Peaceful living has become increasingly difficult to attain in today’s world of globalization, modernization, mechanization, and competition for existing resources on all levels. Conflicts and violence are intensifie...Peaceful living has become increasingly difficult to attain in today’s world of globalization, modernization, mechanization, and competition for existing resources on all levels. Conflicts and violence are intensified due to population explosion, food insecurity, climate change, ecological and economic disaster, political and religious differences, and wars over territories and scarce resources. Additionally, health concerns are increasing, which can be partially linked to our current chemical-oriented agricultural and industrial practices. Furthermore, diverse life species are endangered from habitat loss, urbanization, and farming. By losing natural land and native species, we are losing ecosystem diversity. In an era when our planetary existence is threatened, what are the world’s communities doing to save our collective existence？ This paper, based on India’s intellectual traditions, proposes a conceptual model or a system of philosophy of three related categories-diversity, ethics, and peace-for understanding diversity and differences at all levels of existence, individual （biological）, collective （socio-cultural）, and planetary （cosmological）. The main purpose is to make this interdisciplinary study part of an educational philosophy for the creation of civilized societies that will value all lives on the basis of equitability, and recognize ethics of dignity, respect, liberty, justice, and peace.展开更多
On the basis of applying quantitative and qualitative approaches as well as GIS technology, this paper established an index system to make a comprehensive evaluation on socio-economic development of minority areas in ...On the basis of applying quantitative and qualitative approaches as well as GIS technology, this paper established an index system to make a comprehensive evaluation on socio-economic development of minority areas in China. The result showed that socio-economic development in minority area presents a series of characteristics that the north is high and the south is low, center-margin pattern is obvious and the areas with middle and lower development indices are distributed centrally and continuously. However, the causes of the socio-economic characteristics mainly include natural conditions, economic development basic, population cultural quality, re-gional combination and development conditions of mineral and energy resources, informal institutional factors and distribution of major traffic lines..展开更多
Distinguishing things from beings, or matters from lives, is a fundamental question. Extending E. Schr?dinger's neg-entropy and I. Prigogine's dissipative structure, we propose a chemical kinetic view that the...Distinguishing things from beings, or matters from lives, is a fundamental question. Extending E. Schr?dinger's neg-entropy and I. Prigogine's dissipative structure, we propose a chemical kinetic view that the earliest "live" process is embedded essentially in a special interaction between a pair of specific components under a particular, corresponding environmental conditions. The interaction exists as an inter-molecular-force-bond complex(IMFBC) that couples two separate chemical processes: one is the spontaneous formation of the IMFBC driven by a decrease of Gibbs free energy as a dissipative process; while the other is the disassembly of the IMFBC driven thermodynamically by free energy input from the environment. The two chemical processes coupled by the IMFBC originated independently and were considered non-living on Earth, but the IMFBC coupling of the two can be considered as the earliest form of metabolism: the first landmark on the path from things to a being. The dynamic formation and disassembly of the IMFBC, as a composite individual, follows a principle designated as "… structure for energy for structure for energy…", the cycle continues; and for short it will be referred to as "structure for energy cycle". With additional features derived from this starting point, the IMFBC-centered "live" process spontaneously evolved into more complex living organisms with the characteristics currently known.展开更多
Energy flow drives the complex systems to evolve.The allometric scaling as the universalenergy flow pattern has been found in different scales of ecological systems.It reflects the generalpower law relationship betwee...Energy flow drives the complex systems to evolve.The allometric scaling as the universalenergy flow pattern has been found in different scales of ecological systems.It reflects the generalpower law relationship between flow and store.The underlying mechanisms of energy flow patterns areexplained as the branching transportation networks which can be regarded as the result of systematicoptimization of a biological target under constraints.Energy flows in the ecological system may bemodelled by the food web model and population dynamics on the network.This paper reviews thelatest progress on the energy flow patterns,explanatory models for the allometric scaling and modellingapproach of flow and network evolution dynamics in ecology.Furthermore,the possibility of generalizingthese flow patterns,modelling approaches to other complex systems is discussed.展开更多
