CHAPTER 8 Transport Development Plan by Government of Peru
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YOUNG TOWN" GROWING up Four Decades Later: Self-Help Housing and Upgrading Lessons from a Squatter Neighborhood in Lima by SUSANA M
"YOUNG TOWN" GROWING UP Four decades later: self-help housing and upgrading lessons from a squatter neighborhood in Lima by SUSANA M. WILLIAMS Bachelor of Architecture University of Kansas, 2000 Submitted to the Department of Urban Studies and Planning and the Department of Architecture in partial fulfillment of the requirements for the degrees of MASTER IN CITY PLANNING MASSACHUSETTS INSTITUTE and OFTECHNOLOGY MASTER OF SCIENCE IN ARCHITECTURE STUDIES atthe JUN 2 8 2005 MASSACHUSETTS INSTITUTE OF TECHNOLOGY June 2005 LIBRARIES @ 2005 Susana M. Williams. All Rights Reserved. The author hereby grants to MIT permission to reproduce and to distribute publicly paper and electronic copies of this thesis document in whole or in part. Signature of A uthor: ........................................ .................. Department ohrban Studies and Planning May19,2005 Certified by . ...... y . r..Ar .-. ... ..-......-.. ..................... ..................... Reinhard K Goethert Principal Research Associate in Architecture Thesis Supervisor AA Certified by.. ........ 3 .. #.......................... Anna Hardman Professor of Economics, Tufts University Thesis Supervisor Accepted by............... ... ..................................................................... Dennis Frenchman Professor of the Practice of Urban Design Chairman, Master in City Planning Program Accepted by.... .. .. .. .Ju.. .. ..*Julian*Beinart Professor of Architecture Chairman, Master of Science in Architecture Studies Program .ARCHIVEr' "YOUNG TOWN" GROWING UP Four -
Addressing Social and Infrastructural Deficiencies in Villa Salvador-- Part 1
Syracuse University SURFACE School of Architecture Dissertations and Architecture Senior Theses Theses Spring 2014 Ciudad Disidente: Addressing social and infrastructural deficiencies in villa salvador-- Part 1 Victoria Brewster Follow this and additional works at: https://surface.syr.edu/architecture_theses Part of the Architecture Commons Recommended Citation Brewster, Victoria, "Ciudad Disidente: Addressing social and infrastructural deficiencies in villa salvador-- Part 1" (2014). Architecture Senior Theses. 277. https://surface.syr.edu/architecture_theses/277 This Thesis, Senior is brought to you for free and open access by the School of Architecture Dissertations and Theses at SURFACE. It has been accepted for inclusion in Architecture Senior Theses by an authorized administrator of SURFACE. For more information, please contact [email protected]. CIUDAD DISIDENTE ADDRESSING SOCIAL AND INFRASTRUCTURAL DEFICIENCIES IN VILLA EL SALVADOR TABLE OF CONTENTS CONTENTION I. URGENCY II. CASE STUDIES III. LIMA, PERU IV. VILLA EL SALVADOR V. WORKS CITED VICTORIA BREWSTER DANIEL KALINOWSKI DECEMBER 9, 2013 ARC 505 - THESIS RESEARCH STUDIO PRIMARY ADVISOR: SAROSH ANKLESARIA SECONDARY ADVISORS: SUSAN HENDERSON, JULIE LARSEN CONTENTION Ciudad Disidente Within the next twenty years, Providing increased agency the Global South will account through community par- for 95% of urban growth, ticipation in the design and and nearly half of that will be construction processes will within the informal sector.1 encourage residents to be The population living within INVESTED in their neighbor- slums is expected to increase hood’s future. They will be to two billion people by 2030, more likely to focus on the and if left unchecked, it may maintenance and develop- reach three billion by 2050.2 ment of their homes, busi- This extreme growth requires nesses, and public spaces. -
Innova Schools in Peru: the Economic and Social Context, Privatization, and the Educational Context in Peru
