River Basin Management a Negotiated Approach
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Urban Cochabamba, Bolivia
PLANNING FOR MULTIPLE USES OF WATER: LIVELIHOOD ACTIVITIES AND HOUSEHOLD WATER CONSUMPTION IN PERI- URBAN COCHABAMBA, BOLIVIA Alfredo Duran1; Daniel Herbas1; Magaly Reynaga1 & John Butterworth2 Abstract - This paper presents two methodologies to assess livelihood activities and water use as part of the planning of water supply projects. A case study from peri-urban Tiquipaya, close to the city of Cochabamba in Bolivia, illustrates results from both the rapid and more detailed methodologies presented. The main findings of the case study are that the productive uses of domestic water supplies, particularly irrigating small gardens (huertas) and watering livestock appear to have been underestimated to date, both in their importance for the livelihoods of households in Tiquipaya and in patterns of water use. Currently, water supplies are mainly provided by small locally-managed groundwater-based systems, although there is a contested plan to move towards more centrally-planned systems. It is concluded that the future development of water supply systems in the area is more likely to be sustainable and to meet local needs if productive uses of water at the household level are considered at the planning stage: these activities being particularly dependent upon the availability and cost of domestic water supplies. Keywords - Multiple uses; water supply; groundwater; irrigation; peri-urban; agriculture; Bolivia. INTRODUCTION The planning of most domestic water supply projects in Latin America is still largely premised upon the quest for improved health. The assumption is that a closer, more plentiful and critically, better quality, water supply will reduce the transmission of disease. This approach is now widely challenged as being both too simplistic, and ignoring the many other benefits of improved water supplies. -
Cochabamba, Bolivia)
Facilitating Negotiations over Land and Water Conflicts in Peri-urban upstream Catchments RESEARCH REPORT Nº 3 Wastewater Irrigation in the Periurban Area of Tiquipaya (Cochabamba, Bolivia) Raúl G. Ampuero Alcoba Daan van Rooijen San Simon University Faculty of Agriculture and Livestock Sciences “Martin Cardenas” Andean Centre for Water Management and Use NEGOWAT Project: Facilitating Negotiations over Land and water Conflicts in Peri-urban Upstream Catchments RESEARCH REPORT Nº 3 Wastewater Irrigation in the Peri-urban Area of Tiquipaya (Cochabamba, Bolivia) Raúl G. Ampuero Alcoba Daan van Rooijen FOUNDED BY: INCO-DEV, CIRAD, FAPESP, DFID Cochabamba, Bolivia, May, 2006 The NEGOWAT Project (Facilitating Negotiations over Land and water Conflicts in Peri- urban Upstream Catchments) is a research project developed in Cochabamba (Bolivia) and Sao Paulo (Brasil). It is focused to develop tools to better understand water related competition and conflicts among different stakeholders in these areas. In Bolivia, the NEGOWAT Project is executed by the Andean Centre for Water Management and Use (Centro AGUA) and the Study Centre of Social and Economic Reality (CERES). The Centro AGUA is an education and research centre of the Faculty of Agriculture and Livestock Sciences (FCAyP), San Simon University (UMSS). Authors: Raúl G. Ampuero Alcoba, is a researcher of NEGOWAT Project, in the Andean Centre for Water Management and Use (Centro AGUA). Daan van Rooijen, is a MSc. student in Wageningen University, The Netherlands. His master thesis was carried out in the issue: Wastewater use in agriculture in Tiquipaya. Ampuero, R., van Rooijen, D. 2006. Wastewater irrigation in the periurban area of Tiquipaya (Cochabamba, Bolivia). -
David Versus Goliath in Cochabamba Water Rights, Neoliberalism, and the Revival of Social Protest in Bolivia by Willem Assies
