The research aims at examine the extent to achieve the desired objectives for the development of village and rural human development and the human element, which did not take adequate attention, especially in the aspect of improving the quality of life in spite of the expansion of services horizontally. There are also many evidence of the existence of a development gap between rural and urban areas, and the most important manifestations of this deficiency, illiteracy and poor health conditions, and the spread of unemployment and lack of employment opportunities. As it turns out there is a strong correlation between the human development index and all of the education manuals on GDP and guide health, has turnover of the link between the human development index and all of the evidence mentioned as 0.95, 0.84, 0.79  respectively, and All transactions have moral link at 1%. It is clear that the relationship between education and human development index, where the power that education guide associated HDI extrusive very strong link, followed by the gross domestic product guide, then the life expectancy index. It is clear from this that it must be focus on education and reform and to promote it in the countryside, The most important component of the human development index factors. found evidence also of statistical moral relationship regression to the influence of both the education and health guide and GDP on the Human Development Index, it has been possible to reach the relationship regression and showing moral influence exponential previous variables on the Human Development Index, a logical relationship also indicates coefficient of determination rate to be 98% of the changes in the value of the HDI due to change in the three sub-directories. It emerged from Manuitin test results for comparison to the values of the HDI revised each and Lower Egypt face and Total Republic that there is no significant difference between the Upper and sea at the moral level of 5%, as well as there was no significant difference between the Lower and Egypt on the same moral level, but that there significant difference between Upper Egypt and the moral level of 5%, which means that there is a difference between the normal human development index and revised between Upper Egypt and the total Republic.

This study aimed at 1) identify level of both famers’ knowledge and practices relevant to the integrated farm management in Sahl Altina as highly saline soil, 2) determine preferred extension methods from farmers point of view in the field of transferring highly saline soil recommendations, 3) identify correlation relationship between level of both famers’ knowledge and practices relevant to highly saline soil and other farmers’ socioeconomic characteristics. Sahl Altina regoin was selected to conduct this study as highly saline soil.  Three of the biggest famers’ cooperatives in terms of participation number were selected to comprise the population of the study. A survey was carried out using interview questionnaire. A random sample of 143 farmers representing 10% of the total number of farmers were selected to conduct this study Frequency tables, percentages, means were used for data presentation and analysis. contingency coefficient and Pearson correlation coeffi cients utilized to identify correlation relationship between level of both famers’ knowledge and practices and other farmers’ socioeconomic characteristics. Findings of the study can be described as follows: There is Low level of both famers’ knowledge and practices relevant highly saline soil. Demonstration under supervision was the most preferable method from farmers point of view. There is correlation relationship between famers’ knowledge relevant to the integrated farm management in highly saline soil and the following: farming experience in highly saline soil, farm area, and satisfaction towards extension services. There is effect relationship between farmers’ knowledge relevant to the integrated farm management in highly saline soil and the following: education level and period of irrigation. Finally, four recommendations were developed according to the results of this study that may contribute to enhance extension work in the field of capacitating farmers with the integrated farm management under saline conditions

The main objective of this study was to determine an appropriate water management consideration of bubbler irrigation system for   palm trees "age four years" (Phoenix dactylifera) under El-Wady El-Geded Governorate. Therefore, the three bubbler nozzles were comparing with Conventional irrigation system Basin irrigation system in two successive growing seasons(2013-2014) and (2014-2015). Results revealed that water saving of about observed under bubbler irrigation systems comparing with basin irrigation system.

Marinated spent hen meats were used in the preparation of kobeba. The chemical, physicochemical, microbiological and sensory properties of kobeba were evaluated during storage at -18˚C for 5 months. Kobeba treated with lime juice had higher crude protein (14.03%), crude fat (7.78%), total ash (3.18%), carbohydrates (8.69%), cooking loss (5.62%), water holding capacity (3.41 cm2/0.3g) and plasticity (2.30 cm2/0.3g) and lower moisture (66.41%) and pH (5.96) than kobeba treated with propionic acid and acetic acid. Lime juice, acetic acid and propionic acid marination reduced total volatile nitrogen values by 25.82, 20.53 and 11.20% and thiobarbituric acid values by 33.82, 25.37 and 18.38%, respectively. Lime juice followed by acetic acid was more effective in reducing total bacterial, psychrophilic bacteria and yeast and mold counts than propionic acid. Kobeba marinated with lime juice had higher rating scores (7.68-7.98) for all sensory properties than kobeba marinated with propionic acid and acetic acid. Total volatile nitrogen, thiobarbituric acid, pH, water holding capacity and cooking loss of kobeba were increased as storage period increased. However, plasticity had an opposite trend. Water and fat retention of kobeba were not affected by storage period. At the end of storage period, kobeba had rating scores described as like slightly (6.19-6.45) for all sensory properties.

