xikang. Input-holding-output analysis and its application in chinese economy, 1999:501-514.
[15]Chen, Xikang. Input-Occupancy-Output Analysis and Its Application in China, in Dynamics and Conflict in Regional Structural Change,edited by Manas Chatterji and Robert E.Kuenne, Macmillan Press, London,1990.
[16]陈锡康.完全综合能耗分析.系统科学与数学,1981,1(2)：69-76.
[17]刘起运.投入占用产出模型中的存量与流量.经济理论与经济管理.2003(11)：19-22.
[18]王海建.用投入占用产出技术计算部门经济增长.中国管理科学,19972(3)：31-33.
[19]Feldman, S. J, McClain, D.&Palmer,K. Sources of structural change in the United States, 1963-1978:an input-output respective. The Review of Economics and Statistics,1987,69: 503-510.
[20]王海建.经济结构变动与能源需求的投入产出分折.统计研究,1999,(6)：30-34.
[21].Vaccara, B. N.Changes over time in input-output coefficients for the United States, in readings in input-output analysis:theory and applications, edited by Oxford University press, Oxford,1986.
[22]胡晓鹏.中国区域产业开放与价值创造——基于区域间投入产出关系的实证研究.财经研究,2007,33(5)：72-83.
[23]张文娟,尤建新.基于固定资产投资的投入占用产出局部消费模型.同济大学学报(自然科学版),2008,36(6)：859-863.
[24]陈东景,李培英,韩泽瑜,陈强.基于投入-占用-产出技术的自然资源乘数分析.绿色经济,2006,5：26-30.
[25]刘新建.动态投入占用产出分析模型应用中的三个特殊处理问题.中国管理科学,1997,5(2)：6-11.
[26]张红霞,陈锡康.用于人力资本分析的教育经济投入占用产出模型.中国管理科学,2004,12(5)：97-101.
[27]何静,陈锡康.水资源影子价格动态投入产出优化模型研究.系统工程理论与实践,2005,5(1)：49-54.
[28]刘秀丽,陈锡康,张红霞,李慧勇.水资源影子价格计算和预测模型研究.中国人口.资源与环境,2009,19(2)：162-165.
[29]何静,许健.中国外商直接投资污染转移效应测度方法研究.统计研究,2007,24(3)：26-30.
[30]陈锡康,刘秀丽,张红霞,许健,杨翠红.中国9大流域水利投入占用产出表的编制及在流域经济研究中的应用.水利经济,2005,23(2)：3-6.
[31].Chen Xikang, Input-Occupancy-Output analysis and Its Application in China, in Dynamics and Conflict in Regional Structural Change, edited by Manas Chatterji and Robert E. Kuenne. The Macmillan Press LTD,1990.
[32].Chen Xikang.2000, Water Resource Input-Occupancy-Output Table and Its Application in Shanxi Province of China. International Journal of Development Planning Literature, V01.15, No.3.247-264.
[33].Chen Xikang, Xue Xinwei. A non-linear input-output model in physical units and its application in China. Proceedings of the Seventh International Conference on Input-Output Techniques, United Nations,1984.201-209.
[34]张红霞,陈锡康.教育—经济系统的投入占用产出模型及其应用研究.中国投入产出分析应用论文精粹,2002：94-107.
[35]陈锡康.投入占用产出技术及其非线性和动态化研究.中国投入产出分析应用论文精粹, 2002：3-16.
[36]刘新建.国民经济动态投入占用产出分析的理论及应用策略.中国投入产出分析应用论文精粹,2002：29-43.
[37]杨翠红.乡镇企业投入占用产出表的编制及其应用研究.中国投入产出分析应用论文精粹,2002：44-55.
[38]陈锡康.刘起运.水利投入占用产出模型及其应用.中国投入产出分析应用论文精粹.2002：17-28
[39]陈锡康,刘秀丽,付雪.投入占用产出分析在理论与方法上的若干重要进展及其主要应用.中国科学基金,2008,4：224-227.
[40]刘新建.国民经济动态投入占用产出分析的理论与方法研究.系统工程学报,1997,12(1)：40-48.
[41]廖明球.资源配置与存量投入产出分析.中国投入产出分析应用论文精粹.2002：56-61.
[42]张红霞.教育-经济投入占用产出模型理论与应用研究.PhD thesis.中国科学院,2004
[43]陈锡康.中国城乡经济投入占用产出分析科学出版社.北京,1992.
[44]刘新建.国民经济动态投入占用产出分析的理论与方法研究及其它PhD thesis.中国科学院.1995.
[45]Xiannuan Lin, Karen R. Polenske. Input-output anatomy of china's energy use changes in the 1980s. International Journal of Development Planning Literature,1995.7(1):67-84.
[46]Zhang Hong Xiang. Macro-economic and setoral effects of carbon dioxide:a general equilibrium analysis for china. Economic System Research,1998.10(2):135-159.
[47]Thoss, R. K. Wiik. A linear decision model for the management of water quality in the ruhr, in the management of water quality and the environment,1974:104-141.
[48]张红霞,陈锡康.教育—经济系统的投入占用产出模型及其应用研究.中国投入产出分析应用论文精.2002：94-107.
[49].Chen Xikang.Input-Occupancy-Output Analysis and Its Application in Chinese Econo my. In The Current State of Economic Science, edited by Shri Bhaguan Dahiya, Rohtak (India),1999:501-514.
[50]刘新建.国民经济动态投入占用产出分析的理论与方法研究.系统工程学报,1997,12(1)：40-48.
[51]魏一鸣,吴刚,刘兰翠,范英.能源-经济-环境复杂系统建模与应用进展.管理学报,2005,2(2)：159-170.
[52]胡聃,张艳萍,文秋霞,陈超,刘天星,王震,许开鹏.北京城市生态系统总体资产动态及其与城市发展关系.生态学报,2006,26(7)：2207-2218.
[53]何静,陈锡康.水资源影子价格动态投入产出优化模型研究.系统工程理论与实践,2005.5：49-54
[54]何静,许健.中国外商直接投资污染转移效应测度方法研究.统计研究,2007,24(3)：26-30.
[55]许健.水利投入占用产出分析中若干理论与实证问题的研究.PhD thesis.中国科学院研究生院,2003：23-34.
[55]宋乾坤.一年延滞的动态投入产出系统稳定增长的判据.重庆师范学院学报(自然科学版),2002,19(2)：39-41.
[56]耿显民,孙利荣.一类独立的动态投入产出模型.高等学校计算数学学报,2005,27(4)：289-296.
[57]卢国志,卢宗华.动态投入产出技术在煤炭产业结构优化中的应用.山东科技大学学报(自然科学版),2000,19(2)：72-75.
[58]陈鹄汀.动态投入产出模型及其应用.决策参考.2004,5：19-20.
[59]郝晓红,张金水.动态投入产出模型及其在高等教育成本分析中的应用.数学的实践与认识,2007,37(12)：27-32
[60]屈百达,黄小原.动态投入产出系统消费跟踪的优化生产策略.系统工程学报,1999,14(4)：325-329.
[61]张红霞,唐焕文,林建华.多目标动态投入产出优化模型应用研究.大连理工大学学报,2001.41(5)：514-517.
[62]范德成,刘希宋.黑龙江省3次产业结构的动态投入产出模型分析.哈尔滨工程大学学报,2003,24(3)：347-350.
[63]翟丁,张庆灵,陈跃鹏,杨帆。基于动态投入产出的管理信息系统的分析与设计.东北大学学报(自然科学版),2003,24(8)：755-757.
[64]亢京力,毛云英,杨正方.具有约束的动态投入产出最优控制模型.天津大学学报,2002,35(3)：384-388.
[65]毛云英,解可新,韩秀芹,黄树基,林宏.具有终端产出约束的动态投入产出最优控制模型.系统工程理论与实践,2000,9：29-34.
[66]Bullard, C. W. and Sebald, A. V. Monte Carlo Sensitivity Analysis of Input-Output Models, Review of Ecnomics and Statistics.1988, (70):705-712.
[67]Hewings, G. J. D. The Role of Prior Information in Updating Regional Input-Output Models, Socio-Economic Planning Sciences,1984,18:319-336.
[68]Hewings, G. J D. Monitoring changes in a regional economy:an input-output simulation approach. Mpdelling and Simulation,1981,12:1043-1046.
[69]潘文卿,李予奈.中同消耗系数变动趋势的比较研究.统计研究,2001,(5)：25-30.
[70]许健,陈锡康,杨翠红.完全用水系数及增加值用水系数的计算方法.水利水电科技进展,2003,23(2)：17-20.
[71]魏彦昌,苗鸿,欧阳志云,王效科.海河流域用水平衡及生态用水保障措施探讨.水资源与水工程学报,2006,17(1)：11-14.
[72]陈丽华,王礼先.北京市生态用水分类及森林植被生态用水定额的确定.水土保持研究,2010,8(4)：161-164.
[73]孙跃强,张天勇,段玉玺,贺康宁.宁夏盐池县生态用水的初步研究.水土保持研究,2007,14(6)：142-144.
[74]杨爱民,唐克旺,刘小勇.生态用水的基本理论与计算方法.水利学报,2004,12：39-45.
[75]董福平,管仪庆,周黔生,余俊.河流生态用水流量确定新方法研究.水利学报,2007,10：547-551.
[76]左其亭.论生态环境用水与生态环境需水的区别与计算问题.生态环境,2005,14(4)：611-615.
[1]杨翠红.乡镇企业投入占用产出表的编制及其应用研究.中国投入产出分析应用论文精：44-55.
[2].Chen Xikang(1999), Input-Occupancy-Output Analysis and Its Application in Chinese Economy. In The Current State of Economic Science, edited by Shri Bhaguan Dahiya, Rohtak(India).Spel Lbound Publications Pvt. Ltd.501-514.
[3]蒋雪梅,佟仁城.中国地区投入产出表FES方法.系统工程,2008,26(3)：75-80.
[4]许健.投入产出模型中重要系数的确定方法研究.统计研究,2003(9)：53-56.
[5]蒋雪梅,佟仁城,许健.关键部门判别的部门弹性法.系统工程理论与实践,2006,4：14-20.