ARTICLE LATIN AMERICAN PERSPECTIVES 10.1177/0094582X03252286Assies / DAVID VERSUS GOLIATH IN COCHABAMBA David versus Goliath in Cochabamba Water Rights, Neoliberalism, and the Revival of Social Protest in Bolivia by Willem Assies “Ours is a small country and it hardly owns anything any more. Our mines were privatized, the electrification company was privatized, and the airlines, the telecommunications, the railways, our oil and gas. The things we still own are the water and the air, and we have struggled to make sure that the water continues to be ours,” said Oscar Olivera, a trade-union leader from Cochabamba, Bolivia, addressing one of the assemblies protesting the annual spring meeting of the IMF/World Bank in Washington, DC, in April 2000. Olivera had been freshly flown in from the city that had been the scene of vio- lent protests that forced the transnational consortium Aguas del Tunari out of Cochabamba Department and called upon the Bolivian government to mod- ify Law 2029 on Potable Water and Sanitary Drainage, proclaimed only five months earlier. The assembly that protested the power of transnational capi- talism and neoliberal policies cheered him as a hero. “David has defeated Goliath,” claimed Olivera, and “thus set an example for the rest of the world.” From the early days of April Bolivia had been the scene of a wave of pro- tests such as it had not seen for several decades, prompting the Banzer gov- ernment, elected in 1997, to declare a state of siege. The day the state of siege was declared, 880 police mutinied to press wage demands and students pro- tested in La Paz, and later coca growers from the yunga region set up road- blocks to protest forced eradication. -
Centros De Educación Alternativa – Cochabamba
CENTROS DE EDUCACIÓN ALTERNATIVA – COCHABAMBA DIRECTORES DISTRITO CENTRO DE EDUCACIÓN COD SIE NUMERO EDUCATIVO ALTERNATIVA AP. AP. PATERNO NOMBRE 1 NOMBRE 2 DE MATERNO CELULAR AIQUILE 80970088 OBISPADO DE AIQUILE JIMENEZ GUTIERREZ DELIA ANGELICA 72287473 AIQUILE 80970093 MARCELO QUIROGA SANTA CRUZ CADIMA COLQUE OMAR 74370437 ANZALDO 70950054 JESUS MARIA CHOQUE HEREDIA SILVIA EDITH 76932649 ARANI 80940033 ARANI A BERDUGUEZ CLAROS MARIA ESTHER 76477021 ARQUE 80930051 ARQUE LUNA ALVAREZ NELLY 63531410 ARQUE 80930078 SAN JUAN BAUTISTA CALLE VILLCA GERMANA 71418791 INDEPENDENCIA 80960094 CLAUDINA THEVENET CONDORI QUISPE ROLANDO 72394725 INDEPENDENCIA 80960115 INDEPENDENCIA ZUBIETA ALBERTO 67467699 CAPINOTA 80920048 CAPINOTA CASTELLON MENESES AURORA ISABEL 76996213 CHIMORE 50870050 CONIYURA CASTELLON MENESES AURORA ISABEL 76996213 CHIMORE 50870054 SAN JOSE OBRERO SANDOVAL RAMOS JAVIER 68508294 CLIZA 80910034 JORGE TRIGO ANDIA AGUILAR VARGAS JUAN 79755130 COCHABAMBA 1 80980493 27 DE MAYO CARRION SOTO MARIA LUZ 61099987 COCHABAMBA 1 80980321 ABAROA C PORTILLO ROJAS BLADIMIR PABLO 71953107 COCHABAMBA 1 80980489 AMERICANO A CAPUMA ARCE EGBERTO 71774712 COCHABAMBA 1 80980451 BENJAMIN IRIARTE ROJAS GUZMAN PEÑA MARTHA 69468625 COCHABAMBA 1 80980026 BERNARDINO BILBAO RIOJA VERA QUEZADA LUCIEN MERCEDES 79779574 COCHABAMBA 1 80980320 COCHABAMBA CHUQUIMIA MAYTA VICTOR ARIEL 79955345 COCHABAMBA 1 DAON BOSCO C TORREZ ROBLES NELLY CELIA 76963479 COCHABAMBA 1 80980488 DON BOSCO D MURIEL TOCOCARI ABDON WLDO 70797997 COCHABAMBA 1 80980443 EDMUNDO BOJANOWSKI -
Ppcr Bolivia Indice
ESTADO PLURINACIONAL DE BOLIVIA IV Foro – Taller: “resiliencia y adapTación al cambio climáTico” INFORME DE EVALUACIÓN DE INDICADORES CIF Programa Piloto de Resiliencia Climática La Paz – Bolivia Julio 2018 PPCR BOLIVIA INDICE 1. RESUMEN EJECUTIVO .................................................................................................................4 2. ANTECEDENTES ..........................................................................................................................5 3. DESARROLLO DEL IV FORO – TALLER ...........................................................................................8 4. METODOLOGÍA Y SU PROCEDIMIENTO ..................................................................................... 11 Procedimiento Metodológico ....................................................................................................... 12 5. RESULTADOS DE LOS CINCO INDICADORES EN FORMATO CIF ..................................................... 16 6. EVALUACIÓN DEL EVENTO Y LOS AVANCES POR INDICADOR ...................................................... 57 6.1 Evaluación del Indicador 1 ................................................................................................. 57 a) Nivel Nacional ................................................................................................................... 59 b) Sector Riego ...................................................................................................................... 59 c) Sector Recursos Hídricos ................................................................................................... -