The study aimed basically at: describing the level of respondent women empowerment in Siwa oasis, identifying the relationship between the level of respondent women empowerment and the studied variables, identifying the importance level of social and economic empowerment requirements, identifying the availability level of social and economic empowerment requirements and identifying the relationship between the importance level and the availability level of women empowerment in the study area. A systematic random sample of (310) women in Siwa oasis were selected to conduct the study. Data were collected through personal interviews with the selected respondent women using a questionnaire. The statistical analyzing tools used in the study were: Pearson’s correlation coefficient, Spearman’s correlation coefficient, in addition to frequencies, percentages, arithmetic mean, weighted arithmetic mean and standard deviation to present and describe data. The most important findings of the study were as follows   -  About (67.1%) of respondent women had a low level of social empowerment, while about (50.0%) of them had a low level of economic empowerment. -    There was a significant positive relationship at 0.01 probability level between the respondents social empowerment level and the following variables: educational level, family size, cultural openness, monthly income, aspiration level, willingness to take risks, exposure to the resources of agricultural information, attitude towards agricultural extension, extension communication and general knowledge. - There was a significant positive relationship at 0.01 probability level between the respondents economic empowerment level and the following variables: educational level, family size, cultural openness, monthly income, aspiration level, willingness to take risks, exposure to the resources of agricultural information, attitude towards agricultural extension and extension communication.

This experiment was carried out on potato tubers during the two successive seasons of 2013/2014 and 2014/2015 at the Department of Natural Products Research, National Center for Radiation Research and Technology, Nasr City, Cairo, Egypt. The research aims to reduce losses resulting from the storage at room temperature and to reduce cold storage costs of potato tubers using gamma radiation, mint oil and paclobutrazole treatments.     Potato tubers cv. Sponta were treated with 100 Gy of gamma radiation, 5% of mint oil and 100 ppm of paclobutrazole during the two successive seasons of 2013/2014 and 2014/2015. Results showed that, tubers irradiated with 100 Gy and soaked in 100 ppm paclobutrazole scored the lowest percentage of weight loss, sprouting, shrinkage, decay and total lost percentage. As for the effect of soaking tubers in 5% mint oil, results showed a higher percent of shrinkage than other treatments. On the other hand tubers irradiated with 100 Gy of gamma irradiation then soaked in 100 ppm of paclobutrazole had higher contents of starch than other tested treatments.

The research aimed to study the effect of reducing water voracious crop areas, such as (rice, sugar cane, bananas, alfalfa) on the available water quantity in the agricultural sector, where the data analysis showed that the most of the voracious crops especially rice and sugar cane are concentrated at the old lands within the valley as it explained in the research later, therefore, the research focused on inventory and analysis of the old land data within the valley to determine the best alternatives of the cropping pattern which achieves the state's goal of saving water and maximizing the return of the water unit, and is compatible with the current local, regional and environmental water conditions and the future developments that may occur in the future, that by using linear programming, through three models that have been formulated: the first is minimizing water requirement, the second model maximizes the net of acre return, while the third model maximizes the return of the water unit, using available data published and unpublished issued by the concerned authorities. The research focused mainly on the possibility of reducing the water needs of cropping pattern as a main objective, in addition to increasing the self-sufficiency ratios of strategic crops through the first scenario, and increasing the areas of export crops to increase the export proceeds through the second scenario, as far as possible within the available water and land area in the study area, using different statistical models.  The results of the analysis of the statistical models in the first scenario showed that the total quantity of irrigation water available for the cropping pattern of the study crops reached 41.483 billion m3, while 38,604, 38.726, 38.683 billion m3 were used for the statistical models respectively, this indicates that the required water quantities decreased by 2.879, 2.758, 2.800 billion m3, with a change rate of about 6.94, 6.65, 6.75% for the statistical models, respectively.    The net return of the water unit for the actual cropping pattern reached about 1.634 LE/m3, while it reached about 1.755, 1.767, 1.765 LE/m3 for the statistical models respectively, which shows the increase in net return of water unit by 0.122, 0.133, 0.131 LE/m3, with a change rate of about 7.46, 8.17, 8.05%, for statistical models respectively.  The second scenario aims beside minimizing the water needs of cropping pattern, increasing export crop areas such as onions, peanuts, potatoes, tomatoes and other vegetables as much as possible, assuming situation stability of foreign trade.  The results of the analysis of the statistical models in the second scenario showed that the total quantity of irrigation water available for the cropping pattern was about 41.483 billion m3, while 38,471, 38.912, 38.803 billion m3 were used for the statistical models respectively, indicating that the required water quantities decreased by 3.013, 2.572, 2.681 billion m3, with a change rate of about 7.26, 6.20, 6.46%, for statistical models, respectively. The net return of the water unit for the actual cropping pattern was about 1.634 LE/m3, while it reached about 1.773, 1.830, 1.833 LE/m3 for the statistical models respectively, which shows the increase in the net return of water unit by 0.139, 0.197, 0.199 LE/m3, with a change rate of about 8.53, 12.04, 12.21%, for statistical models respectively.  Crop rotations can be applied to the new lands using water savings including (wheat and maize), with an area ranging from 2048 to 2399 thousand feddans, and including (wheat and summer and nili vegetables), with an area ranging from 2941 to 3444 thousand acres, also including (maize, winter and nili vegetables), with an area ranging from 3432 to 4021 thousand feddans. With regard to the impact of reducing the area of water crops to water gap which reached about 20.9 billion m3, it decreased by about 2.879, 2.758, 2.800 billion m3, which make water gap decreased to about 18.02, 18.14, 18.10 billion m3, with change rate of about 3.77, 3.61, 3.66%, for statistical models respectively, while the results of the second scenario show decreased of about 3.013, 2.572, 2.681 billion m3, which make water gap decreased to about 17.89, 18.33, 18.22 billion m3, with change rate of about 3.94, 3.37 and 3.51% for statistical models respectively. The research recommends the following points: 1. Reduce the areas of rice, sugar cane and alfalfa to save a quantity of water ranging between 2.572 - 3.013 billion m3 of land within the valley. 2. Using of water savings resulting from reducing the areas of water crops to expand the cultivation of new land with strategic and monetary crops. 3. Sugar beet area can be expanded at least to the extent that it covers the shortage of sugar production caused by reducing the sugar cane area, then taking into account and study the effects resulting from that. 4. Modification of cropping patern structure to be in accordance with the local, regional, environmental situations that may affect current and future water availability.