Directorate for Education and Skills Innovative Learning Environments (ILE) System Note PERU Innova Schools- Colegios Peruanos 1. Aims Innova Schools (IS) has under its vision to offer quality education at a reasonable cost to the children in Peru. The targeted children are those that pertain to lower B, and C, SES. Our aim is to offer an alternative that is excellent, scalable and affordable, in order to narrow the gap regarding the problem of quality education in Peru. As a private educational system, we are resolved to overcome the learning gap, with initiatives and interventions that have innovation at the core. IS is implementing a paradigm shift: from teacher centred schools, to schools that are student centred. In this paradigm shift, technology is regarded as an important tool in the learning process. Our learning process promotes that students use technology to learn efficiently, and that teachers facilitate this process accordingly. To perform its vision, IS started as a full-fledged company in 2010 with a carefully designed business plan including the construction of a nationwide network of 70 schools that will serve over 70,000 students by 2020. Up to the moment, we have 18 schools, 16 in the peripheral areas of the capital city of Lima, and 2 in the provinces. IS is currently attending a population of approximately 620 teachers, and 9 100 students. 2. Leadership and Partners At the educational system level, Jorge Yzusqui our CEO is a member of the National Council of Education [Consejo Nacional de Eduación-CNE]. There is also a close connection between our CEO and Martín Vegas who is the vice-minister of pedagogic management at the Ministry of Education in Peru. -
Paginas Iniciales Hatun
HATUN WILLAKUY ABBREVIATED VERSION OF THE FINAL REPORT OF THE TRUTH AND RECONCILIATION COMMISSION PERU HATUN WILLAKUY ABBREVIATED VERSION OF THE FINAL REPORT OF THE TRUTH AND RECONCILIATION COMMISSION PERU Hatun Willakuy Abbreviated version of the Final Report of the Truth and Reconciliation Commission Peru First English edition: First Spanish edition: February 2004 Press run: 20,000 copies © Transfer Commission of the Truth and Reconciliation Commission Tomás Ramsey 925, Magdalena Lima, Peru www.cverdad.org.pe Under Laws 27806 and 27927, this text, entitled Hatun Willakuy, is a public document. The contents may be reproduced in part or in full as long as they are cited accurately and the source is properly credited: Transfer Commission, Truth and Reconciliation Commission. Hatun Willakuy. Lima, 2004. Transfer Commission members: Javier Ciurlizza Contreras, Arturo Perata Ytajashi and Félix Reátegui Carrillo. Publication coordinator: Félix Reátegui Carrillo Editing coordinator: Estrella Guerra Caminiti Cover and inside design: Egard Thays Infographics: Carla Gonzales This text is an abbreviated version of the Final Report of the Truth and Reconciliation Commission. The lector should refer to this report if more complete information is needed. This version was prepared by the Transfer Commission of the Truth and Reconciliation Commission at the request of the commissioners at their final session on August 31, 2003. Legal deposit: 1501372004-0921 ISBN: 9972-9816-4-9 Printing: Corporación Gráfica NAVARRETE S.A. Printed in Peru TABLE OF CONTENTS -
EO4SD-Urban Lima City Operations Report Page I Earth Observation for Sustainable Doc
Earth Observation for Sustainable Development Urban Development Project EO4SD-Urban Project: Lima City Report ESA Ref: AO/1-8346/15/I-NB Doc. No.: City Operations Report Issue/Rev.: 1.1 Date: 19.11.2019 Lead: Partners: Financed by: Earth Observation for Sustainable Doc. No.: City-Operations Report Development – Urban Project Issue/Rev-No.: 1.1 Consortium Partners No. Name Short Name Country 1 GAF AG GAF Germany 2 Système d'Information à Référence Spatiale SAS SIRS France 3 GISAT S.R.O. GISAT Czech Republic 4 Egis SA EGIS France 5 Deutsche Luft- und Raumfahrt e. V DLR Germany 6 Netherlands Geomatics & Earth Observation B.V. NEO The Netherlands 7 JOANNEUM Research Forschungsgesellschaft mbH JR Austria 8 GISBOX SRL GISBOX Romania Disclaimer: The contents of this document are the copyright of GAF AG and Partners. It is released by GAF AG on the condition that it will not be copied in whole, in section or otherwise reproduced (whether by photographic, reprographic or any other method) and that the contents thereof shall not be divulged to any other person other than of the addressed (save to the other authorised officers of their organisation having