14 Incorporating Gender in Research on Indigenous Environmental
Part II: Incorporating Gender in Research 14 Incorporating Gender in Research on Indigenous Environmental Knowledge in the Tunari National Park in the Bolivian Andes Elvira Serrano, Sebastian Boillat, and Stephan Rist Introduction Since pre-Columbian times, indigenous farmers of Quechua and Aymara origin have occupied the highlands surrounding the city of Cochabamba. Between the 15th Century, at the beginning of colonial times, and the middle of the 20th Century, landlords owned the land, while former peasant landowners were kept under serfdom. In the agrarian reform initiated in 1952, the government abolished serfdom and returned the land to farmers who were willing to form a syndicate, which was later on transformed, through gradual incorporation of indigenous organizational elements, into what is today perceived as a “community” (Rocha, 1999). | downloaded: 2.10.2021 However, the peasants’ autonomy over their territory was of short duration. In 1962 the central government enacted a law declaring part of the highlands surrounding the city of Cochabamba as the Tunari National Park (TNP). The main reason given was that the creation of a national park would lay the groundwork for extensive reforestation, aiming to prevent the repetition of the floods that occurred in 1959 and protect natural water sources for the benefit of the expanding city. Adding an element of “natural lungs” and some references to biodiversity, the government significantly extended the park area in 1991. These laws were elaborated in a typical top-down manner without any consultation of the local inhabitants. Currently the park area com- prises approximately 350 indigenous communities, representing a total of some 100,000 inhabitants. -
Geologia E Hidrogeologia Del Valle Central De Cochabamba Geology and Hydrogeology of the Central Valley of Cochabamba
GEOLOGIA E HIDROGEOLOGIA DEL VALLE CENTRAL DE COCHABAMBA GEOLOGY AND HYDROGEOLOGY OF THE CENTRAL VALLEY OF COCHABAMBA CONVENIO ALEMAN BOLIVIANO DE AGUAS SUBTERRANEAS (CABAS) German Bolivian Agreement on Groundwater (CABAS) Sven Renner & Carlos Velasco GEOLOGIA E HIDROGEOLOGIA DEL VALLE CENTRAL DE COCHABAMBA GEOLOGY AND HYDROGEOLOGY OF THE CENTRAL VALLEY OF COCHABAMBA CONVENIO ALEMAN BOLIVIANO DE AGUAS SUBTERRANEAS (CABAS) German Bolivian Agreement on Groundwater (CABAS) I N D I C E / I N D E X Página, page INDICE DE FIGURAS / INDEX OF FIGURES............................................................................................. v INDICE DE MAPAS DETALLADOS / INDEX OF DETAILED MAPS.....................................................vii ABREVIACIONES / ABBREVIATIONS .....................................................................................................viii 1 INTRODUCCION ..................................................................................................................................... 1 1 INTRODUCTION ..................................................................................................................................... 1 2 ASPECTOS GENERALES DE LA CUENCA DEL VALLE CENTRAL DE COCHABAMBA............ 4 2 GENERAL ASPECTS OF THE BASIN OF THE COCHABAMBA CENTRAL VALLEY................... 4 2.1 Descripción del área........................................................................................................................... 5 2.1 Description of the area...................................................................................................................... -
Redalyc.PARIA, the SOUTHERN INKA CAPITAL REDISCOVERED
