Ethiopia Departs 15Th January 2022
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Agricultural Systems in Ethiopia Tr\A
E. Westphal Department of Tropical Crops andLaboratory ofPlant Taxonomy and Plant Geography, AgriculturalUniversity, Wageningen in collaboration with J. M. C. Westphal-Stevels Agricultural systems in Ethiopia Joint publication of the College of Agriculture, Haile Sellassie I University, Ethiopia, and the Agricultural University, Wageningen, the Netherlands Centrefor AgriculturalPublishing and Documentation Wageningen - 1975 1 11t r\ A Abstract WESTPHAL, E. (1975)Agricultura l systems in Ethiopia. Agric. Res. Rep.(Versl .landbouwk . Onderz.) 826, ISBN 90 220 0556 9, (x) + 278 p., 16 figs, 103 photographs, 10 maps in separate cover, 9 tables, ZZZ refs, 2 appendices. Theboo k isth esecon d in a series of publications on Ethiopian useful plants. It treats the agricultural systems in Ethiopia: the seed-farming, ensat-planting and pastoral complex, and shifting cultivation. Specialchapter s are devoted to thegeography , climate,soils ,natura l vegetation, ethnicgroup s and languages, agriculture, markets, food and nutrition, and useful plants. Tables, photographs, and indices on subject and scientific plant names are added; 10detaile d maps are included in a separate booklet. JÛÏSLIOTÏÏBEjr DER I.ANDBOUWHOGESCH004 ISBN 90 220055 69 Coverplate: fields in the Chercher Highlands of Hararge with sorghum, t'ef, sweet potato and ch'at (E. Westphal). © Centre for Agricultural Publishing and Documentation, Wageningen, 1975. No parts of this book may bereproduce d and/or published in any form, by print, photoprint, micro film or any other means without -
Can Big Push Infrastructure Unlock Development? Evidence From
Can Big Push Infrastructure Unlock Development? Evidence from Ethiopia Niclas Moneke∗ LSE Job Market Paper November 2019 [click here for latest version] Abstract Roads are instrumental to market access. Electricity is a key technology for mod- ern production. Both have been widely studied in isolation. In reality, infrastructure investments are commonly bundled. How such big push infrastructure investments interact in causing economic development, however, is not well understood. To this end, I first develop a spatial general equilibrium model to understand how big push infrastructure investments may differ from isolated investments. Second, I track the large-scale road and electricity network expansions in Ethiopia over the last two decades and present causal reduced-form evidence confirming markedly different patterns: access to an all-weather road alone increases services employment, at the expense of manufacturing. In contrast, additionally electrified locations see large reversals in the manufacturing employment shares. Third, I leverage the model to structurally estimate the implied welfare effects of big push infrastructure in- vestments. I find welfare in Ethiopia increased by at least 11% compared to no investments, while isolated counterfactual road (electrification) investments would have increased welfare by only 2% (0.7%). JEL classification: F15, J24, L16, O13, O14, O18, Q41, R1 ∗I am indebted to Oriana Bandiera, Gharad Bryan, Robin Burgess and Daniel Sturm for their con- tinuous support throughout this project. I thank Karun Adusumilli, Jan David Bakker, Tim Besley, Francesco Caselli, Simon Franklin, Doug Gollin, Michael Greenstone, Vernon Henderson, Felix K¨onig, David Lagakos, Rocco Machiavello, Ted Miguel, Bart Minten, David Nagy, Shan Aman Rana, Imran Rasul, Claudio Schilter, Fabian Waldinger, Torsten Figueiredo Walter and participants at Bonn, CEPR- ILO Geneva, CURE, InsTED, OxDEV, ONS, SERC, SMYE Brussels and UEA Philadelphia for helpful comments. -
Agricultural Systems in Ethiopia
Agricultural systems in Ethiopia E. WestpJial Agricultural systems in Ethiopia Institute of Agricultural 8 esearch Library Addis a beba Agricultural Research Reports 826 E. Westphal Department of Tropical Crops and Laboratory of Plant Taxonomy and Plant Geography, Agricultural University, Wageningen in collaboration with J. M. C. Westphal-Stevels Agricultural systems in Ethiopia Joint publication of the College of Agriculture, Haile Sellassie I University, Ethiopia, and the Agricultural University, Wageningen, the Netherlands Centre for Agricultural Publishing and Documentation Wageningen -1975 Abstract W e s tp h a l, E. (1975) Agricultural systems in Ethiopia. Agric. Res. Rep. (Versl. landbouwk. Onderz.) 826, ISBN 90 220 0556 9, (x) 4- 278 p.. 16 figs, 103 photographs, 10 maps in separate cover, 9 tables. ZZZ refs, 2 appendices. The book is the second in a series of publications on Ethiopian useful plants. It treats the agricultural systems in Ethiopia: the seed-farming, ensat-planting and pastoral complex, and shifting cultivation. Special chapters are devoted to the geography, climate, soils, natural segetation, ethnic groups and languages, agriculture, markets, food and nutrition, and useful plants. Tables, photographs, and indices on subject and scientific plant names are added: 10 detailed maps arc included in a separate booklet. ISBN 90^220 0556 9 Coverplate: fields in the Chercher Highlands of Hararge with sorghum, t'ef, sweet potato and ch'at (E. Westphal). © Centre for Agricultural Publishing and Documentation, Wageningen. 1975. No parts of this book may be reproduced and or published in any form, by print, photoprint, micro film or any other means without written permission from the publishers. -
Infrastructure and Structural Transformation: Evidence from Ethiopia
The London School of Economics and Political Science Infrastructure and Structural Transformation: Evidence from Ethiopia Niclas Moneke A thesis submitted to the Department of Economics of the London School of Economics and Political Science for the degree of Doctor of Philosophy. London, June 2020. To two journeys. Declaration I certify that the thesis I have presented for examination for the degree of Doctor of Philosophy is solely my own work. The copyright of this thesis rests with the author. Quotation from it is permitted, provided that full acknowledgement is made. The thesis may not be reproduced without the prior written consent of the author. I warrant that this authorisation does not, to the best of my knowledge, infringe the rights of any third party. I declare that this thesis consists of approximately 24,000 words. 2 Acknowledgements First and foremost, I owe Robin Burgess my gratitude for providing me with outstanding advice and guiding my path for almost a decade of my life. Ever since our first conversation, I kept discovering a whole new world. For similarly excellent advice, comments, discussions and continuous support, I thank Oriana Bandiera, Gharad Bryan and Daniel Sturm. Rocco Macchiavello and Fabian Waldinger got me where I needed to be, for which I thank them wholeheartedly. I benefited greatly from conversations with Tim Besley, Francesco Caselli, Doug Gollin, Michael Greenstone, Vernon Henderson, Gabriel Kreindler, David Lagakos, Rocco Machiavello, Ted Miguel, Bart Minten, David Nagy, Imran Rasul, Martin Rotemberg, Sahele Tamiru Fekede and Fabian Waldinger. This project would not have been possible without their insight. Furthermore, Oriana Bandiera, Robin Burgess, Francesco Caselli, Steve Pischke and Thomas Sampson taught me how to teach and to teach well.