[6]王芳,许健.考虑结构变动的技术进步贡献率测算.科学管理研究,2005,23(4)：45-48.
[7]蒋雪梅,佟仁城.中国地区投入产出表FES方法.系统工程2008,26(3)：75-80.
[8]沈洁,范金,韩祀颖.新经济投入占用产出表的编制与核算.数学的实践与认识,2001,31(3)：297-303.
[9]潘文卿,李予奈.中同消耗系数变动趋势的比较研究.统计研究,2001,(5)：25-30.
[10].Sonis, M.&Hewings, G. J. D..Error and sensitivity input-output analysis:a new approach, in Frontiers of Input-Output Analysis, edited by Ronald E.Miller,Karen R.Polenske&Adam Z. Rose, New York, Oxford University Press,1989.232-244
[11]许健,肖丽.RAS法真实误差的实证研究.数学的实践与认识,2008,38(5)：102-108.
[12]Holland, D.&Cookes, S. C. Sources of structural change in the Washington economy: an input-output perspective. The Annals of Regional Science,1992,26:155-170.
[13]Jackson, R. W, Rogerson, R, Plane, D.& Ohuallachain. B. A causative Matrix Approach to Interpreting Structural Change. Economic Systems Research,1990,2(3):259-269.
[14]Hewings, G. J D. Monitoring changes in a regional economy:an input-output simulation approach. Mpdelling and Simulation,1981,12:1043-1046.
[15]Siebe, T. Important intermediate transactions and multi-sectoral modeling,Economic Systems Research,1996,8(2):1983-193.
[16]Dietzenbacher, E. and G. Gunluk-Senesen. A structural decomposition analysis for a partially closed input-output model.2007.
[17]Conway,R.S. Changes in regional input-output coefficients and regional forecasting. Regional science and urban economics,10:153-171.
[18]Kratena,K,Zakarias,G Input coefficient change using bi-proportional econometric adjustment function,economic systems reseach,16(2):115-134.
[19]Lynch, R. G., A assessment of the RAS method for updating input-output tables, presented for 7th International Conference on Input-Output Techniques, Innsbruck, Austria, April 9-13, 1979:1-9.
[20]Hewings, G. J. D. The Role of Prior Information in Updating Regional Input-Output Models, Socio-Economic Planning Sciences,1984,18:319-336.
[21]Bullard, C. W. and Sebald, A. V. Monte Carlo Sensitivity Analysis of Input-Output Models, Review of Ecnomics and Statistics.1988, (70):705-712.
[22]Holland D, Cookes S C. Sources of structural change in the Washington economy:an input-output perspective. The Annals of Regional Science,1992,26:155-170.
[23]. Xu S & Madden。 M, The concept ofimpo-ant coefficients in Input-Output models, in Flexibility and Extensions ia Regional Input-Output Modelling,edited by J J. LI. DewhursG J. D. Hewings & RC. Jansen, Aldershot, Avebury,1991,66-97.
[24]许健.水利投入占用产出分析中若干理论与实证问题的研究.[博士学位论文],中国科学院研究生院,2003,23-34.
[25]潘文卿.可比价投入产出表编制中价格指数求解的理论模型.中国投入产出学会第五届年会报告：21-23.
[26]Los B., Endogenous growth and structural change in a dynamic input-output model. Economic Systems Research,2001, 1(13):3-34.
[27]Feldman. S. J and Palmer K. Sources of structural change in the United States,1963-1978: an input-output respective. The Review of Economics and Statistics,1987, (69):503-510.
[28]Fidel Aroche-Reyes, Structural Transformations and Important Coefficients in the North American Economies. Economic Systems Research,2002,14(3):257-273.
[29]许亦平.Hybrid方法在编制山西省乡镇企业-非乡镇企业投入产出表中的应用系统工程理论与实践.2000(5)：140-144.
[1]Sonis.M.& Hewings.G. Error and sensitivity input-output aaalysls:a new appmach, in
Frontiers of Input-Output Analysis, edited by Ronald E-Miller, Oxford University Press, 1989,232-244
[2]Sonis. M.&Hewings, G. Fields of influence and extended input-output analvsis, a theoretical account,in Flexibility and Extensions in Regional Input.1992:209-234.
[3]Xu S & Madden.M. The concept of impotant coefficients in Input-Output models, in Flexibility and Extensions ia Regional Input-Output Modelling, edited by J J. LI. DewhursG J. D. Hewings & RC. Jansen, Aldershot, Avebury,1991,66-97.
[4]Holland. D, Cookes S. C. Sources of structural change in the Washington economy:an input-output perspective. The Annals of Regional Science,1992,26:155-170.
[5]Hewings, G... The Role of Prior Information in Updating Regional Input-Output Models, Socio-Economic Planning Sciences,1984,18:319-336.
[6]Bullard.C. W. and Sebald. A. V. Monte Carlo Sensitivity Analysis of Input-Output Models, Review of Ecnomics and Statistics.1988, (70):705-712.
[7]Hewings. GJD, Monitoring changes in a regional economy:an input'output simulation aDpreach, Mpdelling and Simulation,12,1981,1043。 1046.
[8]Sonis, M. and Hewings, G.J.D., Coefficient change in input-output models:theory and Applications, Economic Systems Research,1992,4(2):143-157.
[9]Sonis, M., Hewings, G.J.D., and Guo, J., Sources of structural change in input-output systems: a field of influence approach, Economic Systems Research,1996,8(1):15-32.
[10]Sonis, M., Hewings, G.J.D., and Guo, J., A new image of classical key sector analysis: minimum information decomposition of the leontief inverse, Economic Systems Research,2000, 12(3):403-423.
[11]Chen Xikang, Input-Occupancy-Output Analysis and Its Application in China, in Dynamics and Conflict in Regional Structural Change,edited by Robert E.Kuenne, Macmillan Press, London,1990:267-278.
[12]Jilek.J., The selection of the most important coefficients, Economic Bulletin for Europe.1971,23(1):86-105.
[13].Sherman,J.and Morrison,W.j., Adjustment of an inverse matrix corresponding to a change in an element of a given matrix, Annuals of Mathematics Statistics,21,1950,124-127
[14]. Xu,S. and Madden,M., The concept of important coefficients in Input-Output models, in Flexibility and Extensions in Regional Input-Output modeling,edited by J.J.LI. Dewhurst,G.J.D.Hewings and R.C.Jensen, Aldershot.Avebury,1991,.66-97
[15]Sherman, J. and Morrison, W.J., Adjustment of an inverse matrix corresponding to a change in an element of a given matrix, Annuals of Mathematics Statistics,1950, (21):124-127.
[16]Schintke, J. and Staglin, R. Stability of Important Coefficients, in:A. Smyshlyaev (Ed.), Input-Output Modeling (Berlin:Springer-Verlag).1985.
[17]Schintke, J. and Staglin, R. Important Input Coefficients in Market Transactions Tables and Production Flow Tables, in:M.Ciaschini (Ed.), Input-Output Analysis:Current Developments. London, Chapman & Hall.1988.
[18]Siebe, T. Important intermediate transactions and multi-sectoral modeling, Economic Systems Research,1996,8(2):1983-193.
[19]Sonis, M. and Hewings, G.J.D., Error and sensitivity input-output analysis:a new approach,in Frontiers of Input-Output Analysis, edited by Ronald E. Miller, Karen R.Polenske and Adam Z.Rose, New York, Oxford University Press,1989:232-244.
[20]Sonis, M.& Hewings, G.J.D. Fields of influence and extended input-output analysis, a theoretical account, in Flexibility and Extensions in Regional Input-Output Modelling, edited by J.J.LI.Dewhurst, G.J.D.Hewings & R.C.Jensen, Aldershot, Avebury,1991:141'-157.
[21]Sherman, J.& Morrison, W.J., Adjustment of an inverse matrix corresponding to a change in an element of a given matrix, Annuals of Mathematics Statistics,1950,21:124-127.
[22]Casler S. D.& Hadloek,D., Conlrlbutions to change in the input, output model:the search fer inverse important coefficients. Journal of Regional Science, Vol 37, NO.2,1997:175-193
[23]. Sclir e. J.&Staglin, R, Important input coefficients in market transactio"tables and DrOducdOn flow tables, in Input-Output Analysis:Current Developments, edited by M. Ciaschini, New York, Chapman and Hall,1988,43-60
[24]许健,陈锡康,杨翠红.完全用水系数及增加值用水系数的计算方法,水利水电科技进,2003(2)：17-20.
[25]沈甘卿,论生态经济型环境水利模式——走水利绿色道路.水科学进展,1999,10(3)：260-263.
[26]刘昌明,何希吾21世纪中国水问题方略.北京：科学出版社,1996.82-96.[27]
[28]杨翠红,综合环境费用的概念与计算方法研究.系统工程理论与实践.2001(6)141-144.
[29]范金,生态经济投入占用产出的多目标优化模型及求解系统工程理论与实践.2001(5)：75-81.
[30]. Chen, Xikang, Guo Jue, (2000)China Economic Structure and SDA Model, Journal of Systems Science and Systems Engineering,9(2),142-148.
[31]王志宏.资源占用分析模型的理论与方法[A].当代中国投入产出实践与研究[M].北京：中国统计出版社,1999.120-128.
[32].郭菊娥,邢公奇,何建武.黄河流域水资源空间利用结构的实证分析.管理科学学报,2005,8(6)：37-42
[33]Pablo Muloz J. and Klaus Hubacek. Material implication of Chile's economic growth: Combining material flow accounting (MFA) and structural decomposition analysis (SDA) [J]. Ecological Economics,2008,65 (1):136-144.
[34]王海建.经济结构变动对环境污染物排放的影响分析[J].中国人口.资源与环境,1999.30-33.
[35]Michael Sonis, Geoffrey J D Hewings. Theoretical and applied input-output analysis:A new synthesis. Part I, structure and structural change in input-output systems[J]. Studies in Regional Science,1998,27:233-256.
[1]李景华.占用变动的SDA模型及其应用.2005(35)：89-94.
