UNESCO SCIENCE REPORT

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UNESCO SCIENCE REPORT 2016 732
Perspectives Annexes 1. Composition of regions and sub-regions 2. Glossary 3. Statistical annex Annexes 733
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UNESCO SCIENCE REPORT Towards 2030
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Published in 2015 by the United Nat
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Report team Director of the Publica
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UNESCO SCIENCE REPORT A closer look
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UNESCO SCIENCE REPORT Illustrations
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UNESCO SCIENCE REPORT Figure 6.1: E
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UNESCO SCIENCE REPORT Figure 10.2:
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UNESCO SCIENCE REPORT Table 25.1. S
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Foreword Irina Bokova, Director-Gen
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xxii
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UNESCO SCIENCE REPORT 2016 Internat
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UNESCO SCIENCE REPORT strained in m
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A more developmental approach to sc
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UNESCO SCIENCE REPORT in the contex
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UNESCO SCIENCE REPORT There are cou
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Science for a sustainable and just
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UNESCO SCIENCE REPORT provides a ne
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UNESCO SCIENCE REPORT subjectivity,
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UNESCO SCIENCE REPORT 2016 20 18
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Many dilemmas appear increasingly c
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UNESCO SCIENCE REPORT complement th
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UNESCO SCIENCE REPORT contraried by
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UNESCO SCIENCE REPORT Table 1.2: Wo
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UNESCO SCIENCE REPORT Figure 1.1: G
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UNESCO SCIENCE REPORT The danger is
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UNESCO SCIENCE REPORT Figure 1.4: L
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UNESCO SCIENCE REPORT Table 1.5: Pa
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UNESCO SCIENCE REPORT Figure 1.7: W
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UNESCO SCIENCE REPORT The countries
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UNESCO SCIENCE REPORT Research Coun
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UNESCO SCIENCE REPORT to create res
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UNESCO SCIENCE REPORT So far, the r
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UNESCO SCIENCE REPORT a number of r
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UNESCO SCIENCE REPORT Southeast Asi
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UNESCO SCIENCE REPORT major implica
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Policy-makers should ... focus not
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Figure UNESCO 2.1: SCIENCE Trends i
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UNESCO SCIENCE REPORT We shall also
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UNESCO SCIENCE REPORT Figure 2.3: I
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UNESCO SCIENCE REPORT Figure 2.5: T
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Figure UNESCO 2.6: SCIENCE Trends i
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Figure UNESCO 2.6 SCIENCE (continue
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UNESCO SCIENCE REPORT Firms prefer
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UNESCO SCIENCE REPORT Table 2.2: Hi
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UNESCO SCIENCE REPORT Figure 2.9: F
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UNESCO SCIENCE REPORT drain. In 199
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UNESCO Figure 2.12: SCIENCE Preferr
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UNESCO SCIENCE REPORT CONCLUSION In
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UNESCO SCIENCE REPORT Gender equali
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UNESCO SCIENCE REPORT Figure 3.2: S
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UNESCO SCIENCE REPORT Table 3.2: Sh
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UNESCO SCIENCE REPORT Factoring in
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UNESCO SCIENCE REPORT views of wome
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UNESCO SCIENCE REPORT POLICY ISSUES
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UNESCO SCIENCE REPORT are defined a
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UNESCO SCIENCE REPORT CONCLUSION A
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UNESCO SCIENCE REPORT 2016 22 104
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Science powers commerce - but not o
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UNESCO SCIENCE REPORT Some challeng
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UNESCO SCIENCE REPORT Table 4.2: R&
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UNESCO SCIENCE REPORT How best to i
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Figure 4.5: Scientific publication
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UNESCO SCIENCE REPORT Figure 4.6: M
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UNESCO SCIENCE REPORT businesses of
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UNESCO SCIENCE REPORT Canadian Acad
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UNESCO SCIENCE REPORT Figure 4.8: D
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UNESCO SCIENCE REPORT In 2014, the