a need to know such contents, for the purpose of which disclosure is made by GAF AG) without prior consent of GAF AG. EO4SD-Urban Lima City Operations Report Page I Earth Observation for Sustainable Doc. No.: City-Operations Report Development – Urban Project Issue/Rev-No.: 1.1 Summary This document contains information related to the provision of geo-spatial products over Lima city, Peru, from the European Space Agency (ESA) supported project “Earth Observation for Sustainable Development - Urban Applications” (EO4SD-Urban) to the Inter-American Development Bank (IADB) funded program called “Emerging and Sustainable Cities Initiative” (ESCI). -
From Self-Built Periphery to Metropolitan Business District 417
FROM SELF-BUILT PERIPHERY TO METROPOLITAN BUSINESS DISTRICT 417 From Self-built Periphery to Metropolitan Business District: Spatial Transformations, Emerging Urban Identities and the Concept of Citizenship in the Cono Norte, Lima, Peru KATHRIN GOLDA-PONGRATZ Clemson University “Urban planning has largely failed to create a bet- of life in Peru. Between 1940 and 2000, the capital ter human environment and has mostly had nega- city has increased its population from 645.000 to 7,5 tive repercussions for lower income groups. The people themselves have become the modern build- million and enlarged its urbanized territory nearly 16 ers of Latin American cities... Contemporary Latin times from 5000 ha to around 78.000 ha. American cities, like their predecessors, have been constructed by many builders, mostly anonymous, Today, 8,2 million out of Peru’s population of 29 forced to find their own solutions in the face of government neglect and sometimes repression.” million live in greater Lima, 40 per cent of them Jorge E. Hardoy1 live in the more or less consolidated informal city.3 “When people have no control over, no responsibil- The Cono Norte (or Lima Norte), as a self-built and ity for key decisions in the housing process, dwell- gradually densified and consolidated urban ag- ing environments may instead become a barrier to personal fulfillment and a burden on the economy.” glomeration, counts 2,2 million inhabitants at the John F. C. Turner2 end of 2010 and, more than a suburb, it has be- come a new metropolitan center attached to the The sensation of contemporary Lima is the one of a capital city with its own logics, aspirations and its never-ending city along the coastline, a band of low- own economy. -
Public Health in Lima, Peru, 1535
THE NATURE OF COLONIAL BODIES: PUBLIC HEALTH IN LIMA, PERU, 1535- 1635 A Dissertation Submitted to the Graduate School of the University of Notre Dame in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy by Kathleen M. Kole de Peralta Karen Graubart, Director Graduate Program in History Notre Dame, Indiana July 2015 © Copyright 2015 Kathleen M. Kole de Peralta THE NATURE OF COLONIAL BODIES: PUBLIC HEALTH IN LIMA, PERU, 1535- 1640 Abstract by Kathleen M. Kole de Peralta In 1535, Francisco Pizarro founded Lima, Peru in the middle of a coastal dessert. Its residents transformed the landscape to build a colonial capital and in the process, the landscape shaped local understandings of race, gender, social status and power. Lima’s urban environment created a public health discourse that focused on the relationship between the natural world and human welfare. These discussions emerged in response to the rapid rate of Lima’s growth and the challenges it faced, including deforestation, food supply challenges, and the concentration of waste, disease, and illness. I argue that Lima’s cabildo [municipal government], comprised of just a fraction of the population, seized on these adversities to empower themselves over the majority of the population, promote their interests, and negotiate interactions between humans and their environs. Using the discourse of colonial bodies, health, and the natural world, town councilmen endeavored to control a racially and socially diverse population that surpassed 25,000 people by 1614. For my family ii CONTENTS Figures……………………………………………………………………... iv Tables………………………………………………………………………. v Acknowledgments………………………………………………………….. vii Chapter 1: What Nature Does to the Body………………………………… 1 1.1. -