[2]. Chen.Xikang, Guo Jue, (2000)China Economic Structure and SDA Model, Journal of Systems Science and Systems Engineering,9(2),142-148.
[3]Dietzenbacher E, Lo s B. Structural decompo sition techniques:sense and sensitivity [J]. Economic System s Research,1998,10 (3):307-324.
[4]Dietzenbacher.E,Los.B.(2000)Structural decomposition analyses with dependent determinants, Economic Systems Research,12(4),497-514.
[5]Chenery H, Shishido S, Watanabe T. The pattern of Japanese growth 1914-1954 [J]. Econometrica,1962,30:98-131.
[6]Syrquin M. Sources of Industrial Growth and Change [R]. Paper Presented at the European Meetings of the Econometric Society,Helsinki,1976.
[7]Chenery H. Industrialization and Growth:A Comparative Study[M]. Shanghai:Shanghai Joint Publishing Company,1995.57:199-203.
[8]Kanem itsu H, Ohnishi H. An input-output analysis of techno logical changes in the Japanese economy:1970-1980[A]. Frontiers of Input-Output A nalysis[C]. New York:Oxford University Press,1989.308-323.
[9]Han X. Structure change and labor requirement of the Japanese economy [J]. Econom ic System s Research,1995,7 (1):47-65.
[10]Fujikawa K, M ilana C. Input-output decompo sition analysis of sectoral price gaps between Japan and China [J].Economic Systems Research,2002,14 (1):59-80.
[11]Skolka J.Input-output structural decomposition analysis for austria[J]. Journal of Policy Modeling,1989,11:45-66.
[12]Rose A, Casler S. Input-output structural decompo sition analysis:a critical app raisal [J]. Econom ic Systems Research,1996,8 (1):33-62.
[13]王志宏.资源占用分析模型的理论与方法[A].当代中国投入产出实践与研究[M].北京：中国统计出版社,1999.120-128.
[14]李景华.占用变动的SDA模型及其应用.数学的实践与认识,2005,35(6)：89-94
[15]郭菊娥,邢公奇,何建武.黄河流域水资源空间利用结构的实证分析.管理科学学报,2005,8(6)：37-42.
[16]Pablo Muloz J.and Klaus Hubacek. Material implication of Chile's economic growth: Combining material flow accounting (MFA) and structural decomposition analysis (SDA). Ecological Economics,2008,65 (1):136-144.
[17]Michael Sonis,Geoffrey J.D Hewings. Theoretical and applied input-output analysis:A new synthesis. Part I, structure and structural change in input-output systems[J]. Studies in Regional Science,1998,27:233-256.
[18]王海建.经济结构变动对环境污染物排放的影响分析[J]中国人口.资源与环境,1999.30--33.
[19]De Haan.M. A structural decompo sition analysis of pollution in theN etherlands[J]. Economic Systems Research,2001,13 (2):181-196.
[20]M ukhopahyay K, Chak rabo rty D. India's energy consumption changes during 1973-74 to 1991-92 [J].Economic System s Research,1999,11(4):423-438.
[21]Lin X, Polenske.K. R. Input-output anatomy of China's energy use changes in the 1980s [J]. Economic Systems Research,1995,7(1):67-84.
[22]王志宏.经济增长与产业结构变动的投入产出分析.PD thesis.中国科学院.1998
[23]Chen X K, Guo J E. China econom ic structure and SDA model [J]. Journal of System s Science and Systems Engineering,2000,9(2):142-148.
[241]Hermann Sehnabel. The evolution of production structures analyzed by a Multi-layer procedure Economics System ReseaTrh 1994 6(1).
[25]Holland, D.&Cooke, S. C. Sources of structural change in the Washington economy: an input-output perspective, The Annals of Regional Science,1992,26,155-170.
[26]许健.投入产出模型中重要系数的确定方法研究.统计研究,2003(9)：53-56.
[27]李景华.中国第三产业投入产出分析：1987—1995[A].载：许宪春,刘起运.中国投入产出分析应用论文精萃[C].北京：中国统计出版社,2004：171—184.
[2]宋炳煜.关于生态用水研究的讨论[J].自然资源学报,2003(18)：617-625.
[3]中国工程院21世纪中国可持续发展水资源战略研究项目组：中国可持续发展水资源战略研究综合报告；中国工程科学：2000,2(8)1-17.
[4]沈国舫.生态环境建设与水资源的保护和利用.中国水利,2000,8：26-30.
[5]张克俭.浅谈海河流域水资源开发利用的一些特点.海河水利,1991,4：25-27.
[6]沈茂成.保障生态用水保护湿地资源.中国林业,2001,7：16-17.
[7]石伟,王光谦。黄河下游生态需水量及其估算；地理学报,2002,576)：595-602
[8]魏彦昌,苗鸿,欧阳志云,王效科。海河流域用水平衡及生态用水保障措施探讨。水资源与水工程学报,2006,17(1)：11-14
[9]苗鸿,魏彦昌,姜立军等.生态用水及其核算方法[J].生态学报,2003,23(6)：1156-1164.
[10]汤奇成.绿洲的发展与水资源的合理利用.干旱区资源与环境,1995,9(3)107-111.
[11]黄晓荣,张新海,裴源生,梁川.经济用水与生态用水的优化模拟耦合模型研究。人民黄河,2006,28(1)：44-46.
[12]张杰,高雪峰,王润元.生态用水的估算方法研究和问题探讨.干旱气象,2008,26(2)：12-16
[13]Afzal J, Noble D H. Optimization model for alternative use of different quality irragation waters [J]. Joural of Irrigation and Drainage Engineering,1992,118:218-228.
[14]James C S. The role of hydraulic in understanding river process. National Rivers Initiative, South African Society of Aquatic Scientists, Pietermarit burg, South Africa,1998.
[15]Morshed, Kaluarachchi, et al. Enhancement s to Genetic Algorithm for Optimal Ground-Water Management [J]. Journal of Hydrologic Engineering,2000,51 (1):67-73.
[16]杨爱民,唐克旺,王浩,刘小勇.生态用水的基本理论与计算方法.水利学报,2004,12：39-45.
[17]Wong H S, Sun N Z. Optimization of Conjunctive Use of Surface Water and Groundwater With Water QualityConst raint s[A]. Proceedings of the Annual Water Resources Planning and Management Conference Apr.6-9[C], Sponsored by ASCE,1997:408-413.
[18]Chen, Xikang, Yang, Cuihong.&Xu, Jian. Water conservancy economy input occupancy-output table of China and its application. International Journal of Development Planning Literature,2002,17(1)&(2):19-28.
[19]Nienhuis P H.New concepts for sustainable management of river basins[M].Netherlan ds:Backuys Publishers,1998.
[20]Laxmi Narayan Sethi, Sudhindra N. Panda, Manoj K. Nayak. Optimal crop planning and water resources allocation in a coastal groundwater basin, Orissa, India. Tubewell agricultural water management,2006,83:209-220.
[21]Lizhong Wang, Liping Fang, Keith W. Hipel. Basin-wide cooperative water resources allocation. European Journal of Operational Research,2008,190:798-817.
[22]Z.F. Yang, T. Sun, B.S. Cui, B. Chen, G.Q. Chen. Environmental flow requirements for integrated water resources allocation in the Yellow River Basin, China. Communications in Nonlinear Science and Numerical Simulation,2009,14:2469-2481.
[23]Ilyas Masih, Mobin-ud-Din Ahmad, Stefan Uhlenbrook, Hugh Turral a, Poolad Karimi. Analysing streamflow variability and water allocation for sustainable management of water resources in the semi-arid Karkheh river basin, Iran. Physics and Chemistry of the Earth,2009,34: 329-340.
[24]R.A. Letcher, B.F.W. Croke, A.J. Jakeman. Integrated assessment modelling for water resource allocation and management:A generalised conceptual framework. Environmental Modelling & Software,2007,22:733-742.
[25]Shachar Shem-Tov, Yitzchak Gutterman. Influence of water regime and photoperiod treatments on resource allocation and reproductive successes of two annuals occurring in the Negev Desert of Israel. Journal of Arid Environments,2003,55:123-142.
[26]Deepak Khare, M.K. Jat, J. Deva Sunder. Assessment of water resources allocation options: Conjunctive use planning in a link canal command. Resources, Conservation and Recycling,2007,51:487-506.
[27]Robert C. Mahan, Theodore M. Horbulyk, John G. Rowse. Market mechanisms and the efficient allocation ofsurface water resources in southern Alberta. Socio-Economic Planning Sciences,2002,36:25-49.
[28]F.B. Victoria, J.S. Viegas Filho, L.S. Pereira,J.L. Teixeira, A.E. Lanna. Multi-scale modeling for water resources planning and management in rural basins. Agricultural Water Management,2005,77:4-20.
[29]R. Hranova, B. Gumbo, J. Klein, P. van der Zaag. Aspects of the water resources management practice with emphasis on nutrients control in the Chivero Basin, Zimbabwe. Physics and Chemistry of the Earth,2002,27:875-885.
[30]Enrique Ballestero, Silverio AlarcoA n and Ana GarcoAa-Bernabeu. Establishing politically feasible water markets:a multi-criteria approach. Journal of Environmental Management,2002,65:411-429.
[31]Herv_e L_evite,Hilmy Sally,Julien Cour. Testing water demand management scenarios in a water-stressed basin in South Africa:application of the WEAP model. Physics and Chemistry of the Earth,2003(28):779-786.
[32]王西琴,刘昌明,杨志峰.生态及环境需水量研究进展与前瞻[J].水科学进展,2002,13(4)：507-514.
[33]粟晓玲,康绍忠,石培泽.干旱区面向生态的水资源合理配置模型与应用.水利学报,2008,39(9)：1111-1117.
[34]饶碧玉,周彩霞,王静,罗绍芹.哈尼梯田灌区水资源合理配置研究.水资源与水工程学报,2009,20(6)：38-41.
[35]黄晓荣,李云玲,蔡明,李煜刚.基于黄河健康生命的流域水资源合理配置方案评价研究.西北农林科技大学学报(自然科学版),2008,36(11)：208-216.