Chungara, Revista de Antropología Chilena ISSN: 0716-1182 [email protected] Universidad de Tarapacá Chile Pärssinen, Martti; Kesseli, Risto; Faldín, Juan PARIA, THE SOUTHERN INKA CAPITAL REDISCOVERED Chungara, Revista de Antropología Chilena, vol. 42, núm. 1, junio, 2010, pp. 235-246 Universidad de Tarapacá Arica, Chile Available in: http://www.redalyc.org/articulo.oa?id=32618797032 How to cite Complete issue Scientific Information System More information about this article Network of Scientific Journals from Latin America, the Caribbean, Spain and Portugal Journal's homepage in redalyc.org Non-profit academic project, developed under the open access initiative Volumen 42, Nº 1, 2010. Páginas 235-246 Chungara, Revista de Antropología Chilena PARIA, THE SOUTHERN INKA CAPITAL REDISCOVERED paria, LA capital INKA DEL SUR redescubierta Martti Pärssinen1, Risto Kesseli2 y Juan Faldín3 Early historical sources mention Paria as one of the most important provincial settlements in the Inka State. Being such an important settlement, the first Spanish village in southern part of former Tawantinsuyu, was decided to establish in Paria. The foundation was ordered by Diego Almagro in 1535. Nevertheless, it has been somewhat of mystery for archaeologists how far- away the Spaniards moved the new foundation from the original Paria, so admired by the Inkas, because no Inka artifacts have been found in the Colonial foundation. In many occasions John V. Murra also wondered about the location of the original Paria. In 1960 Hermann Trimborn had identified old Paria, Paria la Vieja, as a place situated some distance towards the north of the present Paria. Nevertheless, John Hyslop put forward the idea that Paria was the same as Anocariri, situated to the west-northwest of the present Paria. -
Final Report
Final Report Technology, adaptation and mitigation: Greening the economy of urban agriculture at the Kanata Metropolitan Area, Bolivia Grantee: Diakonia Local Partner(s): Centro de Apoyo a la Gestión Sustentable del Agua y Medio Ambiente AGUA SUSTENTABLE Other Partner(s): Centro de Investigación y Desarrollo Regional – Institución Financiera de Desarrollo (CIDRE – IFD) Project starting date: 01/04/2016 Project end date: 31/12/2018 ____________________ _______________________________ October 7th, 2019 MATTIAS BRUNANDER [email protected] REGIONAL DIRECTOR LATIN AMERICA +57 320 367 5916 Page 1 TABLE OF CONTENTS LIST OF ACRONYMS EXECUTIVE SUMMARY .................................................................................................... 4 1. ASSESSMENT OF THE IMPLEMENTATION OF THE PROJECT........................ 7 1.1 Achievement of Outputs, Outcomes and Objectives .............................................. 7 1.2 Deviations from planned Outputs and Activities .................................................... 11 1.3 Achievement of NCF indicators ................................................................................ 13 2. CLIMATE CHANGE ACHIEVEMENTS ................................................................. 14 3. DEVELOPMENT IMPACT AND CROSS-CUTTING ISSUES .............................. 15 4. ASSESSMENT OF THE RESULT AND IMPACT OF THE PROJECT ................ 16 4.1 Relevance .................................................................................................................... 16 4.2 -
Impact of Land Use Change on Non-Point Source Pollution in a Semi-Arid Catchment Under Rapid Urbanisation in Bolivia
water Article Impact of Land Use Change on Non-Point Source Pollution in a Semi-Arid Catchment under Rapid Urbanisation in Bolivia Benjamin Gossweiler 1,2,* , Ingrid Wesström 2 , Ingmar Messing 2, Mauricio Villazón 3 and Abraham Joel 2 1 Center for Aerospace Surveys and Geographic Information Systems Applications for the Sustainable Development of Natural Resources, San Simon University, P.O. Box 5294, Cochabamba, Bolivia 2 Department of Soil and Environment, Swedish University of Agricultural Sciences, P.O. Box 7014, SE-750 07 Uppsala, Sweden; [email protected] (I.W.); [email protected] (I.M.); [email protected] (A.J.) 3 Laboratorio de Hidráulica, San Simon University, P.O. Box 1832, Cochabamba, Bolivia; [email protected] * Correspondence: [email protected]; Tel.: +46-76-710-73-42 Abstract: Changes in pollution pressure exerted on the Rocha River in Bolivia from diffuse sources were assessed using potential non-point pollution indexes (PNPI) for 1997 and 2017. PNPI is a simple, low-effort, time- and resource-saving method suitable for data-scarce regions, as it works at catchment level with commonly available geographical data. Land use type (obtained by Landsat imagery classification), runoff (determined by runoff coefficient characterisation) and distance to river network (calculated at perpendicular distance) were each transformed into corresponding indicators to determine their relative importance in generating pollution. Weighted sum, a multi-criteria analysis tool in the GIS environment, was used to combine indicators with weighting values. Different weighting values were assigned to each of the indicators resulting in a set of six equations. -