Evaluation of Local Site Amplification in Lima, Peru from Ground Motion Data
16th World Conference on Earthquake, 16WCEE 2017 Santiago Chile, January 9th to 13th 2017 Paper N° 3567 Registration Code: S-A1463232467 EVALUATION OF LOCAL SITE AMPLIFICATION IN LIMA, PERU FROM GROUND MOTION DATA S. Quispe(1), H. Yamanaka(2), K. Chimoto(2), H. Tavera(4), Z. Aguilar(5), F. Lázares(6), and D. Calderón(7) (1) Researcher, Japan Peru Center for Earthquake Engineering and Disaster Mitigation, [email protected] (2) Professor, Tokyo Institute of Technology, [email protected] (3) Assistant professor, Tokyo Institute of Technology, [email protected] (4) Researcher, Geophysical Institute of Peru, [email protected] (5) Researcher, Japan Peru Center for Earthquake Engineering and Disaster Mitigation, [email protected] (6) Researcher, Japan Peru Center for Earthquake Engineering and Disaster Mitigation, [email protected] (7) Researcher, Japan Peru Center for Earthquake Engineering and Disaster Mitigation, [email protected] Abstract Observed ground motion records were analyzed for estimating site effects in Lima Metropolitan Area, Peru in the frequency range from 1.0 to 20.0 Hz. The spectral inversion method was applied to separate the three effects – path, source and site amplification. This technique is the most appropriate for analyzing site response since amplification is only attributed to the effect of sedimentary soil layers over a basement. The earthquake data used were 55 seismic events observed at 19 seismic recording stations from 2003 to 2013. Most of the earthquakes used in the analysis were small events with a Local Magnitude ML between 4.0 and 5.0. -
Estimation of Deep Soil Profiles in Lima Peru
July 2011, Volume 5, No. 7 (Serial No. 44), pp. 618-627 Journal of Civil Engineering and Architecture, ISSN 1934-7359, USA Estimation of Deep Soil Profiles in Lima Peru Diana Calderon1, Fernando Lazares2, Zenon Aguilar2, Toru Sekiguchi1 and Shoichi Nakai1 1. Department of Urban Environment System, Faculty of Engineering, Chiba University, Chiba, Japan 2. CISMID, Faculty of Civil Engineering, National University of Engineering, Lima, Peru Abstract: Deep shear-wave velocity profiles at eight places in Lima Peru were estimated based on the inversion of dispersion curves. The dispersion curves were calculated from small and large microtremor arrays using two methods: the F-k proposed by Capon (1969) and the CCA proposed by Cho et al. (2004). For the purpose of large array measurement we introduced a new type of sensor. Important results are the relative shallow depths to the basement rock in the area classified as alluvial gravel that covers most of the area of Lima city; and the relative large depth to the bedrock in places identified as VSV and CMA. It is recommended that this study be complemented with PS loggings in order to verify the estimated profiles. Key words: Microtremor array, dispersion curve, inversion, soil profile, H/V spectrum. conditions that characterize areas of low or high 1. Introduction probability to be affected by earthquakes is of great This study is a part of the project “Enhancement of importance, especially in places like Lima that have Earthquake and Tsunami Disaster Mitigation scarce information as to deep soil -
Panorama Megacities
Project Document REGIONAL PANORAMA Latin America Megacities and Sustainability Ricardo Jordán Johannes Rehner Joseluis Samaniego Economic Commission for Latin America and the Caribbean (ECLAC) The present document was prepared by Joseluis Samaniego and Ricardo Jordán, of the Sustainable Development and Human Settlements Division of the Economic Commission for Latin America and the Caribbean (ECLAC), and by Johannes Rehner, professor at the Pontifical Catholic University of Chile. Its preparation formed part of Risk Habitat Megacities, a joint project of ECLAC and the Helmholtz Association, represented by the Helmholtz Centre for Environmental Research (UFZ) of Leipzig, Germany. Production of the document benefited from support from the Networking Fund of the Helmholtz Association and the German Agency for Technical Cooperation (GTZ) and the Ministry for Economic Cooperation and