[36]何长高,董增川,陈卫宾,石景元.基于水资源合理配置的流域水土保持结构优化模型研究.岩土工程学报,2008,30(11)：1738-1742.
[37]蒋枝伶,王磊.南京市溧水县水资源合理配置探讨.水资源研究,2009,30(4)：24-26
[38]代兴兰.曲靖市水资源合理配置方案分析.水资源研究,2008,29(4)：11-12.
[39]罗光明,侍克斌.水资源合理配置研究现状及有关问题探讨.水资源与水工程学报,2009,20(5)：63-66.
[40]李九一,李丽娟,姜德娟,等.沼泽湿地生态储水量及生态需水量计算方法探讨[J].地理学报,2006,61(3)：289-296.
[41]杨志峰,崔宝山.生态环境需水量理论、方法与实践[M].北京：科学出版社,2003.
[42]李丽娟,郑红星.海滦河流域河流系统生态环境需水量计算[J].地理学报,2000,55(4)：495-500.
[43]丰华丽,王超,李勇.流域生态需水量的研究[J].环境科学动态,2001,(1)：27-30.
[44]倪晋仁,崔树彬,等.论河流生态环境需水[J].水利学报,2002,(9)：14-26.
[45]王礼先.生态环境用水的界定和计算方法[J].中国水利,2002,(10)：28-30.
[46]刘昌明.中国21世纪水供需分析：生态水利研究[J].中国水利,1999,(10)：18-21.
[47]Robert J. Naiman, Joshua J. Latterell, Neil E. Pettit. Julian D. Olden.Flow variability and the biophysical vitality of river systems.C. R. Geoscience,2008(340):629-643.
[48]Shayne M. Jacobsa, Robert J. Naiman. Large African herbivores decrease herbaceous plant biomass while increasing plant species richness in a semi-arid savanna top sequence. Journal of Arid Environments,2008(72):891-903.
[49]Martin Volk, Jesko Hirschfeld, Alexandra Dehnhardt, Gerd Schmidt, Carsten Bohn, Stefan Liersch, Philip W. Gassman. Integrated ecological economic modeling of water pollution abatement management options in the Upper Ems River Basin. Ecological economics,2008(66):6 6-76
[50]Edna Cabecinha Martinho Louren, Joao Paulo Moura, Joao Alexandre Cabral. A multi-scale approach to modeling spatial and dynamic ecological patterns for reservoir's water quality management. Ecological Modeling,2009(220):2559-2569
[50]Huei Longwu, Zheng Yifeng. Ecological engineering methods for soil and water conservation in Taiwan. Ecological engineering,2006(28):333-344
[52]Dong Xin, Du Pengfei, Tong Qingyuan, Chen Jining.Ecological Water Requirement Estimates for Typical Areas in the Huaihe Basin.tsinghua science and technologyissn, 2008,13(2):243-248
[53]H. Hoff, M. Falkenmark, D. Gerten, L. Gordon, L. Karlberg, J. Rockstrom. Greening the global water system. Journal of Hydrology,2010(384):177-186
[54]Peter H. Gleick.Reducing the risks of conflict over fresh water resources in the middle east. Studies in Environmental Science,1994(58):41-54.
[55]Peter H. Gleick. The human right to water. Water Policy,1998(1):487-508.
[56]左其亭.干旱半干旱地区植被生态用水计算[J].水土保持学报,2002,16(3)：114117.
[57]陈丽华,王礼先.北京市生态用水分类及森林植被生态用水定额的确定.水土保持研究,2010,8(4)：161-164.
[58]占车生,夏军,丰华丽,朱一中,刘苏峡.河流生态系统合理生态用水比例的确定.中山大学学报(自然科学版),2005,44(2)：121-124.
[59]董福平,管仪庆,周黔生,余俊.河流生态用水流量确定新方法研究.水利学报,2007,10：547-551.
[60]章光新,邓伟,何岩.基于生态用水的地下水系统模拟与优化管理模型.地理学报,2002,57(5)：611-618.
[61]左其亭.论生态环境用水与生态环境需水的区别与计算问题.生态环境2005,14(4)：611-615.
[62]鲍达明,胡波,赵欣胜,崔保山.湿地生态用水标准确定及配置——以白洋淀湿地为例.资源科学,2007,29(5)：110-120.
[63]王西琴,张远.我国七大流域河道生态用水现状评价.自然资源学报,2008,23(1)：95-102.
[64]王芳,梁瑞驹,杨小柳,陈敏建.中国西北地区生态需水研究(1)——干旱半干旱地区生态需水理论分析.自然资源学报,2002,17(1)：1-8.
[65]王芳,刘佳,燕华云.青海湖水平衡要素水文过程分析.水利学报,2008,11(39)：1229-1238.
[66]王芳,王浩,陈敏建,王研,唐克旺.中国西北地区生态需水研究(2)—基于遥感和地理信息系统技术的区域生态需水计算及分析.自然资源学报,2002,17(2)：129-137.
[67]刘昌明.中国21世纪水供需分析：生态水利研究.中国水利,1999,10：18-20.
[68]李丽娟,郑红星.海滦河流域河流系统生态环境需水量测算.地理学报,2000,55(4)495-500.
[69]严登华,何岩,邓伟.东辽河流域河流系统生态需水研究.水土保持学报,2001,15(1)：46-49.
[70]Vannote R L,Minshall GW,Cummins KW. The river continuum concept [J].Canadian Journal of Fisheries and Aquatic Sciences,1980, (37):130-137.
[71]Petts G E.Water allocation to protect river ecosystem[J].Regulated Rivers:Res Management,1996, (12):353-365.
[72]Gleick P H.Water in crisis:paths to sustainable water use[J].Ecological Applications ,1998,8 (3):571-579.
[73]石伟,王光谦.黄河下游生态需水量及其估算[J].地理学报,2002,57(5)：595-602.
[74]崔宝山,杨志峰.湿地生态环境需水量研究[J].环境科学学报,2002,22(2)：213-218.
[75]刘静铃,杨志峰.湖泊生态环境需水量计算方法研究[J].自然资源学报,2002,17(5)：604-609.
[76]贾宝全,-慈龙骏.新疆生态用水量的初步估算.生态学报,2000,20(2)：243-250.
[77]殷康前,倪晋仁.湿地研究综述.生态学报,1998,18(5)：539-546.
[78]粟晓玲,康绍忠.生态需水的概念及其计算方法[J].水科学进展,2003,14(6)：740-744.
[79]丰华丽,王超,李勇.流域生态需水量的研究[J].环境科学动态,2000,1：27-37.
[80]高清竹,杨劼,宋炳煜,江源.黄河中游砒砂岩地区长川流域生态用水分析.自然资源学报,2004,19(4)：499-507
[81]王让会,于谦龙,李凤英,黄青,张慧芝.基于生态水文学的新疆绿洲生态用水若干问题.水土保持通报,2005,25(5)：100-104.
[82]Charles ReVelle. Research challenges in environmental management. European Journal of Operational Research,2000(121):218-231
[83]B. Chen, G.Q. Chen, F.H. Hao, Z.F. Yang. Exergy-based water resource allocation of the mainstream Yellow River. Communications in Nonlinear Science and Numerical Simulation,2009,14:1721-1728.
[84]R.A. Letcher, B.F.W. Croke, A.J. Jakeman. Integrated assessment modelling for water resource allocation and management:A generalised conceptual framework. Environmental Modelling & Software,2007,22:733-742.
[85]S. Nayar, G.J. Collings, D.J. Miller, S. Bryars, A.C. Cheshire. Uptake and resource allocation of inorganic carbon by the temperate seagrasses Posidonia and Amphibolis. Journal of Experimental Marine Biology and Ecology,2009,373:87-95.
[1]刘起运.经济系统规划方法和模型.中国统计出版社,北京,1993,158-171.
[2]段志刚,李善同.北京市结构变化的可计算性一般均衡模型,数量经济技术经济研究,2004,(12)：86-94.
[3]钟契夫.投入产出分析.中国财经经济出版社.北京.1997.
[4]H. Varian.Microeconomic Analysis. W.Wnorton Company,New York,1984
[5]赵山.纳什均衡与一般均衡的关系研究.数量经济技术经济研究,2005,1：138-143
[6]张友国.一般均衡模型中排污收费对行业产出的不确定性影响———基于中国排污收费改革分析.数量经济技术经济研究,2004,5：156-161
[7]B.S.Piper,Chaiyuth Sukhsri et.al. A simulation model for Planning water resource developments in the Chi river basin[J].Water Resources Management,1989,3(2):141-153.
[8]庞军,邹骥.可计算一般均衡(CGE)模型与环境政策分析。中国人口.资源与环境,2005,15(1)：56-60.
[9]Leontief W.W. Input-output analysis,a dictionary of economics,the new pulgrave.New York,1987:860-864.
[10]Gleick P H..The Changing Water Paradigm:A look at Twenty-first Century Water Resource Development, Water International,2000,25(1):127-138.
[11]Leontief.W. W. etc. Studies in the structure of the American economy, New York, Oxford University Press,1953.
[12]Holland, D.&Cooke, S. C. Sources of structural change in the Washington economy: an input-output perspective, The Annals ofRegional Science,1992,26,155-170.
[13]. Leontief,W W. Interrelations of prices, output, savings, and investments. In:Review of Economics and statistics,1937.
[14]C.C. Wu, N.B. Chang.Grey input-output analysis and its application for environmental cost allocation.European Journal of Operational Research,2003 (145):175-201.
[15]Chen Xikang(1990)Input-Occupancy-Output Analysis and Its Application in China. in Dynamics and conflict in Regional Structural Change, edited by Manas Chattezji and Robert E. Kuenne, Macmillan Press, London.
[16]Heinz D. Kurz & Neri Salvadori (2000b) The dynamic Leontief model and the theory of endogenous growth, Economic Systems Research, Vol.12, No.2, June 2000.
[17]Leontief.W. (1966) Input-Output Economics, New York, Oxford University Press,1989.
[18]穆艳杰.从政治、经济批判到生态批判—从经典马克思主义到生态学马克思主义.学术交 流.2009(187)：1-5.