Analysis of Correlation and Trail Coefficients for Componentperformance S in Nine Experimental 2 Tomato Lines
bioRxiv preprint doi: https://doi.org/10.1101/2021.03.18.436039; this version posted March 20, 2021. The copyright holder for this preprint (which was not certified by peer review) is the author/funder. All rights reserved. No reuse allowed without permission. Original article 1 Analysis of correlation and trail coefficients for componentperformance s in nine experimental 2 tomato lines 3 Gonzalo Quispe Choque* 4 National Institute of Agricultural and Forestry Innovation. National Directorate of Innovation 5 National Vegetable Project 6 7 Villa Montenegro 23 1 / 2Km, Cochabamba-Oruro highway 8 Email for correspondence: *[email protected] 9 10 11 Abstract 12 The objective of the research was to analyze the main variables related to tomato yield, and 13 guide the selection of materials for the INIAF vegetable improvement program. The 14 experiment was carried out in the open field using nine tomato lines on the grounds of the 15 National Vegetable Seed Production Center, during the 2017-2018 agricultural campaign. A 16 randomized complete block experimental design was used, with three repetitions and 10 plants 17 per experimental unit. For the analysis of the data, the variable yield was considered as 18 dependent and the variables number of flowers per inflorescence, number of clusters per plant, 19 number of fruits per plant, weight of fruit, equatorial and polar diameter as independent 20 variables. Analysis of variance, phenotypic correlations and path coefficients were performed. 21 The performance of the L015 line was 80. 79 t ha-1 higher than the L014, L019 and Rio 22 Grande lines. The fruit yield had a significant correlation with the weight of fruit per plant 23 followed by the polar diameter, equatorial diameter, number of fruits per plant and weight of 24 fruit. -
Dams and Damages. Conflicting Epistemological
water Article Dams and Damages. Conflicting Epistemological Frameworks and Interests Concerning “Compensation” for the Misicuni Project’s Socio-Environmental Impacts in Cochabamba, Bolivia Paul Hoogendam 1,* and Rutgerd Boelens 1,2,3,4,* 1 Department of Environmental Sciences, Wageningen University, P.O. Box 47, 6700 AA Wageningen, The Netherlands 2 CEDLA Centre for Latin American Research and Documentation, University of Amsterdam, Roetersstraat 33, 1018 WB Amsterdam, The Netherlands 3 Faculty of Agricultural Sciences, Universidad Central del Ecuador, Ciudadela Universitaria, Quito 170129, Ecuador 4 Department of Social Sciences, Pontificia Universidad Católica del Perú, Av. Universitaria 1801, San Miguel 15088, Lima, Peru * Correspondence: [email protected] (P.H.); [email protected] (R.B.); Tel.: +591-714-20820 (P.H.); +31-317-484190 or +31-20-525-3498 (R.B.) Received: 2 July 2018; Accepted: 3 January 2019; Published: 26 February 2019 Abstract: The Misicuni multipurpose hydraulic project was designed to transfer water from a neighboring watershed to the Cochabamba Valley in the center of Bolivia for domestic, hydropower, and agricultural use. The project involved the construction of a 120 m high large dam and a 19 km transfer tunnel, which negatively affected the rural indigenous host communities that were deprived of productive lands, houses, and livelihoods. This article critically analyzes the process to compensate for harmful effects, demonstrating the existence of divergent knowledge systems, interpretations, and valuing of what was affected and how the impacts had to be compensated. The analysis shows that the compensation was fundamentally a process of negotiation about the meaning and the contested commensuration that was implemented in a context of unequal power relations between state institutions and the indigenous population.