• 検索結果がありません。

Social cleavages and electoral support in Turkey -- toward convergence?

N/A
N/A
Protected

Academic year: 2021

シェア "Social cleavages and electoral support in Turkey -- toward convergence?"

Copied!
4
0
0

読み込み中.... (全文を見る)

全文

(1)

Social cleavages and electoral support in

Turkey -- toward convergence?

権利

Copyrights 日本貿易振興機構(ジェトロ)アジア

経済研究所 / Institute of Developing

Economies, Japan External Trade Organization

(IDE-JETRO) http://www.ide.go.jp

journal or

publication title

The Developing Economies

volume

41

number

3

page range

362-387

year

2003-09

出版者

Institute of Developing Economies (IDE-JETRO)

(2)

Appendix I. Social Cleavage Indices by Province

Sunni religiosity: Kurdish ethnicity: Alevi sectarianism:

No. Province İmam-Hatip Lisesi

junior students to total junior-high students (%) Kurdish population 1965/1990 mean (%) Number of Alevi villages 1 Adana 6.74 7.32 14 2 Adıyaman 10.63 45.05 93 3 Afyon 10.31 0.03 4 4 Ağrı 14.47 70.45 0 5 Amasya 11.49 0.76 17 6 Ankara 2.96 5.29 6 7 Antalya 7.54 1.63 26 8 Artvin 11.36 0.02 0 9 Aydın 4.84 2.17 18 10 Balıkesir 7.33 1.28 49 11 Bilecik 8.28 2.03 4 12 Bingöl 10.54 76.58 0 13 Bitlis 3.34 64.03 0 14 Bolu 12.80 0.61 0 15 Burdur 10.55 0.20 3 16 Bursa 12.03 2.27 0 17 Çanakkale 11.10 0.13 3 18 Çankırı 10.35 1.26 0 19 Çorum 13.45 3.89 80 20 Denizli 8.10 1.57 10 21 Diyarbakır 2.47 72.78 8 22 Edirne 2.65 0.14 6 23 Elazığ 6.28 43.16 19 24 Erzincan 6.89 19.74 218 25 Erzurum 8.31 16.00 127 26 Eskişehir 3.71 1.82 4 27 Gaziantep 6.52 12.66 83 28 Giresun 15.73 0.26 0

(3)

29 Gümüşhane 14.25 2.07 0 30 Hakkari 11.36 89.47 0 31 Hatay 5.65 3.80 84 32 Isparta 13.45 0.27 23 33 İçel 5.76 5.61 15 34 İstanbul 2.86 5.47 0 35 İzmir 2.61 3.98 43 36 Kars 4.00 20.69 125 37 Kastamonu 19.01 0.25 0 38 Kayseri 10.35 3.34 22 39 Kırklareli 1.11 0.24 25 40 Kırşehir 5.15 6.61 1 41 Kocaeli 7.43 4.22 0 42 Konya 12.56 4.70 2 43 Kütahya 11.98 0.03 0 44 Malatya 5.40 17.20 223 45 Manisa 8.69 1.77 31 46 Kahramanmaraş 8.16 15.37 97 47 Mardin 1.90 74.87 0 48 Muğla 8.39 1.05 12 49 Muş 5.13 67.70 0 50 Nevşehir 7.46 2.10 15 51 Nİğde 8.57 2.81 5 52 Ordu 15.47 0.04 46 53 Rize 12.76 0.07 0 54 Sakarya 12.86 1.68 0 55 Samsun 13.10 0.58 4 56 Siirt 4.42 78.78 0 57 Sinop 17.24 0.80 0 58 Sivas 8.73 11.73 215 59 Tekirdağ 3.11 1.75 8 60 Tokat 12.46 1.71 93 61 Trabzon 11.54 0.04 3 62 Tunceli 3.58 55.86 676 63 Şanlıurfa 8.49 47.84 2 64 Uşak 8.21 0.22 1

(4)

65 Van 3.21 70.70 0 66 Yozgat 12.04 2.26 55 67 Zonguldak 9.24 0.13 1

Source: Compiled by the author from State Institute of Statistics (SIS), National Education

Statistics: Formal Education, 1992-1993 (Ankara: State Institute of Statistics, 1995); Servet Mutlu,

“Ethnic Kurds in Turkey: A Demographic Study,” International Journal of Middle East Studies 28 (1996), 517-541; and Peter Alford Andrews, ed., Ethnic Groups in the Republic of Turkey

(Wiesbaden: Dr. Ludwig Reichert, 1989).

Note: In order to generate indices, the Kurdish population percentage and the number of Alevi

参照

関連したドキュメント

In this, the first ever in-depth study of the econometric practice of nonaca- demic economists, I analyse the way economists in business and government currently approach

The approach based on the strangeness index includes un- determined solution components but requires a number of constant rank conditions, whereas the approach based on

Keywords: nonlinear operator equations, Banach spaces, Halley type method, Ostrowski- Kantorovich convergence theorem, Ostrowski-Kantorovich assumptions, optimal error bound, S-order

In Section 13, we discuss flagged Schur polynomials, vexillary and dominant permutations, and give a simple formula for the polynomials D w , for 312-avoiding permutations.. In

The Bruhat ordering of every nontrivial quotient of a dihedral group is a chain, so all such Coxeter groups and their quotients have tight Bruhat orders by Theorem 2.3.. Also, we

Then it follows immediately from a suitable version of “Hensel’s Lemma” [cf., e.g., the argument of [4], Lemma 2.1] that S may be obtained, as the notation suggests, as the m A

[Mag3] , Painlev´ e-type differential equations for the recurrence coefficients of semi- classical orthogonal polynomials, J. Zaslavsky , Asymptotic expansions of ratios of

Instead, they rely on the polyhedral geometry of the Coxeter arrangement (a simplicial hyperplane arrangement associated to W ) and the lattice structure of weak order on W (the