[19]Leontief. W.W. Environmental repercussions and the economic system, Review of Economics and Statistics,1970,52:262-272.
[20]Rose, A. & Miernyk, W. (1989) Input-output analysis:the first fifty years Economic Systems Research,1,229-271.
[21]Leontief.W. Wassily(1936)Quantitative input-output relations in the economic system of the United States. Review of Economic Statistics,18(3),105-125.
[22]Leontief. W.W, Du chin, F. The Future Impact of the Automation on Works, New York, Oxford University Press,1986.
[23]Leontief. Wassily. Daniel Ford Air pollution and the economic structure Empirical results of input-output computations.1973.
[24]张越.环境经济投入产出模型的应用发展.环境经济,2001,11：31-34.
[25]陈锡康.投入占用产出技术及其非线性和动态化研究.中国投入产出分析应用论文精,3-16.
[26]Eric C. Wang. Structural Change and Industrial Policy in Taiwan,1966-91:An Extended Input-Output Analysis.2002(22):235-249.
[27]C. Sporria, M. Borsukb, I. Peters, P. Reicherta. The economic impacts of river rehabilitation: A regional Input-Output analysis. Ecological economics 2007 (62)341-351.
[28]L.C. Stilwell, R.C.A. Minnitt, T.D. Monson, G. Kuhn. An input-output analysis of the impact of mining on the South African economy, Resources Policy 2000 (26) 17-30.
[29]Maria Llop. Economic impact of alternative water policy scenarios in the Spanish production system:An input-output analysis. Ecological economics 62 (2008)288-294.
[30]Sang-Yong Hana, Seung-Hoon Yoob, Seung-Jun Kwak.The role of the four electric power sectors in the Korean national economy:an input-output analysis. Energy Policy 32 (2004) 1531-1543.
[31]吴海民.广州、深圳、东莞三市宏观经济投入产出效率评价与分析.珠江论坛.2007,22(3)：197-202.
[32]利果,王铮.基于投入产出表对上海市宏观经济的分析.地理与地理信息科学,2008,24(2)：48-52
[33]Hector Correa, James Craft. Input-output theory and institutional aspects Of e nvironmental policy[J]. Omega, Int. J. Mgmt. Sci.,1999,27:87-99.
[34]史耀远.中国经济结构变化的投入产出分析.系统工程理论与实践,1999,1074-76
[35]顾俊龙.农业投入与产出结构变化及影响因素分析.山西财经大学学报,2006,28(5)：67-71.
[36]王洪波,丁晶.基于投入产出模型的国民经济产出结构变化因素分析.知识经济,2007,12：44-45.
[37]Qiao-Xing Li, Si-Feng Liu. The foundation of the grey matrix and the grey input-output analysis. Applied Mathematical Modelling,2008(32) 267-291.
[38]Hi-Chun Parka, Eunnyeong Heo. The direct and indirect household energy requirements in the Republic of Korea from 1980 to 2000-An input-output analysis. Energy Policy,2007(35) 2839-2851.
[39]Skolka,J.Input-output structural decomposition analysis for Austria[J]. Journal of Policy Modeling,1977.
[40]Rose,A, Casler,S. (1996)Input-output structural decomposition analysis:a critical appraisal. Economic Systems Research,1998(1):33-62.
[41]Carter, A. Structural Change in the American Economy[M]. Cambridge, MA, Harvard University Press.1970.
[42]Chen, Xikang, Yang.Cuihong.&Xu, Jian. Water conservancy economy input occupa ncy-output table of China and its application. International Journal of Development Planni ng Literature,2002,17(1)&(2):19-28
[43]张颖,单永娟,韩雪梅.北京经济系统物质流投入产出表的编制及其分析.自然资源学报,2009(24)：514-522.
[44]陈东景,李培英,韩泽瑜,陈强.基于投入-占用-产出技术的自然资源乘数分析.生态经济2008(12)：26-30.
[45]雷明.中国环境经济综合核算体系框架设计.系统工程理论与实践.2000,10：17-26.
[46]党玉婷.中国对外贸易对环境污染影响的实证研究—全球视角下投入产出技术矩阵的环境赤字测算.财经研究,2010,36(2)：26-35.
[47]J. R. Ni, D. S. Zhong, Y. F. Huang and H. Wang。 Total waste-load control and allocation based on input-output analysis for Shenzhen, South China, Journal of Environmental Management (2001)61,37-49.
[48]Rixt Kok, Rene'M.J. Benders. Measuring the environmental load of household consumption using some methods based on input-output energy analysis:A comparison of methods and a discussion of results.Energy Policy 34 (2006) 2744-2761.
[49]Hterendeen.Hybrid input-output analysis of wastewater treatment and environmental impacts:A case study for the Tokyo Metropolis Chen Lin. Ecological Economics 68 (2009) 2096-2105.
[50]Hae-Chun Rhee, Hyun-Sik Chung.Change in CO2 emission and its transmissions between Korea and Japan using international input-output analysis.Ecological Economics 58 (2006) 788-800.
[51]Tomohiro Okadera, Masataka Watanabe, Kaiqin Xu.Analysis of water demand and water pollutant discharge using a regional input-output table:An application to the City of Chongqing, upstream of the Three Gorges Dam in China。 Ecological Economics 58 (2006) 221-237.
[52]Chen Xikang, Gou Jue. Chinese economic structure and SDA model[J]. Journal of Systems Science and Systems Engineering,2000,.9(2):142-148.
[53]Isabela Butnara, Maria Llopb。 Composition of greenhouse gas emissions in Spain:An input-output analysis Isabela Butnara, Maria Llopb， Ecological E conomics,2007 (16):388-395.
[54]C.C. Wu, N.B. Chango Grey input-output analysis and its application for environmental cost allocation。 European Journal of Operational Research,2003 (145):175-201
[55]Jonas Na" sse'na, John Holmberg, Anders Wadeskog, Madeleine Nyman. Direct and indirect energy use and carbon emissions in the production phase of buildings:An input-output analysis. Energy 32 (2007) 1593-1602.
[56]Hi-Chun Park, Eunnyeong Heo. The direct and indirect household energy requirements in the Republic of Korea from 1980 to 2000-An input-output analysis. Energy Policy,2007(35): 2839-2851.
[57]梁进社,郑蔚,蔡建明.中国能源消费增长的分解—基于投入产出方法.自然资源学报,2007,22(6)：853-864.
[58]席酉民,刘洪涛,郭菊娥.能源投入产出分式规划模型的构建与应用.科学学研究,2009,27(4)：535-540
[59]王会娟,陈锡康.扩展的非竞争型能源投入占用产出模型.系统科学与数学,2009,29(11)：1447-1456.
[60]李爱军.基于投入产出模型的湖北省能源强度分解.统计观察,2008,3(225)：93-97
[61]Hector Correa,James Craft.Input-output theory and institutional aspects Of environmental policy[J]. Omega, Int. J. Mgmt. Sci.,1999,27:87-99.
[62]Hector Correa, Salomon A. Guajardo. An application of input. output analysis to a city's municipal government[J]. Socio-Economic Planning Sciences,2001,35:83-108.
[63]Hector Correa. An input-output operationalization of soci-al systems of Socio-Economics,2002,31:115-123.
[64]刘新建.动态投入占用产出分析模型应用中的三个特殊处理问题.中国管理科学,1997(6)：5-11.
[65]Kanemitsu, H.&Ohnishi, H. (1989)An input-output analysis oftechnological changes in the Japanese economy:1970-1980. in:R. E. Miller,K. R. Polenske & AZ. Rose(Eds. )Frontiers of Input-Output Analysis. New York:Oxford University Press,308-323.
[66]潘文卿.一个反映关税调整效应的投入产出优化模型.数量经济技术经济研究,2003,7：93-95.
[67]张金水,姜超.可计算非线性动态投入产出模型及其在税率设定中的应用.系统工程理论与实践,2004(9)：33-37
[68]姜超,张金水.考虑税收的可计算非线性动态投入产出模型及其参数设定.系统工程理论与实践,2004(8)：32-37.
[69]Forsell D. Explaining change in Input-Output coefficients of Finland. Edited by A. P. Carter and A. Brody, North-Holland, Amsterdam,1972,343-369.
[70]刘益.基于投入产出模型的旅游卫星账户研究.暨南学报(哲学社会科学版),2006,3(122)：60-65.
[71]王燕,王哲.基于投入产出模型的新疆旅游业产业关联及产业波及分析.干旱区资源与环境,2008,22(5)：112-117.
[72]宋增文.基于投入产出模型的中国旅游业产业关联度研究.旅游科学,2007,21(2)7-12.
[73]Chen Xikang(1999), Input-Occupancy-Output Analysis and Its Application in Chinese Economy. In The Current State of Economic Science, edited by Shri Bhaguan Dahiya, Rohtak(India). Spel Lbound Publications Pvt. Ltd.501-514.
[74]王嘉谟,李林.动态投入产出模型分析与改进.核电规划计算.1999：3-9.
[75]李亮,耿显民.一类带消费的随机动态投入产出模型.淮阴师范学院学报(自然科学版),2008,7(1)：17-22.
[76]何静,陈锡康.水资源影子价格动态投入产出优化模型研究.系统工程理论与实践,2005,5：49-54.
[77]李泳,李金青.环境规制政策与中国经济增长——基于一种可计算非线性动态投入产出模型.系统工程,2009,27(11)：7-13.
[78]郭崇慧,唐焕文.动态投入产出模型的解及其灵敏度分析.大连理工大学学报, 2004,44(1):151-153.
[79]Hernz D. Kurz. Exhaustible resources in a dynamic input-output model with classical features. Economics System Research 1997 9(3).
[80]Kazuhiko, Hiroki Hondo, Yohji Uchiyam. Comparative analysis of embodied liabilities using an inter-industrial process model:gasoline- vs. electro-powered vehicles. Applied Energy 69 (2001)307-320.
[81]苗晨,刘国志.动态投入产出最优化控制模型的微粒群算法.科学技术与工程,2009；9(15)：4497-4500
[82]刘新建.国民经济动态投入占用产出分析的理论与方法研究及其它PhD thesis.中国科学院.1995
[83]张红霞.教育-经济投入占用产出模型理论与应用研究.PhD thesis.中国科学院,2004
[84]何剑鸣,王冬,薛新伟.全国种植业非线性投入产出模型的研究.系统工程理论与实践,1996,6：64-72.
