countries and providing a picture of their relative progress with respect to the general level of education that agiven generation of children can obtain, other factors being equal.17See Statistical Annex Table 17. Note that Syria, Saudi <strong>Arab</strong>ia and Somalia are not listed due to the lack ofstatistical data sufficient to calculate this indicator.18The blue curve represents the exponential relationship between the two variables, the other line shows thepolynomial relationship between them. Palestine and Somalia are not included in this or similar figures due tothe lack of available data on per capita GDP in Palestine and the state of education in Somalia.19Figures 3-2 through 3-7 were assembled by Ramzi Salama, <strong>Report</strong> core team member, from data available atthe UNESCO Institute for Statistics.20Identified as the most prevalent form educational phase in the <strong>Arab</strong> region, it consists of nine years of primaryand intermediate education. Calculations have therefore been made on this basis, even for countries that use adifferent system, as is the case with the Jordanian system and the new system in Oman.21See Statistical Annex, Table 18, which excludes Palestine and Somalia, due to the lack of data, and the Comorosand Djibouti, which are special cases due to the virtual absence of <strong>Arab</strong>ic language instruction in their curricula.22It should be borne in mind that a one per cent difference in the amount of time allocated to a subject isequivalent to about 100 class hours in the basic education phase. This is not inconsiderable.23See Statistical Annex, Table 19.24These countries, in order of their results, were Lebanon, Jordan, Tunisia, Egypt, Bahrain, Palestine, Morocco,Syria, Saudi <strong>Arab</strong>ia, and Yemen.25These countries, in order of their results, were Jordan, Bahrain, Palestine, Egypt, Syria, Tunisia, Saudi <strong>Arab</strong>ia,Morocco, Lebanon, and Yemen.26Kuwait and Morocco took part in the international study on fourth-grader reading skills, ranking thirty-fifthand thirty-sixth out of the thirty-seven participating countries or regions. Their average scores were verylow compared to the overall global average (see the report by the International Association for EducationalAchievement, PIRLS, 2003). Jordan, Tunisia, and Qatar participated in the study on maths, science, and readingacquisition conducted by the Organisation for Economic Cooperation and Development . In maths they rankedfifty-second, fifty-fourth, and fifty-sixth respectively out of fifty-seven participating countries; in science theyranked forty-fourth, fifty-fourth, and fifty-sixth out of fifty-seven; and in reading they placed at forty-seventh,fifty-second, and fifty-fourth out of fifty-six participating countries. In all areas, their results were far below theglobal averages.27These countries, in the order of their widely differing results, are Dubai/UAE, Lebanon, Jordan, Tunisia, Bahrain,Syria, Egypt, Algeria, Morocco, Oman, Palestine, Kuwait, Saudi <strong>Arab</strong>ia, and Qatar.28These countries, in order of their widely divergent results, are Dubai/UAE, Jordan, Bahrain, Syria, Tunisia, Oman,Kuwait, Lebanon, Egypt, Algeria, Palestine, Saudi <strong>Arab</strong>ia, Morocco, and Qatar.29These countries, in order of their widely divergent results, are Dubai/UAE, Algeria, Morocco, Tunisia, Kuwait,Qatar, and Yemen.30These countries, in order of their divergent results, are Dubai/UAE, Algeria, Kuwait, Tunisia, Morocco, Qatar, andYemen.31The above tests were conducted in the participating countries with the support of the UNDP regional office for<strong>Arab</strong> countries. We took the results of the three participating regions of Canada as representative of a singlecountry.32See Statistical Annex Table 20. Statistical data is lacking for five countries: Lebanon (which likely belongs to thefirst category), Djibouti, Iraq, Somalia, and Sudan (which most likely fall into the third category).33Given as the ratio of females to males.34In addition to Somalia, for which there are no accurate statistics. Statistical data on this point is also lacking forSaudi <strong>Arab</strong>ia.35See Statistical Annex, Table 20.36See Table 3-2.37To these we can add the Comoros, Djibouti, and Somalia, for which we have no precise statistical data.38No statistical data are available for Somalia.39See Statistical Annex, Table 11.EDUCATION AND THE FORMATION OF KNOWLEDGE CAPITAL135
40Accurate statistics are not available for the countries between brackets. However, the congruence of the datajustifies their appearance as shown.41As mentioned earlier, our purpose in analysing curricula data from the 1990s, which is to say before somecountries introduced curriculum reforms, was to gain insight into how the educational system was preparingthose who, today, stand at the threshold of their independent occupational and social careers. Few countrieshave upgraded their curricula since that time. Morocco and Oman are among those that have, but their reformsin this regard are too recent to judge in terms of efficacy.42The Libyan system requires specialization at a very early age, following the end of basic education. From thispoint, students are streamed at the secondary level of education into one of six branches, three in the artsand humanities (literature and media, social sciences, and economy) and three in the sciences (basic sciences,engineering, and life sciences). These streams feed into similar specialisations in tertiary education.43This analysis is based on the data on secondary educational tracks available in the World Data on Educationdata base, published by UNESCO International Bureau of Education, Geneva:http://www.ibe.unesco.org/Countries/WDE/2006/index.html.44For example, among the applicants for the terminal year of general secondary education in Lebanon in 2008,7.8 per cent applied to arts and humanities, 11.9 per cent to general sciences, 32.9 per cent to life sciences,and 47.4 per cent to social sciences and economy. In this context, it is important to note that the Confederationof British Industry recently (11 August 2008) sounded the alarm that only 7 per cent of British sixteen-year oldsopt for a triple science GCSE (secondary school programme) covering physics, chemistry and biology and thatsuch a low rate threatens the future of British industry. See, for example, the following web page (accessed on22 August 2008): http://www.inthenews.co.uk/news/science/bright-kids-should-study-triple-science-$1235850.htm.45Interested readers may find it useful to examine the philosophy curricula adopted in Morocco and Lebanon.46See Statistical Annex, Table 21.47One can not help but be impressed by the great attention prominent French intellectuals and the Frenchgovernment itself, even at the presidential level, devote to the question of the knowledge that should be taught,in general and at the secondary educational level in particular. The subject is under constant debate, and theconcern also manifests itself in the attention accorded to it by periodicals, the numbers of intellectuals andeducators who contribute to the discussions, and the relevant web pages and forums on the internet. For furtherinformation see:- Bourdieu, Pierre et Gros, François (1989). “Rapport pour un enseignement de l’avenir.” (This report wasproduced by a special committee formed at the request of the French president with the purpose ofdelineating “the primary orientations for the gradual transition to educational content needed to keep pacewith the evolution of science and society.”