Do you want to publish a course? Click here

Study of sediment characteristics and distribution in the southern section of the Syrian continental shelf

دراسة خصائص و توزع الرسوبيات البحرية في القطاع الجنوبي من الرصيف القاري السوري

881   1   50   0 ( 0 )
 Publication date 2016
  fields Geology
and research's language is العربية
 Created by Shamra Editor




Ask ChatGPT about the research

Detailed sedimentary study of the Southern section of the Syrian Continental shelf (N 35.16022 E 35.92712: N 34.71354 E 35.94267) has been carried out in order to determine the sediment nature and distribution. The study of coastal sandy samples (from beach to 2m water depth) revealed variation in the sand colours from place to place. This indicates that there are many sources for coastal sand mostly derived from the hinterlands. Six sediment sorting types were identified along the continental shelf and these are: Sand; Sandy Mud; Slightly Gravelly Sand; Slightly Gravelly Muddy Sand; Slightly Gravelly Sandy Mud; and Gravel. The textural studies clearly establish that the sediments are of medium grain size, moderately well sorted, very negatively skewed and mesokurtic. These parameters confirm that the sediments were deposited under moderate to high energy conditions. These conditions vary from place to another according to the place of deposition and the nature of the source material on one hand and the severity of the kinetic energy namely ocean currents, marine eddies, waves and tides on the other hand.

References used
ANSTEY, R.L. AND CHASE, T.L. Environments through time. A laboratory manual in the interpretation of ancient sediments and organisms. Burgess Publishing Co., Minneapolis, Minnesota, 136 p, 1974
BARUAH, J., KOTOKY. P., AND SARMA, J.N. Textural and Geochemical study on river sediments: A case study on the Jhanji River, Assam. Jour. Indian Assoc. Sedimentologists 16, 195-206, 1997
BLATT, H.; MIDDLETON, G. V.; MURRAY, R. C. Origin of sedimentary rocks. 2nd ed. Englewood Cliffs, New Jersey, Prentice-Hall. 782 p, 1980
rate research

Read More

Detailed textural study of the Northern section of the Syrian Continental shelf (N35.92991 E35.91785: N35.35752 E35.91542) has been carried out in order to determine the sediment nature and distribution. The sediments are mainly coarse to very fine -grained particles, moderately sorted, negatively skewed to fine skewed and leptokurtic to mesokurtic in nature. Interrelationship of various parameters shows bimodal nature of sediments having dominance of mainly medium to coarse sand. The major part of the sediment fall in coarse to very fine grained category (sand, silt and clay). Based on the CM (Coarser one percentile and Median size values in micron) pattern, the sediment fall in rolling and suspension field. These factors indicate that the sediments discharged from the rivers mixes with offshore sediments and with the sediments eroded from a source rock. Moreover, the wave energy conditions were high enough to disperse the sediments along the shelf and passing it to the open ocean and later dispersing them by littoral currents.
SST satellite images analysis has showed many characteristics for a lot of mesoscale eddies in the Eastern basin of the Mediterranean Sea. In this study, the SST analysis is focalised on the mesoscale eddies` formation at the Syrian coasts. We are also interested by their characteristics for their influences on the marine environment .
Rainfall is considered as one of the most difficult and complex elements of the hydrological cycle, to understand and model, due to the complexity of air operations that generate rain. The importance of research comes from the direct relationship b etween the rainfall amount and economic & social activities of the population, planning scopes of the water resources management, particularly with respect to the agricultural development. The research aims to highlight the rainfall amounts in Tartous station which is located in the southern part of the Syrian coast, and applying one model of Box-Jenkins models for the purpose of predicting future rainfall amounts. Multiple Arima models have been tested. The results showed that the model SARIMA (3,0,4) was the best one. Data were divided into 43 years to build the model and eight years to test it. The test results gave high accuracy in the performance, and the model was used to predict the values of annual rainfall for the next twenty years.
In this study, SST satellite images analysis (from September 2015 to November 2016) is focalised on the monitoring of the mesoscale eddies in the eastern Levantine subbasin (at the Syrian coasts as well as the neighboring coasts).
The aim of this study is to identify the quality of health services provided in the public sector hospitals in the Syrian Arab Republic. The paper adopts the analytical descriptive approach where the phenomenon or the problem under study is describ ed accurately and expressed quantitatively and qualitatively. The comparison method is used to identify the similarities and differences between the Syrian governorates. The secondary data, available in the local Health Directorate and the Central Library of Statistics, are reviewed. Some of them are selected to present comparisons, in addition to reference to several secondary sources, such as studies and reports related to the study, to evaluate the quality of the provided health services. After analyzing the data, we found that Syria did succeed in improving the health conditions of citizens through the study of statistical indicators related to health. Pertaining to training, it shows the lack of the required level of quality of the offered health services in hospitals at the time that training, especially in this sector to keep abreast of successive global developments and successive which have great impact on the health services quality.
comments
Fetching comments Fetching comments
mircosoft-partner

هل ترغب بارسال اشعارات عن اخر التحديثات في شمرا-اكاديميا