[85]刘秀丽.主系数非线性投入占用产出模型.南京理工大学学报,2005,29(3)：371-374.
[86]H.J.C. Huijberts, C.H. Moog, R. Pothin。 Input{output decoupling of nonlinear systems by static measurement feedback. Systems & Control Letters 39 (2000) 109-114.
[87]By J V, Skolka, Vienna. Input-Output Anatomy of Import Elasticities. Empirical economics,,2(3):123-136.
[88]Jifi Skolka. Importachstum und Wirtschaftsstruktur Eine Untersuchung auf Grund derosterreichischen Input-Output-Tabellen 1964 and 1970,79-110.
[89]Ulrike Wachsmann, Richard Wood, Manfred Lenzen, Roberto Schaeffer. Structural decomposition of energy use in Brazil from 1970 to 1996. Applied Energy,2009(86):578-587.
[90]Vicent Alclantara, Rosa Duarte. Comparison of energy intensities in European Union countries.Results of a structural decomposition analysis. Energy Policy,2004(32):177-189.
[91]Mette Wier, Berit Hasler. Accounting for nitrogen in Denmark-a structural decomposition analysis. Ecological Economics 1999(30):317-331.
[92]Narisa Zhao, Tang Huanwen, Luo Xiaona. Research on non-linear input-output model based on production function theory and a new method to update IO coefficients matrix. Applied Mathematics and Computation,2006(181):478-486.
[93]王爱民,宋辉.用结构分解技术(SDA)提高投入产出模型的分析功能.河北大学学报(自然科学版)2005,25(4)：361-364
[94]吴小松,范金,胡汉辉.我国就业增长与结构变迁的影响因素：基于SDA的分析.经济科学,2007,1：5-14
[95]王火根,沈利生.能耗降低的主要影响因素分析——基于结构分解技术的投入产出法实证检验.2008,25(2)：86-90
[96]Carter,H.O.and D.Ireri,Linkage of California-Arizona Input-Output Models to Analyze Water Transfer Pattern,in Applications of Input-Output Analysis,edited by A.P.Cater and A.Brody,Amsterdam,North-Holland Publishing Company,1970.139-168.
[97]刑公奇,郭菊娥,郭菊娥,等.黄河、长江流域水资源利用与价格变动效应的投入产出分析.许宪春,刘起运编.中国投入产出分析应用论文精萃.北京：中国统计出版社,2004.62-70.
[98]许健.用水系数投入占用产出分析与节水型国民经济体系的建立.许宪春,刘起运编.中国投入产出分析应用论文精萃.中国统计出版社,2004.108-117.
[99]汪党献,王浩,马静.中国区域发展的水资源支撑能力.水利学报.2000,11：21-26.
[100]倪红珍,王浩,汪党献.经济社会与生态环境竞争用水的水价研究.水资源保护,2008,24(3)：73-76
[101]倪红珍,王浩,汪党献..产品贸易对区域水资源的影响分析.自然资源学报,2005,2(04)：582-589.
[102]黄晓荣,汪党献,裴源生.宁夏国民经济用水投入产出分析.资源科学,2005,27(3)：135-139.
[103]田贵良.产业用水分析的水资源投入产出模型研究.经济问题,2009,7：18-22
[104]张郁,邓伟.基于投入产出模型的吉林省水资源经济效益分析.东北师大学报(自然科学版),2006,38(3)：133-137.
[105]于冷,戴有忠。吉林省水资源投入产出分析。系统工程理论与实践,2000,2：136-140
[106]朱玉仙,王丽杰.水资源利用效益的投入产出分析.气象水文海洋仪器,2002,2：46-50
[107]李智慧,周之豪.山西省水资源优化分配模型研究.水利经济,1994,(2)：23-28.
[108]李润虎,张稳柱.太原市水资源与国民经济投入产出模型.1990.
[109]王维平,李晖,戚红.烟台市宏观经济动态投入产出模型.中国人口.资源与环境,1994,4(4)：44-48.
[110]白玉慧,颜振元.水利产业与国民经济各部门关系分析.山东水利专科学校学报,1997,(9)：157-163.
[1]邓志国.投入占用产出技术在中国农业发展和农民收入分配研究中的应用.PhDthesis.中国科学院,2009.
[2]Chen Xikang.2000, Water Resource Input-Occupancy-Output Table and Its Application in Shanxi Province of China. International Journal of Development Planning Literature, V01.15, No.3.247-264.
[3]李景华.考虑固定资产磨损的投入产出平衡关系.许宪舂,刘起运主编.中国投入产出理论与实践.北京：中国统计出版社.2002：127.130.
[4]Chen, Xikang, Yang, Cuihong.& Xu, Jian. Water conservancy economy input-occupancy-output table of China and its application, International Journal ofDevelopment Planning Literature,2002,17(1) & (2):19-28.
[5]陈锡康.投入产出技术的发展趋势与国际动态.系统工程理论与实践,1991,11(2)：44-50.
[6]何静,陈锡康：水资源影子价格动态投入产出优化模型研究.系统工程理论与实践,2005,5(1)：49-54.
[7]何静,陈锡康.中国9大流域动态水资源影子价格计算研究.水利经济,2005,23(1)：14-18
[8]刘新建.国民经济动态投入占用产出分析的理论与方法研究及其它PhD thesis.中国科学院.1995.
[9]刘新建.动态投入占用产出分析模型应用中的三个特殊处理问题.中国管理科学,1997(6)：5-11.
[10]付雪,陈锡康.多年时滞教育经济投入占用产出模型与教育结构研究.数学的实践与认识,2006,36(12)：6-13.
[11]陈锡康,刘秀丽,付雪.投入占用产出分析在理论与方法上的若干重要进展及其主要应用.中国科学基金,2008,4：224-227.
[12]张红霞.教育-经济投入占用产出模型理论与应用研究.PhD thesis.中国科学院,2004.
[13]刘起运.投入占用产出模型中的存量与流量.经济理论与经济管理.200311：19-22.
[14]Chen Xikang. Input-holding-output analysis and its application in chinese economy, 1999:501-514.
[15]Chen, Xikang. Input-Occupancy-Output Analysis and Its Application in China, in Dynamics and Conflict in Regional Structural Change,edited by Manas Chatterji and Robert E.Kuenne, Macmillan Press, London,1990.
[16]陈锡康.完全综合能耗分析.系统科学与数学,1981,1(2)：69-76.
[17]刘起运.投入占用产出模型中的存量与流量.经济理论与经济管理.2003(11)：19-22.
[18]王海建.用投入占用产出技术计算部门经济增长.中国管理科学,19972(3)：31-33.
[19]Feldman, S. J, McClain, D.&Palmer,K. Sources of structural change in the United States, 1963-1978:an input-output respective. The Review of Economics and Statistics,1987,69: 503-510.
[20]王海建.经济结构变动与能源需求的投入产出分折.统计研究,1999,(6)：30-34.
[21].Vaccara, B. N.Changes over time in input-output coefficients for the United States, in readings in input-output analysis:theory and applications, edited by Oxford University press, Oxford,1986.
[22]胡晓鹏.中国区域产业开放与价值创造——基于区域间投入产出关系的实证研究.财经研究,2007,33(5)：72-83.
[23]张文娟,尤建新.基于固定资产投资的投入占用产出局部消费模型.同济大学学报(自然科学版),2008,36(6)：859-863.
[24]陈东景,李培英,韩泽瑜,陈强.基于投入-占用-产出技术的自然资源乘数分析.绿色经济,2006,5：26-30.
[25]刘新建.动态投入占用产出分析模型应用中的三个特殊处理问题.中国管理科学,1997,5(2)：6-11.
[26]张红霞,陈锡康.用于人力资本分析的教育经济投入占用产出模型.中国管理科学,2004,12(5)：97-101.
[27]何静,陈锡康.水资源影子价格动态投入产出优化模型研究.系统工程理论与实践,2005,5(1)：49-54.
[28]刘秀丽,陈锡康,张红霞,李慧勇.水资源影子价格计算和预测模型研究.中国人口.资源与环境,2009,19(2)：162-165.
[29]何静,许健.中国外商直接投资污染转移效应测度方法研究.统计研究,2007,24(3)：26-30.
[30]陈锡康,刘秀丽,张红霞,许健,杨翠红.中国9大流域水利投入占用产出表的编制及在流域经济研究中的应用.水利经济,2005,23(2)：3-6.
[31].Chen Xikang, Input-Occupancy-Output analysis and Its Application in China, in Dynamics and Conflict in Regional Structural Change, edited by Manas Chatterji and Robert E. Kuenne. The Macmillan Press LTD,1990.
[32].Chen Xikang.2000, Water Resource Input-Occupancy-Output Table and Its Application in Shanxi Province of China. International Journal of Development Planning Literature, V01.15, No.3.247-264.
[33].Chen Xikang, Xue Xinwei. A non-linear input-output model in physical units and its application in China. Proceedings of the Seventh International Conference on Input-Output Techniques, United Nations,1984.201-209.
[34]张红霞,陈锡康.教育—经济系统的投入占用产出模型及其应用研究.中国投入产出分析应用论文精粹,2002：94-107.
[35]陈锡康.投入占用产出技术及其非线性和动态化研究.中国投入产出分析应用论文精粹, 2002：3-16.
[36]刘新建.国民经济动态投入占用产出分析的理论及应用策略.中国投入产出分析应用论文精粹,2002：29-43.
[37]杨翠红.乡镇企业投入占用产出表的编制及其应用研究.中国投入产出分析应用论文精粹,2002：44-55.
[38]陈锡康.刘起运.水利投入占用产出模型及其应用.中国投入产出分析应用论文精粹.2002：17-28
[39]陈锡康,刘秀丽,付雪.投入占用产出分析在理论与方法上的若干重要进展及其主要应用.中国科学基金,2008,4：224-227.
