Please use this identifier to cite or link to this item: http://hdl.handle.net/11607/2636
Title: Evaluation of economy and compared energy efficiency on grape in west Azerbaijan province
Authors: Gorttapeh, Abdullah Hassanzadeh
Faghenaby, Farideh
Mirsoltani, Hania
Zahedmanesh, Mahnaz
Gasmian, Vahid
Haji-Hasani, Maryam
Agricultural and Natural Sources Research Center of West Azerbaijan Province
Keywords: Energy Efficiency
Output
İnput
And Grape
Issue Date: 2008
Publisher: Adnan Menderes Üniversitesi Ziraat Fakültesi Dergisi
Citation: Gorttapeh, H. A., Faghenaby, F., Mirsoltani, H., Zahedmanesh, M., Gasmian, V., Haji-Hasani, M. (2008). Evaluation of economy and compared energy efficiency on grape in west Azerbaijan province. International Meeting on Soil Fertility Land Management and Agroclimatology, Special Issue, 157-163.
Abstract: A way of estimation agriculture development and product stability agricultural location is using of energy flow method. In this consideration, energy flow at agricultural ecosystems of Grape in two cities from west Azerbaijan province was compared. The related data of inputs and outputs for evaluation of energy efficiency in these gardens are become equivalent value of input and output energy efficiency. Energy value of used factors and input in grape gardens of uremia and sardasht were respectively 6417773 and 862570 k cal/ha and output (production) energy value of the gardens were 25632600 and 10123800 k cal/ha respectively. Energy efficiency values (output: input ration) were 3.99 and 11.7 respectively. Data showed in grape gardens of uremia the most use of energy were nitrogen fertilized usage and irrigation. In grape gardens of sardasht the most use of energy was nitrogen fertilized. In general, because of the climate conditions, topography, society culture in these regions, difference in energy efficiency of these gardens almost was reasonable. The number of inputs increases; effect increases any one of input decrease. Grape garden system of sardasht hasn’t any contamination and agricultural systems because of much Annual rainfall in this region are dry farming. There for, costs of irrigation and poisoning are deleted but inordinately poisoning of uremia gardens result in contamination and transformed these ecosystems.
URI: http://hdl.handle.net/11607/2636
Appears in Collections:2009 Özel Sayı

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