مدير المعهد الحالى

أ.د/ علاء البابلى

مدير معهد بحوث الأراضى والمياه والبيئة

إدارات المعهد المتعاقبة
من البداية حتى الآن

أ.د/ محمد إسماعيل

مدير معهد بحوث الأراضى والمياه والبيئة الفترة: 2015 - 2018

مواقع صديقة

مركز البحوث الزراعية
Agricultural Research Center
المكتبة القومية الزراعية
Egyptian National Agricultural Library
وزارة الزراعة وإستصلاح الأراضى
Ministry of Agriculture and Land Reclamation
مزيد من المواقع الصديقة

مواقع مفيدة

الإدارة المركزية للأراضي والمياه والبيئة‎
Central Administration of Soils, Water and Environment
المركز الدولى للبحوث الزراعية بالمناطق الجافة
International Center for Agricultural Research in the Dry Areas
كلية الزراعية جامعة عين شمس
Faculty of Agriculture Ain Shams University
مزيد من المواقع المفيدة

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أحدث البحوث المضافة

Fekry M. Ghazal1, EL-Sayed M. Mahdy, Mohamed S. Abd EL- Fattah, Abd ELGawad Y. EL-Sadany and Naeem M. E. Doha( 2018). The Use Of Microalgae In Bioremediation Of The Textile Wastewater EffluentNat Sci 2018;16(3):98-104]. ISSN 1545-0740 (print); ISSN 2375-7167 (online).
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Fekry M. Ghazal, EL-Sayed M. Mahdy, Mohamed S. Abd EL- Fattah, Abd EL Gawad Y. EL-Sadany and Naeem M. E. Doha ( 2018). The Use Of Cyanobacteria As Biofertilizer In Wheat Cultivation Under Different Nitrogen RatesNature and Science 2018;16(4)
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أحدث رسائل الماجستير
المضافة إلى الموقع

عبد الرحمن أمير عبده ( 2015).
الخمائر كاداه واعده لإنتاج الزيوت الميكروبيه.
Yeasts As Apromising Tool For Microbial Oil Production
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إيمان عبد المجيد زغلول( 2015).
كفــاءة الأســـمـدة النيتــروجينيــة فـي الأراضــي الملــوثــــة
Efficiency Of Nitrogen Fertilizers In Contaminated Soils
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أحدث رسائل الدكتوراه
المضافة إلى الموقع

محمد سعد عبد الستار رمضان( 2016).
علاج بعض الأراضي المصرية الملوثة بالعناصر الثقيلة باستخدام بعض النباتات المجمعة لهذه العناصر
Phytoremediation of Some Egyptian Soils Polluted with Heavy Metals
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أيمن حاكم سراج( 2015).
نمو ومحصول وامتصاص العناصر في الذرة متأثرة بالتسميد العضوي والحيوي تحت الظروف الملحية.
Growth, yield and nutrients uptake of maize as affected by organic and biofertilization under saline conditions
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Gendy, O. S ( 2018). Delineation Of Physiographic Units Of The Westren Desert Outskirt Of Luxor Governorate And Its Soil Suitability For Agricultural Utilization Purposese Using Modern TechnologyJ. Biol. Chem Environ. Sci., 2017 Vol. 12(4): 335-356
Abstract: The Western desert outskirt of Luxor governorate, Egypt, i.e. adjacent to the side of Cairo-Aswan Western Desert road, Egypt is considered a promising area for agricultural utilization as well as a model for representing some physiographic features in the Western Desert, Egypt. So, it selected to be identified within the context of soil physiographic units, soil classification and land evaluation for agriculture irrigated soils. Landsat ETM+ (path 175/ row 43) images (2013) and Digital Elevation Model (DEM) were used in Arc.GIS 9.3 software to produce the physiographic map of the study area. The true color (RGB-world imagery) image is considered a basic for the visual analysis. Such image is based upon the knowledge of relation between physiographic and soil as upon the studied futures , which are resulted from some dynamic processes (Gossen, 1967 ). Visual interpretation depends on many elements such as tone, size, pattern, texture, shadow and other association to extract the important landscapes of the study area. The overall view which is a result of the reflectance spectral signature of such bands are used for delineating the promising area , the different units are characterized by their natural reflectance. From the physiographic point of the view, this landscape includes; young terraces, pedimont, outwash plain, old high terraces, old lower terraces and wadi bottom,. The soils of the different physiographic units were represented by 17 soil profiles, the morphological description was carried out and 47 disturbed soil samples were collected for physical and chemical properties. The soils of the studied area followed tow orders, Aridisols and Entisols and the soils were classified to the family level on the basis of the Key to the Soil Taxonomy (USDA2014). According to land evaluation system undertaken by Sys and Verheye (1978) and Sys et al., (1991), the studied soils are affected by many of limiting factors, i.e. soil texture, soil depth, salinity and alkalinity with variable intensity degrees. The current suitability of the studied soils could be categorized into two suitability classes, marginally suitable (S3) and not suitable (N1). To correct the severity of these limitations farther land improvement shored to executed and in turn potential suitability surveyed as moderately suitable (S2), marginally suitable (S3) and not suitable (N2). This severity can be corrected by application of organic and inorganic soil amendments and salt leaching as well as drip and sprinkler irrigation systems to sustain favorable soil moisture content for plant.

Keywords: (GIS, physiographic units, Remote Sensing, Soil classification, capability evaluation.)

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