[40]刘新建.国民经济动态投入占用产出分析的理论与方法研究.系统工程学报,1997,12(1)：40-48.
[41]廖明球.资源配置与存量投入产出分析.中国投入产出分析应用论文精粹.2002：56-61.
[42]张红霞.教育-经济投入占用产出模型理论与应用研究.PhD thesis.中国科学院,2004
[43]陈锡康.中国城乡经济投入占用产出分析科学出版社.北京,1992.
[44]刘新建.国民经济动态投入占用产出分析的理论与方法研究及其它PhD thesis.中国科学院.1995.
[45]Xiannuan Lin, Karen R. Polenske. Input-output anatomy of china's energy use changes in the 1980s. International Journal of Development Planning Literature,1995.7(1):67-84.
[46]Zhang Hong Xiang. Macro-economic and setoral effects of carbon dioxide:a general equilibrium analysis for china. Economic System Research,1998.10(2):135-159.
[47]Thoss, R. K. Wiik. A linear decision model for the management of water quality in the ruhr, in the management of water quality and the environment,1974:104-141.
[48]张红霞,陈锡康.教育—经济系统的投入占用产出模型及其应用研究.中国投入产出分析应用论文精.2002：94-107.
[49].Chen Xikang.Input-Occupancy-Output Analysis and Its Application in Chinese Econo my. In The Current State of Economic Science, edited by Shri Bhaguan Dahiya, Rohtak (India),1999:501-514.
[50]刘新建.国民经济动态投入占用产出分析的理论与方法研究.系统工程学报,1997,12(1)：40-48.
[51]魏一鸣,吴刚,刘兰翠,范英.能源-经济-环境复杂系统建模与应用进展.管理学报,2005,2(2)：159-170.
[52]胡聃,张艳萍,文秋霞,陈超,刘天星,王震,许开鹏.北京城市生态系统总体资产动态及其与城市发展关系.生态学报,2006,26(7)：2207-2218.
[53]何静,陈锡康.水资源影子价格动态投入产出优化模型研究.系统工程理论与实践,2005.5：49-54
[54]何静,许健.中国外商直接投资污染转移效应测度方法研究.统计研究,2007,24(3)：26-30.
[55]许健.水利投入占用产出分析中若干理论与实证问题的研究.PhD thesis.中国科学院研究生院,2003：23-34.
[55]宋乾坤.一年延滞的动态投入产出系统稳定增长的判据.重庆师范学院学报(自然科学版),2002,19(2)：39-41.
[56]耿显民,孙利荣.一类独立的动态投入产出模型.高等学校计算数学学报,2005,27(4)：289-296.
[57]卢国志,卢宗华.动态投入产出技术在煤炭产业结构优化中的应用.山东科技大学学报(自然科学版),2000,19(2)：72-75.
[58]陈鹄汀.动态投入产出模型及其应用.决策参考.2004,5：19-20.
[59]郝晓红,张金水.动态投入产出模型及其在高等教育成本分析中的应用.数学的实践与认识,2007,37(12)：27-32
[60]屈百达,黄小原.动态投入产出系统消费跟踪的优化生产策略.系统工程学报,1999,14(4)：325-329.
[61]张红霞,唐焕文,林建华.多目标动态投入产出优化模型应用研究.大连理工大学学报,2001.41(5)：514-517.
[62]范德成,刘希宋.黑龙江省3次产业结构的动态投入产出模型分析.哈尔滨工程大学学报,2003,24(3)：347-350.
[63]翟丁,张庆灵,陈跃鹏,杨帆。基于动态投入产出的管理信息系统的分析与设计.东北大学学报(自然科学版),2003,24(8)：755-757.
[64]亢京力,毛云英,杨正方.具有约束的动态投入产出最优控制模型.天津大学学报,2002,35(3)：384-388.
[65]毛云英,解可新,韩秀芹,黄树基,林宏.具有终端产出约束的动态投入产出最优控制模型.系统工程理论与实践,2000,9：29-34.
[66]Bullard, C. W. and Sebald, A. V. Monte Carlo Sensitivity Analysis of Input-Output Models, Review of Ecnomics and Statistics.1988, (70):705-712.
[67]Hewings, G. J. D. The Role of Prior Information in Updating Regional Input-Output Models, Socio-Economic Planning Sciences,1984,18:319-336.
[68]Hewings, G. J D. Monitoring changes in a regional economy:an input-output simulation approach. Mpdelling and Simulation,1981,12:1043-1046.
[69]潘文卿,李予奈.中同消耗系数变动趋势的比较研究.统计研究,2001,(5)：25-30.
[70]许健,陈锡康,杨翠红.完全用水系数及增加值用水系数的计算方法.水利水电科技进展,2003,23(2)：17-20.
[71]魏彦昌,苗鸿,欧阳志云,王效科.海河流域用水平衡及生态用水保障措施探讨.水资源与水工程学报,2006,17(1)：11-14.
[72]陈丽华,王礼先.北京市生态用水分类及森林植被生态用水定额的确定.水土保持研究,2010,8(4)：161-164.
[73]孙跃强,张天勇,段玉玺,贺康宁.宁夏盐池县生态用水的初步研究.水土保持研究,2007,14(6)：142-144.
[74]杨爱民,唐克旺,刘小勇.生态用水的基本理论与计算方法.水利学报,2004,12：39-45.
[75]董福平,管仪庆,周黔生,余俊.河流生态用水流量确定新方法研究.水利学报,2007,10：547-551.
[76]左其亭.论生态环境用水与生态环境需水的区别与计算问题.生态环境,2005,14(4)：611-615.
[1]杨翠红.乡镇企业投入占用产出表的编制及其应用研究.中国投入产出分析应用论文精：44-55.
[2].Chen Xikang(1999), Input-Occupancy-Output Analysis and Its Application in Chinese Economy. In The Current State of Economic Science, edited by Shri Bhaguan Dahiya, Rohtak(India).Spel Lbound Publications Pvt. Ltd.501-514.
[3]蒋雪梅,佟仁城.中国地区投入产出表FES方法.系统工程,2008,26(3)：75-80.
[4]许健.投入产出模型中重要系数的确定方法研究.统计研究,2003(9)：53-56.
[5]蒋雪梅,佟仁城,许健.关键部门判别的部门弹性法.系统工程理论与实践,2006,4：14-20.
[6]王芳,许健.考虑结构变动的技术进步贡献率测算.科学管理研究,2005,23(4)：45-48.
[7]蒋雪梅,佟仁城.中国地区投入产出表FES方法.系统工程2008,26(3)：75-80.
[8]沈洁,范金,韩祀颖.新经济投入占用产出表的编制与核算.数学的实践与认识,2001,31(3)：297-303.
[9]潘文卿,李予奈.中同消耗系数变动趋势的比较研究.统计研究,2001,(5)：25-30.
[10].Sonis, M.&Hewings, G. J. D..Error and sensitivity input-output analysis:a new approach, in Frontiers of Input-Output Analysis, edited by Ronald E.Miller,Karen R.Polenske&Adam Z. Rose, New York, Oxford University Press,1989.232-244
[11]许健,肖丽.RAS法真实误差的实证研究.数学的实践与认识,2008,38(5)：102-108.
[12]Holland, D.&Cookes, S. C. Sources of structural change in the Washington economy: an input-output perspective. The Annals of Regional Science,1992,26:155-170.
[13]Jackson, R. W, Rogerson, R, Plane, D.& Ohuallachain. B. A causative Matrix Approach to Interpreting Structural Change. Economic Systems Research,1990,2(3):259-269.
[14]Hewings, G. J D. Monitoring changes in a regional economy:an input-output simulation approach. Mpdelling and Simulation,1981,12:1043-1046.
[15]Siebe, T. Important intermediate transactions and multi-sectoral modeling,Economic Systems Research,1996,8(2):1983-193.
[16]Dietzenbacher, E. and G. Gunluk-Senesen. A structural decomposition analysis for a partially closed input-output model.2007.
[17]Conway,R.S. Changes in regional input-output coefficients and regional forecasting. Regional science and urban economics,10:153-171.
[18]Kratena,K,Zakarias,G Input coefficient change using bi-proportional econometric adjustment function,economic systems reseach,16(2):115-134.
[19]Lynch, R. G., A assessment of the RAS method for updating input-output tables, presented for 7th International Conference on Input-Output Techniques, Innsbruck, Austria, April 9-13, 1979:1-9.
[20]Hewings, G. J. D. The Role of Prior Information in Updating Regional Input-Output Models, Socio-Economic Planning Sciences,1984,18:319-336.
[21]Bullard, C. W. and Sebald, A. V. Monte Carlo Sensitivity Analysis of Input-Output Models, Review of Ecnomics and Statistics.1988, (70):705-712.
[22]Holland D, Cookes S C. Sources of structural change in the Washington economy:an input-output perspective. The Annals of Regional Science,1992,26:155-170.
[23]. Xu S & Madden。 M, The concept ofimpo-ant coefficients in Input-Output models, in Flexibility and Extensions ia Regional Input-Output Modelling,edited by J J. LI. DewhursG J. D. Hewings & RC. Jansen, Aldershot, Avebury,1991,66-97.
[24]许健.水利投入占用产出分析中若干理论与实证问题的研究.[博士学位论文],中国科学院研究生院,2003,23-34.
[25]潘文卿.可比价投入产出表编制中价格指数求解的理论模型.中国投入产出学会第五届年会报告：21-23.
[26]Los B., Endogenous growth and structural change in a dynamic input-output model. Economic Systems Research,2001, 1(13):3-34.
[27]Feldman. S. J and Palmer K. Sources of structural change in the United States,1963-1978: an input-output respective. The Review of Economics and Statistics,1987, (69):503-510.
[28]Fidel Aroche-Reyes, Structural Transformations and Important Coefficients in the North American Economies. Economic Systems Research,2002,14(3):257-273.
[29]许亦平.Hybrid方法在编制山西省乡镇企业-非乡镇企业投入产出表中的应用系统工程理论与实践.2000(5)：140-144.