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UNESCO SCIENCE REPORT CONCLUSION Sc
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The future looks brighter for busin
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UNESCO SCIENCE REPORT Policy and Co
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UNESCO SCIENCE REPORT Box 5.1: The
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UNESCO SCIENCE REPORT Box 5.2: Indu
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UNESCO SCIENCE REPORT Figure 5.4: R
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UNESCO SCIENCE REPORT Figure 5.5: P
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UNESCO Figure 5.6: SCIENCE Science
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UNESCO SCIENCE REPORT federal inves
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UNESCO Figure 5.11: SCIENCE Scienti
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UNESCO SCIENCE REPORT More foreign
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UNESCO SCIENCE REPORT had an advers
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UNESCO SCIENCE REPORT In the absenc
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UNESCO SCIENCE REPORT Table 6.2: Ov
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UNESCO SCIENCE REPORT Chronic under
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UNESCO SCIENCE REPORT The campus ha
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UNESCO SCIENCE REPORT Figure 6.8: R
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Bahamas UNESCO SCIENCE REPORT Beliz
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UNESCO SCIENCE REPORT A variety of
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UNESCO SCIENCE REPORT In Venezuela,
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UNESCO SCIENCE REPORT A shift towar
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Figure 7.4: Trends in higher educat
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UNESCO SCIENCE REPORT The Start-Up
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UNESCO Figure 7.7: SCIENCE Trends i
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UNESCO SCIENCE REPORT TRENDS IN R&D
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Figure 7.8 (continued) Life science
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UNESCO SCIENCE REPORT For example,
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UNESCO SCIENCE REPORT Figure 7.9: P
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UNESCO SCIENCE REPORT the major cha
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UNESCO SCIENCE REPORT Table 7.4: Na
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UNESCO SCIENCE REPORT these service
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UNESCO SCIENCE REPORT n the creatio
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UNESCO SCIENCE REPORT Box 7.4: Ikia
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UNESCO SCIENCE REPORT n Strengtheni
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UNESCO SCIENCE REPORT A second grou
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UNESCO SCIENCE REPORT Industry must
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UNESCO SCIENCE REPORT have regained
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UNESCO SCIENCE REPORT The Fourth 3
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UNESCO SCIENCE REPORT average in ma
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UNESCO SCIENCE REPORT Box 8.5: Inno
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UNESCO SCIENCE REPORT Table 8.1: In
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UNESCO Figure 8.12: SCIENCE Relativ
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UNESCO SCIENCE REPORT The European
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UNESCO SCIENCE REPORT The first sig
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UNESCO SCIENCE REPORT 72 months. Wh
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UNESCO SCIENCE REPORT Table 9.2: GE
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UNESCO SCIENCE REPORT Figure 9.4: B
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UNESCO SCIENCE REPORT Table 9.4: To
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UNESCO SCIENCE REPORT Figure 9.6: I
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UNESCO SCIENCE REPORT Table 9.7: (c
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UNESCO SCIENCE REPORT Table 9.7: (c
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UNESCO SCIENCE REPORT EU had alread
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UNESCO SCIENCE REPORT demand and fu
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UNESCO SCIENCE REPORT Table 9.11: E
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UNESCO SCIENCE REPORT Box 9.2: Gali
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UNESCO Figure 9.9: SCIENCE Scientif
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Figure 9.10: Publication profiles i
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Figure 9.11 (continued) All EU memb
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UNESCO SCIENCE REPORT comprises a p
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UNESCO SCIENCE REPORT GREECE Aligni
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UNESCO SCIENCE REPORT SPAIN Making
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UNESCO SCIENCE REPORT Southeast Eur
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UNESCO SCIENCE REPORT The effects o
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UNESCO SCIENCE REPORT Box 10.2: Sou
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UNESCO SCIENCE REPORT COUNTRY PROFI
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UNESCO SCIENCE REPORT According to
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UNESCO SCIENCE REPORT Box 10.3: A f
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UNESCO SCIENCE REPORT n a small num
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UNESCO SCIENCE REPORT has facilitat
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UNESCO SCIENCE REPORT Countries wil
