التمثيل الخرائطي لمظاهر استعمالات الارض لمدينة ابي الخصيب وتقييمها لعام 2014 باستخدام تقنيتي الاستشعار عن بعد ونظم المعلومات الجغرافية == Cartographic Representation Of Land Use For Abu Al - Khaseeb City And Its Evaluation In - 2014 Using Remote Sensing And Geographic Information Systems Technology
Author name:
جمعة مبارك عزيز الخفاجي
Supervisor name:
طارق جمعة علي المولى
General topic:
Geography
Specific topic:
Geography
Degree:
Master
University:
University Of Basrah - College Of Literature - Department Of Geography
Language:
Arabic
University location:
Basrah
First pages:
10T1463 - p.pdf
Abstract:
تناولت الدراسة ثلاثة محاور تمثل الاول في بناء قاعدة معلومات متكاملة عن منطقة الدراسة استنادا الى معطيات الاستشعار عن بعد اذ استخدمت بيانات للقمــر الاصطناعـــي الامريـــكي(Land Sat)، فضلا عن استخدام بيانات القمر(Quick Bird 2) ومرئية(NDVI) المستخلصة من | The Study examined the Three Axes the First represents the construction of an integrated database for the Study area based on the data of Remote Sensing as Study used data from the US artificial satellite (Land Sat), as well as the use of Satellite data (Quick Bird 2) and visible (NDVI) derived from the Digital Processing Operations as well as data Digital Classification of Both Types (Supervised Classification and Unsupervised Classification ) and visual, as the Study area in the southeastern part of the province of Basra which its area (47 570) km2 in the district of Abu Al - khaseeb Center by 5.2% of the total amount of the district space (908 ) km2 located between astronomical latitudes (30°, 24?.55?? O30°, 27?.50?) in the North and along the brackets (47°, 53?.48? O48°, 1?, 48?) to the East, the city's population is estimated to be (128 682) people. The Second Axes Representation of Cartographic for land use and then Evaluated within some spatial and Statistical tools available within the GIS Environment (GIS) after the election of a Number of criteria such as : standard size (using the query tool (Area Query), Standard efficiency distribution uses by Using the link Neighboring coefficient ( (Nearest Neighbor Analysis, Standard direction of the distribution of actual and ideal uses Using the Default Positioning Point (ideal) (Central Feature) and the actual Point of concentration ((Mean Central, Standard Easy Access to the Service Using the Service range (Buffer), the Standard Number of Population whom are serviced by using congruence (overlay ) and the Intersection between the Classes (intersect), concluded the Study through these tools to the digital maps showed several of those uses is obvious inability to meet the requirements of the Population within the local Standards, in particular the use of the Service. In the Third Axes, the Study concluded that the adaptation of Technicians available in the GIS can be used to create the optimal Sites for New Services. constructing convenience spatial model (Suitability Model) as the retina (Raster) to the Best Site.