[1]Sonis.M.& Hewings.G. Error and sensitivity input-output aaalysls:a new appmach, in
Frontiers of Input-Output Analysis, edited by Ronald E-Miller, Oxford University Press, 1989,232-244
[2]Sonis. M.&Hewings, G. Fields of influence and extended input-output analvsis, a theoretical account,in Flexibility and Extensions in Regional Input.1992:209-234.
[3]Xu S & Madden.M. The concept of impotant coefficients in Input-Output models, in Flexibility and Extensions ia Regional Input-Output Modelling, edited by J J. LI. DewhursG J. D. Hewings & RC. Jansen, Aldershot, Avebury,1991,66-97.
[4]Holland. D, Cookes S. C. Sources of structural change in the Washington economy:an input-output perspective. The Annals of Regional Science,1992,26:155-170.
[5]Hewings, G... The Role of Prior Information in Updating Regional Input-Output Models, Socio-Economic Planning Sciences,1984,18:319-336.
[6]Bullard.C. W. and Sebald. A. V. Monte Carlo Sensitivity Analysis of Input-Output Models, Review of Ecnomics and Statistics.1988, (70):705-712.
[7]Hewings. GJD, Monitoring changes in a regional economy:an input'output simulation aDpreach, Mpdelling and Simulation,12,1981,1043。 1046.
[8]Sonis, M. and Hewings, G.J.D., Coefficient change in input-output models:theory and Applications, Economic Systems Research,1992,4(2):143-157.
[9]Sonis, M., Hewings, G.J.D., and Guo, J., Sources of structural change in input-output systems: a field of influence approach, Economic Systems Research,1996,8(1):15-32.
[10]Sonis, M., Hewings, G.J.D., and Guo, J., A new image of classical key sector analysis: minimum information decomposition of the leontief inverse, Economic Systems Research,2000, 12(3):403-423.
[11]Chen Xikang, Input-Occupancy-Output Analysis and Its Application in China, in Dynamics and Conflict in Regional Structural Change,edited by Robert E.Kuenne, Macmillan Press, London,1990:267-278.
[12]Jilek.J., The selection of the most important coefficients, Economic Bulletin for Europe.1971,23(1):86-105.
[13].Sherman,J.and Morrison,W.j., Adjustment of an inverse matrix corresponding to a change in an element of a given matrix, Annuals of Mathematics Statistics,21,1950,124-127
[14]. Xu,S. and Madden,M., The concept of important coefficients in Input-Output models, in Flexibility and Extensions in Regional Input-Output modeling,edited by J.J.LI. Dewhurst,G.J.D.Hewings and R.C.Jensen, Aldershot.Avebury,1991,.66-97
[15]Sherman, J. and Morrison, W.J., Adjustment of an inverse matrix corresponding to a change in an element of a given matrix, Annuals of Mathematics Statistics,1950, (21):124-127.
[16]Schintke, J. and Staglin, R. Stability of Important Coefficients, in:A. Smyshlyaev (Ed.), Input-Output Modeling (Berlin:Springer-Verlag).1985.
[17]Schintke, J. and Staglin, R. Important Input Coefficients in Market Transactions Tables and Production Flow Tables, in:M.Ciaschini (Ed.), Input-Output Analysis:Current Developments. London, Chapman & Hall.1988.
[18]Siebe, T. Important intermediate transactions and multi-sectoral modeling, Economic Systems Research,1996,8(2):1983-193.
[19]Sonis, M. and Hewings, G.J.D., Error and sensitivity input-output analysis:a new approach,in Frontiers of Input-Output Analysis, edited by Ronald E. Miller, Karen R.Polenske and Adam Z.Rose, New York, Oxford University Press,1989:232-244.
[20]Sonis, M.& Hewings, G.J.D. Fields of influence and extended input-output analysis, a theoretical account, in Flexibility and Extensions in Regional Input-Output Modelling, edited by J.J.LI.Dewhurst, G.J.D.Hewings & R.C.Jensen, Aldershot, Avebury,1991:141'-157.
[21]Sherman, J.& Morrison, W.J., Adjustment of an inverse matrix corresponding to a change in an element of a given matrix, Annuals of Mathematics Statistics,1950,21:124-127.
[22]Casler S. D.& Hadloek,D., Conlrlbutions to change in the input, output model:the search fer inverse important coefficients. Journal of Regional Science, Vol 37, NO.2,1997:175-193
[23]. Sclir e. J.&Staglin, R, Important input coefficients in market transactio"tables and DrOducdOn flow tables, in Input-Output Analysis:Current Developments, edited by M. Ciaschini, New York, Chapman and Hall,1988,43-60
[24]许健,陈锡康,杨翠红.完全用水系数及增加值用水系数的计算方法,水利水电科技进,2003(2)：17-20.
[25]沈甘卿,论生态经济型环境水利模式——走水利绿色道路.水科学进展,1999,10(3)：260-263.
[26]刘昌明,何希吾21世纪中国水问题方略.北京：科学出版社,1996.82-96.[27]
[28]杨翠红,综合环境费用的概念与计算方法研究.系统工程理论与实践.2001(6)141-144.
[29]范金,生态经济投入占用产出的多目标优化模型及求解系统工程理论与实践.2001(5)：75-81.
[30]. Chen, Xikang, Guo Jue, (2000)China Economic Structure and SDA Model, Journal of Systems Science and Systems Engineering,9(2),142-148.
[31]王志宏.资源占用分析模型的理论与方法[A].当代中国投入产出实践与研究[M].北京：中国统计出版社,1999.120-128.
[32].郭菊娥,邢公奇,何建武.黄河流域水资源空间利用结构的实证分析.管理科学学报,2005,8(6)：37-42
[33]Pablo Muloz J. and Klaus Hubacek. Material implication of Chile's economic growth: Combining material flow accounting (MFA) and structural decomposition analysis (SDA) [J]. Ecological Economics,2008,65 (1):136-144.
[34]王海建.经济结构变动对环境污染物排放的影响分析[J].中国人口.资源与环境,1999.30-33.
[35]Michael Sonis, Geoffrey J D Hewings. Theoretical and applied input-output analysis:A new synthesis. Part I, structure and structural change in input-output systems[J]. Studies in Regional Science,1998,27:233-256.
[1]李景华.占用变动的SDA模型及其应用.2005(35)：89-94.
[2]. Chen.Xikang, Guo Jue, (2000)China Economic Structure and SDA Model, Journal of Systems Science and Systems Engineering,9(2),142-148.
[3]Dietzenbacher E, Lo s B. Structural decompo sition techniques:sense and sensitivity [J]. Economic System s Research,1998,10 (3):307-324.
[4]Dietzenbacher.E,Los.B.(2000)Structural decomposition analyses with dependent determinants, Economic Systems Research,12(4),497-514.
[5]Chenery H, Shishido S, Watanabe T. The pattern of Japanese growth 1914-1954 [J]. Econometrica,1962,30:98-131.
[6]Syrquin M. Sources of Industrial Growth and Change [R]. Paper Presented at the European Meetings of the Econometric Society,Helsinki,1976.
[7]Chenery H. Industrialization and Growth:A Comparative Study[M]. Shanghai:Shanghai Joint Publishing Company,1995.57:199-203.
[8]Kanem itsu H, Ohnishi H. An input-output analysis of techno logical changes in the Japanese economy:1970-1980[A]. Frontiers of Input-Output A nalysis[C]. New York:Oxford University Press,1989.308-323.
[9]Han X. Structure change and labor requirement of the Japanese economy [J]. Econom ic System s Research,1995,7 (1):47-65.
[10]Fujikawa K, M ilana C. Input-output decompo sition analysis of sectoral price gaps between Japan and China [J].Economic Systems Research,2002,14 (1):59-80.
[11]Skolka J.Input-output structural decomposition analysis for austria[J]. Journal of Policy Modeling,1989,11:45-66.
[12]Rose A, Casler S. Input-output structural decompo sition analysis:a critical app raisal [J]. Econom ic Systems Research,1996,8 (1):33-62.
[13]王志宏.资源占用分析模型的理论与方法[A].当代中国投入产出实践与研究[M].北京：中国统计出版社,1999.120-128.
[14]李景华.占用变动的SDA模型及其应用.数学的实践与认识,2005,35(6)：89-94
[15]郭菊娥,邢公奇,何建武.黄河流域水资源空间利用结构的实证分析.管理科学学报,2005,8(6)：37-42.
[16]Pablo Muloz J.and Klaus Hubacek. Material implication of Chile's economic growth: Combining material flow accounting (MFA) and structural decomposition analysis (SDA). Ecological Economics,2008,65 (1):136-144.
[17]Michael Sonis,Geoffrey J.D Hewings. Theoretical and applied input-output analysis:A new synthesis. Part I, structure and structural change in input-output systems[J]. Studies in Regional Science,1998,27:233-256.
[18]王海建.经济结构变动对环境污染物排放的影响分析[J]中国人口.资源与环境,1999.30--33.
[19]De Haan.M. A structural decompo sition analysis of pollution in theN etherlands[J]. Economic Systems Research,2001,13 (2):181-196.
[20]M ukhopahyay K, Chak rabo rty D. India's energy consumption changes during 1973-74 to 1991-92 [J].Economic System s Research,1999,11(4):423-438.
[21]Lin X, Polenske.K. R. Input-output anatomy of China's energy use changes in the 1980s [J]. Economic Systems Research,1995,7(1):67-84.
[22]王志宏.经济增长与产业结构变动的投入产出分析.PD thesis.中国科学院.1998
[23]Chen X K, Guo J E. China econom ic structure and SDA model [J]. Journal of System s Science and Systems Engineering,2000,9(2):142-148.
[241]Hermann Sehnabel. The evolution of production structures analyzed by a Multi-layer procedure Economics System ReseaTrh 1994 6(1).
[25]Holland, D.&Cooke, S. C. Sources of structural change in the Washington economy: an input-output perspective, The Annals of Regional Science,1992,26,155-170.
[26]许健.投入产出模型中重要系数的确定方法研究.统计研究,2003(9)：53-56.
[27]李景华.中国第三产业投入产出分析：1987—1995[A].载：许宪春,刘起运.中国投入产出分析应用论文精萃[C].北京：中国统计出版社,2004：171—184.