Building Resilience in Flood Disaster Management in Northern Peru
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International Tropical Timber Organization
INTERNATIONAL TROPICAL TIMBER ORGANIZATION ITTO PROJECT PROPOSAL TITLE: STRENGTHENING MANGROVE ECOSYSTEM CONSERVATION IN THE BIOSPHERE RESERVE OF NORTHWESTERN PERU SERIAL NUMBER: PD 601/11 Rev.3 (F) COMMITTEE: REFORESTATION AND FOREST MANAGEMENT SUBMITTED BY: GOVERNMENT OF PERU ORIGINAL LANGUAGE: SPANISH SUMMARY The key problem to be addressed is the “insufficient number of participatory mechanisms for the conservation of mangrove forest ecosystems in the Piura and Tumbes regions (northern Peru)”. Its main causes are: (i) Limited use of legal powers by regional and local governments for the conservation of mangrove ecosystems; ii) low level of forest management and administration for the conservation of mangrove ecosystems; and (iii) limited development of financial sustainability strategies for mangrove forests. These problems in turn lead to low living standards for the communities living in mangrove ecosystem areas and to the loss of biodiversity. In order to address this situation, the specific objective of this project is to “increase the number of participatory mechanisms for mangrove forest protection and conservation in the regions of Tumbes and Piura” with the development objective of “contributing to improving the standard of living of the population in mangrove ecosystem areas in the regions of Tumbes and Piura, Northwest Peru”. In order to achieve these objectives, the following outputs are proposed: 1) Adequate use of legal powers by regional and local governments for the conservation of mangrove forests; 2) Improved level -
Water Footprint Assessment of Bananas Produced by Small Banana Farmers in Peru and Ecuador
Water footprint assessment of bananas produced by small banana farmers in Peru and Ecuador L. Clercx1, E. Zarate Torres2 and J.D. Kuiper3 1Technical Assistance for Sustainable Trade & Environment (TASTE Foundation), Koopliedenweg 10, 2991 LN Barendrecht, The Netherlands; 2Good Stuff International CH, Blankweg 16, 3072 Ostermundigen, Bern, Switzerland; 3Good Stuff International B.V., PO Box 1931, 5200 BX, s’-Hertogenbosch, The Netherlands. Abstract In 2013, Good Stuff International (GSI) carried out a Water Footprint Assessment for the banana importer Agrofair and its foundation TASTE (Technical Assistance for Sustainable Trade & Environment) of banana production by small farmers in Peru and Ecuador, using the methodology of the Water Footprint Network (WFN). The objective was to investigate if the Water Footprint Assessment (WFA) can help define strategies to increase the sustainability of the water consumption of banana production and processing of smallholder banana producers in Peru and Ecuador. The average water footprint was 576 m3 t-1 in Ecuador and 599 m3 t-1 for Peru. This corresponds respectively to 11.0 and 11.4 m3 per standard 18.14 kg banana box. In both samples, approximately 1% of the blue water footprint corresponds to the washing, processing and packaging stage. The blue water footprint was 34 and 94% of the total, respectively for Ecuador and Peru. This shows a strong dependency on irrigation in Peru. The sustainability of the water footprint is questionable in both countries but especially in Peru. Paradoxically, the predominant irrigation practices in Peru imply a waste of water in a context of severe water scarcity. The key water footprint reduction strategy proposed was better and more frequent dosing of irrigation water. -
Can the Effects of El Niño Be Mitigated Through a System of Payments for Environmental Services? a Study of the Piura River Watershed, Peru