文摘Peaceful living has become increasingly difficult to attain in today’s world of globalization, modernization, mechanization, and competition for existing resources on all levels. Conflicts and violence are intensified due to population explosion, food insecurity, climate change, ecological and economic disaster, political and religious differences, and wars over territories and scarce resources. Additionally, health concerns are increasing, which can be partially linked to our current chemical-oriented agricultural and industrial practices. Furthermore, diverse life species are endangered from habitat loss, urbanization, and farming. By losing natural land and native species, we are losing ecosystem diversity. In an era when our planetary existence is threatened, what are the world’s communities doing to save our collective existence？ This paper, based on India’s intellectual traditions, proposes a conceptual model or a system of philosophy of three related categories-diversity, ethics, and peace-for understanding diversity and differences at all levels of existence, individual （biological）, collective （socio-cultural）, and planetary （cosmological）. The main purpose is to make this interdisciplinary study part of an educational philosophy for the creation of civilized societies that will value all lives on the basis of equitability, and recognize ethics of dignity, respect, liberty, justice, and peace.
基金supported by the second innovation base project of philosophy and social science of 985 Engineering of the Central University for Nationalities (Grant No. CUN-985-3)
文摘On the basis of applying quantitative and qualitative approaches as well as GIS technology, this paper established an index system to make a comprehensive evaluation on socio-economic development of minority areas in China. The result showed that socio-economic development in minority area presents a series of characteristics that the north is high and the south is low, center-margin pattern is obvious and the areas with middle and lower development indices are distributed centrally and continuously. However, the causes of the socio-economic characteristics mainly include natural conditions, economic development basic, population cultural quality, re-gional combination and development conditions of mineral and energy resources, informal institutional factors and distribution of major traffic lines..
基金supported by MST (2003CB715906 to Shunong Bai)National Natural Science Foundation of China (11021463 to Qi Ouyang)
文摘Distinguishing things from beings, or matters from lives, is a fundamental question. Extending E. Schr?dinger's neg-entropy and I. Prigogine's dissipative structure, we propose a chemical kinetic view that the earliest "live" process is embedded essentially in a special interaction between a pair of specific components under a particular, corresponding environmental conditions. The interaction exists as an inter-molecular-force-bond complex(IMFBC) that couples two separate chemical processes: one is the spontaneous formation of the IMFBC driven by a decrease of Gibbs free energy as a dissipative process; while the other is the disassembly of the IMFBC driven thermodynamically by free energy input from the environment. The two chemical processes coupled by the IMFBC originated independently and were considered non-living on Earth, but the IMFBC coupling of the two can be considered as the earliest form of metabolism: the first landmark on the path from things to a being. The dynamic formation and disassembly of the IMFBC, as a composite individual, follows a principle designated as "… structure for energy for structure for energy…", the cycle continues; and for short it will be referred to as "structure for energy cycle". With additional features derived from this starting point, the IMFBC-centered "live" process spontaneously evolved into more complex living organisms with the characteristics currently known.
基金supported by Guozhi Xu Post Doctoral Research Foundationthe National Natural Science Foundation of China under Grant No. 60574068.
文摘Energy flow drives the complex systems to evolve.The allometric scaling as the universalenergy flow pattern has been found in different scales of ecological systems.It reflects the generalpower law relationship between flow and store.The underlying mechanisms of energy flow patterns areexplained as the branching transportation networks which can be regarded as the result of systematicoptimization of a biological target under constraints.Energy flows in the ecological system may bemodelled by the food web model and population dynamics on the network.This paper reviews thelatest progress on the energy flow patterns,explanatory models for the allometric scaling and modellingapproach of flow and network evolution dynamics in ecology.Furthermore,the possibility of generalizingthese flow patterns,modelling approaches to other complex systems is discussed.