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UNESCO SCIENCE REPORT A few adjustm
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UNESCO SCIENCE REPORT Table 11.1: I
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UNESCO SCIENCE REPORT NORWAY Knowle
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UNESCO SCIENCE REPORT polytechnique
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UNESCO SCIENCE REPORT Taken togethe
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UNESCO SCIENCE REPORT All seven cou
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UNESCO SCIENCE REPORT Many post-Sov
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UNESCO SCIENCE REPORT Table 12.2: T
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UNESCO SCIENCE REPORT n On the whol
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UNESCO SCIENCE REPORT currently wor
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UNESCO SCIENCE REPORT Next steps fo
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UNESCO SCIENCE REPORT corruption an
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UNESCO SCIENCE REPORT schemes inclu
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UNESCO SCIENCE REPORT A highly cent
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UNESCO SCIENCE REPORT UKRAINE Co-op
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UNESCO SCIENCE REPORT For one thing
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UNESCO SCIENCE REPORT REFERENCES Ci
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UNESCO SCIENCE REPORT Boosting supp
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UNESCO SCIENCE REPORT of Economic D
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Figure 13.1: Trends in GERD 1.29% 1
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UNESCO SCIENCE REPORT In 2009, the
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UNESCO SCIENCE REPORT an imbalance
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UNESCO SCIENCE REPORT In recent yea
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UNESCO SCIENCE REPORT n assigning i
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UNESCO SCIENCE REPORT Box 13.2: Ref
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UNESCO SCIENCE REPORT Along with th
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UNESCO SCIENCE REPORT More bridges
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UNESCO SCIENCE REPORT Progress in C
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UNESCO SCIENCE REPORT Bakiyev was d
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UNESCO SCIENCE REPORT A focus on un
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UNESCO SCIENCE REPORT Table 14.2: C
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RUSSIAN FEDERATION UNESCO Figure 14
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UNESCO SCIENCE REPORT Table 14.3: K
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UNESCO SCIENCE REPORT reliant on en
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UNESCO SCIENCE REPORT Kyrgyzstan ne
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UNESCO SCIENCE REPORT it comes to i
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UNESCO SCIENCE REPORT One of the fi
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UNESCO SCIENCE REPORT Box 14.5: Uzb
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UNESCO SCIENCE REPORT Indirectly, i
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UNESCO SCIENCE REPORT President Rou
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UNESCO SCIENCE REPORT The following
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UNESCO SCIENCE REPORT Medicine Medi
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UNESCO SCIENCE REPORT Table 15.2: G
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UNESCO Figure 15.5: SCIENCE Trends
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UNESCO SCIENCE REPORT KEY TARGETS F
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UNESCO SCIENCE REPORT Israel needs
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UNESCO SCIENCE REPORT Data released
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UNESCO SCIENCE REPORT ranks 26th ou
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UNESCO SCIENCE REPORT A shortage of
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Figure UNESCO 16.11: SCIENCE Scient
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UNESCO SCIENCE REPORT of NIS 88 mil
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UNESCO SCIENCE REPORT Parkinson’s
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UNESCO SCIENCE REPORT TRENDS IN SCI
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UNESCO SCIENCE REPORT The Sixth Hig
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UNESCO SCIENCE REPORT The Arab worl
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UNESCO SCIENCE REPORT Box 17.1: Upg
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UNESCO SCIENCE REPORT Table 17.1: S
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UNESCO SCIENCE REPORT the regional
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UNESCO SCIENCE REPORT In several co
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Figure 17.10: Scientific publicatio
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UNESCO Figure 17.10 SCIENCE (contin
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UNESCO SCIENCE REPORT Zewail City f
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UNESCO SCIENCE REPORT Box 17.3: SES
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UNESCO SCIENCE REPORT R&D prioritie
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UNESCO SCIENCE REPORT n The third I
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UNESCO SCIENCE REPORT entrepreneurs
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UNESCO SCIENCE REPORT to brain drai
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UNESCO SCIENCE REPORT Maghreb. Esta
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UNESCO SCIENCE REPORT safety and th
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UNESCO SCIENCE REPORT REFERENCES Ab