Development of Germany. The following persons contributed to the preparation of this document: Sebastián Baeza González, Jorge Cabrera Gómez, Maximiliano Carbonetti, Dirk Heinrichs, Paula Higa, Jürgen Kopfmüller, Kerstin Krellenberg, Margarita Pacheco Montes, Paulina Rica Mery, Iván Moscoso Rodríguez, Claudia Rodríguez Seeger, Humberto Soto and Volker Stelzer. The authors wish to express their gratitude to the following people for their critiques, comments and revision of the document: Jonathan Barton, Klaus-Rainer Bräutigam, Ulrich Franck, Tahnee Gonzalez, Andreas Justen, Henning Nuissl, Gerhard Schleenstein and Peter Suppan. Special thanks are owed to Courtney -
Earthquake Engineering Research in Peru D SATREPS P J T and SATREPS Project
Science and Technology Research Partnership for Sustainable Development : SATREPS Subduction Zone and Earthquake Sources in Peru International Symposium on Earthquake & Tsunami Disaster Reduction -Learning from the Great East Japan Earthquake– Earthquake Engineering Research in Peru and SATREPS Pro jec t Marc h 15, 2012 Carlos ZAVALA Professor, National University of Engineering, UNI, Peru. 2 1 Scenario Earthquakes Location of Earthquake 1746 (Mw=8.6) and hepicenters 1868 (Mw=8.8) that produce tiitsunami in Perú 4 3 SOIL EXPLORATION STUDY CASE LA MOLINA DISTRICT SAN JUAN DE LURIGANCHO DISTRICT 5 6 SOIL EXPLORATION AND PREVIOUS INFORMATION MICROTREMOR MEASUREMENT RECOPILADOS APESEG (2002) RECOPILADOS 2010 CALICATAS EJECUTADAS 2010 POZOS RECOPILADOS SEDAPAL 2010 POZOS RECOPILADOS (1997) GEODAS-10 Microtremor SATREPS ppjroject 7 8 MICROTREMOR MEASURE POINTS AND PREVIOUS MICROTREMOR RECORDS INFORMATION Espectral Ratios using Nakamura´s Method RECOPILADOS MARTINEZ (1997) RECOPILADOS APESEG (2002) EJECUTADOS CISMID (2010) 9 10 PACHACAMAC SOILLEYENDA CLASIFICATION ZoneZONA I: ESTRATOS Hard soilDE GRAVA rock DE ORIGEN COLUVIAL Y/O ALUVIAL ZoneZONA II: SUELOS Sand FINOS soil Y ARENOSOS with 10 CON m ESPESOR depth MENOR A 10 m. VILLA ZoneZONAMARIA III: SUELOS Sand DEL FINOS soil Y ARENOSOS with 10 DE to10 m 20 A 20 m. DE depth ESPESOR TRIUNFO ZoneZONA IV: SUELOS Sand FINOS soil Y ARENOSOS very depth DE GRAN and POTENCIA unstable Y TALUDES slopes INESTABLES 11 12 Maximum Accelerations in La Molina (PGA) SAN JUAN DE LURIGANCHO DISTRICT STUDY BLOCKS -
How Many Peruvians Have Died? an Estimate of the Total Number of Victims Killed Or Disappeared in the Armed Internal Conflict Between 1980 and 2000
How many Peruvians have died? An estimate of the total number of victims killed or disappeared in the armed internal conflict between 1980 and 2000 August 28, 2003 Patrick Ball, Jana Asher, David Sulmont, Daniel Manrique This report was written by the Human Rights Data Analysis Group of the American Association for the Advancement of Science (HRDAG) by Patrick Ball, Jana Asher, David Sulmont, and Daniel Manrique. For more information about the authors, see the final note in the text. The authors thank Jana Dudukovich (HRDAG consultant) for preparing the tables and assisting with the translation, Elisa Munoz and Kristen Cibelli for assistance with the translation, and Miguel Cruz for doing the design and layout. The commentary and suggestions of John Wilmoth (Associate Professor of Demography, University of California – Berkeley), Fritz Scheuren (Vice President of Statistics, National Opinion Research Center), and Herbert F. Spirer (Professor Emeritus of the University of Connecticut) were of particular importance for this work. Funding for this project was provided to HRDAG by the John D. and Catherine T. MacArthur Foundation. We also thank the International Center for Transitional Justice (ICTJ), which sent Patrick Ball to Lima as its consultant to advise the Peruvian TRC on three occasions in 2003. The materials contained herein represent the opinions of the authors and editors and should not be construed to be the view of the American Association for the Advancement of Science (AAAS) Science and Human Rights Program. The AAAS Committee on Scientific Freedom and Responsibility (CSFR), in accordance with its mandate and Association policy, supports publication of this report as a scientific contribution to human rights.