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1	Active tectonics and seismic hazard assessment of Afghanistan and slip-rate estimation of the Chaman fault based on cosmogonic 10Be dating / アフガニスタンの活構造と地震災害評価および宇宙線生成核種10Beによるチャマン断層の変位速度の見積もり / アフガニスタンノカツコウゾウトジシンサイガイヒョウカオヨビウチュウセンセイセイカクシュ 10Be ニヨルチャマンダンソウノヘンイソクドノミツモリ Zakeria Shnizai 19 September 2020 (has links) This dissertation focuses on the active tectonics of Afghanistan\|slip-rate estimation of the Chaman fault and assessing seismic hazard in the Kabul basin. Afghanistan is a tectonically complex zone developed as a result of the collision between the Eurasian plate and the Indian plate to the southeast and the Arabian plate to the south. For seismic hazard mitigation, there is no large-scale active fault map in Afghanistan. I, therefore, mapped active and presumed active faults mainly based on interpretation of 1-arcsecond SRTM anaglyph images, and calculate the slip rate of the Chaman fautl based on 10Be TCN dating. / 博士(理学) / Doctor of Philosophy in Science / 同志社大学 / Doshisha University Active and presumed active faults Earthquakes Seismic source zones Chaman fault Detailed mapping 10Be TCN surface exposure dating Slip rate calculation Afghanistan Kabul basin active fault map historical earthquakes seismic hazard

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