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UNESCO SCIENCE REPORT Countries hav
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UNESCO SCIENCE REPORT Guinea-Bissau
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UNESCO SCIENCE REPORT GDP to higher
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UNESCO SCIENCE REPORT A REGIONAL VI
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UNESCO SCIENCE REPORT n establish s
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UNESCO SCIENCE REPORT A modest publ
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UNESCO SCIENCE REPORT CABO VERDE A
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UNESCO SCIENCE REPORT The establish
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UNESCO SCIENCE REPORT In addition t
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UNESCO SCIENCE REPORT Since 2009, t
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UNESCO SCIENCE REPORT n In October
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UNESCO SCIENCE REPORT developing a
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Most countries have based their lon
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UNESCO SCIENCE REPORT Table 19.2: I
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UNESCO SCIENCE REPORT Box 19.1: Net
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UNESCO SCIENCE REPORT TRENDS IN EDU
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UNESCO SCIENCE REPORT The governmen
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UNESCO SCIENCE REPORT n raising the
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UNESCO SCIENCE REPORT Despite these
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UNESCO SCIENCE REPORT n Services Ga
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UNESCO SCIENCE REPORT The Kenya Nat
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UNESCO SCIENCE REPORT Plans to beco
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UNESCO SCIENCE REPORT Sudan without
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UNESCO SCIENCE REPORT of France Tel
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UNESCO SCIENCE REPORT REFERENCES Af
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An important aspect of economic int
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UNESCO SCIENCE REPORT Box 20.1 The
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UNESCO SCIENCE REPORT Gender equity
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UNESCO SCIENCE REPORT DEMOCRATIC RE
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UNESCO SCIENCE REPORT private secto
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UNESCO SCIENCE REPORT To a large ex
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UNESCO SCIENCE REPORT Two reputable
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UNESCO SCIENCE REPORT A popular des
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UNESCO SCIENCE REPORT turn, reviewe
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UNESCO SCIENCE REPORT Innovation Fu
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UNESCO SCIENCE REPORT This counter-
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UNESCO SCIENCE REPORT Without adequ
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UNESCO SCIENCE REPORT TRENDS IN EDU
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UNESCO SCIENCE REPORT Box 21.2: Sou
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Figure UNESCO 21.8: SCIENCE Scienti
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UNESCO SCIENCE REPORT all faculty,
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UNESCO SCIENCE REPORT n attain self
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UNESCO SCIENCE REPORT the governmen
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UNESCO SCIENCE REPORT The Ministry
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UNESCO SCIENCE REPORT PAKISTAN Plan
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UNESCO SCIENCE REPORT Table 21.4: R
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UNESCO SCIENCE REPORT Sri Lanka has
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UNESCO SCIENCE REPORT Box 21.7: Dev
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UNESCO SCIENCE REPORT of the electr
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UNESCO SCIENCE REPORT years but it
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UNESCO SCIENCE REPORT the success o
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UNESCO SCIENCE REPORT Table 22.2: D
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UNESCO SCIENCE REPORT innovation co
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UNESCO SCIENCE REPORT Eight states
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UNESCO SCIENCE REPORT crisis of 200
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UNESCO SCIENCE REPORT In 2014, a ne
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UNESCO SCIENCE REPORT TRENDS IN R&D
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UNESCO SCIENCE REPORT may not be ab
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UNESCO SCIENCE REPORT Accountabilit
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UNESCO SCIENCE REPORT 144 529 ringg
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UNESCO SCIENCE REPORT oversight wou
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Page 768 and 769: Table S1: Socio-economic indicators
Page 774 and 775: Table S2: R&D expenditure by sector
Page 780 and 781: Table S3: R&D expenditure as a shar
Page 782 and 783: Table S3: R&D expenditure as a shar
Page 784 and 785: Table S4: Public expenditure on ter
Page 786 and 787: Table S5: Tertiary graduates in 200
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Page 798 and 799: Table S7: Researchers by field of s
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Table S10: Scientific publications
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UNESCO SCIENCE REPORT Data obtained
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