Agriculture occupies an important position in the Egyptian economy. However, the agricultural sector is still undergoing many economic conditions and problems which have been hindered in the way of its development and modernization, which has directly or indirectly affected the role of the agriculture sector in economic development. Investment is one of the main means of development, The success of the development policy depends to a large extent on the volume of investments available and how they are distributed among different programs as well as the efficient use of those investments. Investment is one of the important tools in bringing about the structural change of the national economy. Through investment, technical progress plays its fundamental role. The rule is that any technical progress necessarily necessitates investment spending. If we look at economic growth in terms of work, investment projects contribute to increasing employment, Work productivity through increased capital intensity. This study deals with the current situation of national investment as well as agricultural investment in both public and private sectors in Egypt during the period 2000-2015, as well as the impact of the revolution of 25 January 2011 on the investment situation in Egypt. The time series was divided into three periods 2005), the second period (2006-2010) and the third period (2011-2015), the period of the revolution and beyond. The most important results are as follows: The general agricultural investment at current prices increases during the period of study (2000-2015). The revolution of 25 January also had a positive effect on the increase in general agricultural investment for the first and second periods.

Three irrigation water resources were chosen at Kafr-Saqr district, El-Sharkia Governorate to assess their qualities and their impact on soil properties. The chosen irrigation water were fresh, mixed, and drainage water applied during the two successive seasons of winter-summer of (2013 and 2014). Soil samples were collected from each location at four depths (0-20, 20-40, 40-60 and 60-100 cm). Results showed EC values of mixed and drainage water were above the normal range (which should be < 0.7 dS.m-1)). Also, the mixed and drainage irrigation waters had approximately 3.5 and 5.6 folds the salinity of the fresh water. Mean pH values of the collected irrigation water samples were within the permissible limits (6.5 to 8.4). TDS values of the fresh water were within the normal range (< 450 mg.L-1). Meanwhile, mixed and drainage water were classified as of slightly and moderately salinity hazards. The highest values of turbidity were found in the drainage water, then mixed and fresh water. SAR values of fresh water were < 1.0.  The SAR values for mixed and drainage waters ranged from 2.62 to 2.69 and from 3.68 to 3.76, respectively. BOD and COD values violated the standard limits of law 48/1982 (10 mg.L-1 for drainage water and 6 mg.L-1 for fresh water) except for the BOD values of fresh water. The increase in pH values for the soil irrigated with the mixed and drainage. The continuous irrigation of soil by wastewater resulted in continuous increase in EC values. As well as, increase the amount of total soluble salts in all layers. The application of the different irrigation waters led to increase in soluble ion.

A total of 75 pyogenic samples were collected from patients examinated for pyogenic infection in Sednawy hospital and Elmokhtaber laboratories. S. aureus isolated from pleural fluid out of five S. aureus (+ve coagulase, MSSA) exhibits resistant against all the concentration of Ciprofloxacin 0.5-20, Gentamycin 0.5- 5.0 µg/100µl and Amikacin 1 µg/100µl. The highest potent of phytoextracts either extracted by water or methanol was detected by clove comparing with mint, thyme, sage and garlic, whereas garlic essential oil gave completely abolish of S. aureus (P.F). The highest synergism was obtained in combination between the lowest inhibitory concentration of Gentamycin 10 µg/100µl  or Vancomycin 1 µg/100µl or Amikacin 2.5 µg/100µl with thyme Eso (1:3), which resulted to increase the efficacy by 4.4 or 1.5 or 1.6 respectively  comparing to recommended dose of the tested antibiotics alone. Increasing the concentration of garlic essential oil (GEso) from 10 up to 100 µl/well increment the efficacy of inhibition up to 10, 3.7 and 4.5- fold when standard dose of Gentamycin, Vancomycin and Amikacin were used individually against S. aureus P.F. The minimum bactericidal concentration of garlic essential oil was recorded at 2 µl/ml as it resulted to reduce the count to be 0.04%. Analysis of garlic essential oil by GC-MS dedicated six sulfur compounds represented 88.8644% of total detected compounds in garlic essential oil.