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Study of Agriculture-Aquaculture Ecological Economic System
With Nutrient Flow Analysis

Song Xiangfu, Ying Huodong, Wu Weiming, Jin Qianyu, Zou Guoyan, Zhu Quilin, Zhu Ming, Li Kangmin* and Li Peizhen
China National Rice Research Institute, Hangzhou China
* Asian Pacific Regional Research and Training Center For Integrated Fish Farming, Wuxi, China

In: Foo E.L., Della Senta T., Sakamota K. 2000. Material Flow Analysis of Integrated Bio-Systems (March-Oct 2000)

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IBS farm scenario (4 messages)
agenda (2 messages)
closing remarks
economics of alternatives (2 messages)
farmers adopting surface aquaponics system (2 messages)
floating beds (2 messages)
micro-farming
micro-farming in the Philippines
nutrient competition (4 messages)
plants with long and dense roots (4 messages)
productivity per unit water surface (8 messages)
productivity per unit water surface and economics of alternatives(3 messages)
separation of pond into test areas (3 messages)
welcome

IBS farm scenario

IBS farm scenario (29 lines)

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IBS farm scenario (53 lines)

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IBS farm scenario (37 lines)

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IBS farm scenario (59 lines)

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closing remarks

closing remarks (29 lines)

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economics of alternatives

economics of alternatives (31 lines)

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economics of alternatives (30 lines)

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farmers adopting surface aquaponics system

farmers adopting surface aquaponics system (21 lines)

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farmers adopting surface aquaponics system (42 lines)

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floating beds

floating beds (37 lines)

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floating beds (43 lines)

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micro-farming

micro-farming(49 lines)

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micro-farming in the Philippines

micro-farming in the Philippines (49 lines)

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nutrient competition

nutrient competition (45 lines)

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nutrient competition (28 lines)

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nutrient competition (46 lines)

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nutrient competition (35 lines)

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plants with long and dense roots

plants with long and dense roots (28 lines)

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plants with long and dense roots (44 lines)

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plants with long and dense roots (38 lines)

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plants with long and dense roots (28 lines)

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productivity per unit water surface

productivity per unit water surface (23 lines)

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productivity per unit water surface (35 lines)

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productivity per unit water surface (57 lines)

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productivity per unit water surface (35 lines)

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productivity per unit water surface (47 lines)

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productivity per unit water surface (37 lines)

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productivity per unit water surface (27 lines)

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productivity per unit water surface (41 lines)

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productivity per unit water surface and economics of alternatives

productivity per unit water surface and economics of alternatives (30 lines)

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productivity per unit water surface and economics of alternatives (26 lines)

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productivity per unit water surface and economics of alternatives (36 lines)

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separation of pond into test areas

separation of pond into test areas (33 lines)

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separation of pond into test areas (38 lines)

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separation of pond into test areas (31 lines)

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welcome

welcome(67 lines)

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