- Domenach, Jean-Marie (1989). Ce Qu’il Faut Enseigner: pour un nouvel enseignement général dans lesecondaire, Éditions du Seuil, Paris.- Isambert-Jamati, Viviane (1990). Les Savoirs Scolaires. Enjeux Sociaux des Contenus d’Enseignement et deLeurs Réformes. Éditions Universitaires, Paris.- Morin, Edgar (1999). Les Sept Savoirs Nécessaires à l’Éducation du Futur. Éditions du Seuil/UNESCO, Paris.- Sciences Humaines, 2001.”Quels Savoirs Enseigner?” , Mensuel No. 121, Novembre 2001. Presses SorbonneNouvelle, Paris.48Morin, Edgar (1999). Les Sept Savoirs Nécessaires à l’Éducation du Futur, Editions du Seuil/UNESCO, Paris.49Tunisia has experienced a downturn in interest in the technical stream in recent years.50See Statistic Annex, Table 22. Djibouti has been excluded from this analysis because the total enrolment insecondary and tertiary education during this period is marginal.51By way of comparison, during the same period in Eastern European countries, for example, more than 70 percent of students followed the technical secondary school track (see Majallat Mustaqbaliyyat, March 2001, in<strong>Arab</strong>ic).52These countries are Egypt, Tunisia, Bahrain, Jordan, Lebanon, Syria, Yemen, Algeria, Morocco, and Sudan.53Available data on some countries indicate an imbalance in the distribution of technical secondary studentsacross the major specialisations, these being business administration and information systems, industry,agriculture, tourism, and health and human services. The imbalance favours business administration and136 ARAB KNOWLEDGE REPORT <strong>2009</strong>
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CHAPTER TWOARAB KNOWLEDGE PERFORMAN
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current economic crisis in the autu
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FIGURE 2-3Perceptions of corruption
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technology infrastructure, blogs ar
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FIGURE 2-8Index of global competiti
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TABLE 2-2Arab Countries according t
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and political participation. All of
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Joint researchprojects among Arabsc
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BOX 5-6Jordan’s “A Professor in
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FIGURE 5-7Published scientific arti
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A review of theperiod from 2002to 2
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Social scienceresearch holds aspeci
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Arab societies arefilled with examp
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Human capitalis among Arabcountries
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TABLE 5-12Trade in technological pr
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It is ironic thatalthough the Arabw
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End Notes1UNESCO Institute for Stat
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CHAPTER SIXBUILDING THE KNOWLEDGE S
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The most conspicuousfeature of thek
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A review of nationalplans in the Ar
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The positiveachievements inthe Arab
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One of the keyfoundations of thevis
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Freedom andinstitutionalisationare
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Priorities are subjectto a great de
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Deployment is linkedto the creation
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The variousproposals includedin thi
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ReferencesReferences in Arabic‘Ab
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the President of the ICRC Expresses
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al-Duwal al-‘Arabiyya, UNESCO’s
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Sen, Amartya. 1999. Development asF
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Castells, Manuel. (1998/2001). LaSo
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the Age of Technology).• Binsa‘
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egional and international levels an
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ANNEX 3. MEASUREMENT OF THE ARABCOU
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indicators that make up the pillar.
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countries’ rankings among the cou
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of the Arab countries and suffer fr
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Freedom House and Heritage Institut
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Endnotes* This annex was prepared b
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STATISTICAL ANNEXGENERAL INDICATORS
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Table 3: Economic IndicatorsCountry
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KNOWLEDGE PERFORMANCE ENVIRONMENTST
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Table 7: Press Freedom Index in the
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EDUCATIONTable 9: Adult literacy ra
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Table 11: Gross enrolment ratios in
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Table 18: Lessons in basic educatio
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Table 22: Evolution of enrolment ra
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Table 24: Student enrolment rates i
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Table 26: Distribution of graduates
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Table 30: Enrolment rates in non-go
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RESEARCH AND INNOVATIONTable 32: Nu
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Table 34: Indicators on research an
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INFORMATION AND COMMUNICATION TECHN
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FIGURE b-2Growth in average number
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competition between the internet se
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Table c-4: Ranking of a group of Ar
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United Nations Development Programm