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The geographic information system is a computer-based system that allows studying natural and man-made phenomena with an explicit bearing in space. Geographic information systems (GIS) provide a powerful tool to organize and analyze spatial data. This study used a geographic information system to analyze orange production in Egypt. The current research paper focuses on economic aspects and discusses the ability of controlling, monitoring, and managing of orange production through collecting the graphic data and attribute data all together in a low cost GIS system in order to assist and support the producers to choose the most appropriate conditions to maximize yield of orange production. In other words, the data can be classified into: spatial or positional data necessary to define where the graphic or cartographic features occur and non-spatial or attribute data that record what the cartographic features represent. This happened through the integration between available computer software’s at any engineering office. This software’s are AUTOCAD, EXCEL, and ARC-VIEW. Any version of the previously mentioned software’s can be used in the low cost GIS system. Nowadays, these old software’s are available with low cost price. So, the GIS system was built using the orange governorate production data. Then, analysis of the integrated data was made. The obtained results show that, the suggested GIS system can efficiently control, monitor, and manage the orange production in Egypt more easier by supplying the needed data, with its analysis, in a very short time, in real world. Also, it can be concluded that, Behera is the biggest producer of orange, accounting for 36.6% , the second region is Ismailia accounting for 9 % of Egypt orange total production. Also, the comparison between the area and orange production show that, the best region are behara, suez, Ismailia, North Sina, Menia,and Sohag.

Geographical Information System (GIS) for Managing the Production and Cultivated Areas of Orange in Egypt