50 Can the effects of El Niño be mitigated through a system of payments for environmental services? A study of the Piura River watershed, Peru M. Fernández Barrena, N. Grados, M.S. Dunin-Borkowski, P. Martínez de Anguita and P. Flores Velásquez To predict the viability of a system ndean cloud forests are vanish- watershed of the Piura River by caus- of payments for protection against ing with the ongoing advance ing landslides in steep areas and severe floods and hydrological cycle Aof the agricultural frontier. floods downstream. In 1998, the losses disturbances, the estimated costs The environmental degradation caused were valued at more than US$100 mil- of modifying land use practices by inappropriate farming practices is lion (CTAR, 1998). Rainfall in a 1983 were compared with the amounts destabilizing the hydrological cycle, event was even higher, but because of that users would be willing to pay. increasing the seasonal fluctuations in the high deforestation rate the damage river flows and disturbances such as was greater in 1998. landslides and floods. In the northern A study of the Piura watershed indi- region of Piura, Peru, these problems cated that in view of such catastrophes Mario Fernández Barrena, Pablo Martínez de Anguita and Pablo Flores Velásquez are at Rey are increasing vulnerability to the El inhabitants would be willing to pay for Juan Carlos University, Móstoles, Madrid, Spain. Niño phenomenon – an oscillation of environmental services such as flood pro- Nora Grados and Maria Sofía Dunin- the ocean-atmosphere system in the tection and control of the hydrological Borkowski are at Piura University, Piura, Peru. -
Mhimeuicanjiuseum PUBLISHED by the AMERICAN MUSEUM of NATURAL HISTORY CENTRAL PARK WEST at 79TH STREET, NEW YORK 24, N.Y
1ovitatesMhimeuicanJiuseum PUBLISHED BY THE AMERICAN MUSEUM OF NATURAL HISTORY CENTRAL PARK WEST AT 79TH STREET, NEW YORK 24, N.Y. NUMBER 2 028 MAY 8, 196I Birds of the Western Slope of the Andes of Peru1 BY MARIA KOEPCKE2 INTRODUCTION During the ecological and zoogeographical studies that I undertook with my husband, H.-W. Koepcke, in the course of nine years on the western side ofthe Peruvian Andes, I observed that a considerable num- ber of birds have a more extensive distribution than had been known heretofore. It had not been perceived that several life zones ofnorthwest- ern Peru and western Ecuador, with their special biotopes, extend along the western slope of the Andes to middle Peru and beyond. The most interesting findings seem to be that the humid division of the temperate zone described by Chapman (1926) for Ecuador and northwestern Peru extends at least to middle Peru, split into a chain of "insular woods" (M. Koepcke, 1954, 1957, 1958; H.-W. Koepcke, 1958, and MS), and, moreover, the fact that we find in middle Peru, in the lower part of the western Andean slope, the southernmost patches of forest composed of trees which shed their leaves during the dry season. I have included a few observations on birds of the ocean shores and on migratory birds. I found further novelties in relation to distribution during a revision of Peruvian birds in the American Museum of Natural History in New 'Taxonomical and faunal bases for the ecological-zoogeographical studies of H.-W. and M. Koepcke, No. 27, with support from the Deutsche Forschungsgemeinschaft, Bad Godes- berg, Germany. -
IWRM Puyango-PIF.Pdf
PROJECT IDENTIFICATION FORM (PIF) PROJECT TYPE: Full-sized Project TYPE OF TRUST FUND:GEF Trust Fund PART I: PROJECT IDENTIFICATION Project Title: Integrated Water Resources Management in the Puyango-Tumbes, Catamayo-Chira and Zarumilla Transboundary Aquifers and River Basins Country(ies): Ecuador and Peru GEF Project ID: TBD GEF Agency(ies): UNDP GEF Agency Project ID: 4402 Other Executing Partner(s): The National Water Secretariat of Ecuador Submission Date: February 04, 2013 (SENAGUA) and The National Water Authority of Peru (ANA) GEF Focal Area (s): International Waters Project Duration (Months): 48 Name of parent program NA Agency Fee ($): 376,200 A. FOCAL AREA STRATEGY FRAMEWORK: Focal Area Objectives Expected FA Outcomes Expected FA Outputs Trust Indicative grant Indicative co- Fund amount ($) financing ($) INTERNATIONAL Outcome 3.1: Political • National inter- GEF TF 3,583,710 19,418,117 WATERS commitment, shared vision, ministry committees IW-3 Support and institutional capacity established; foundational capacity demonstrated for joint, Transboundary building, ecosystem-based Diagnostic Analyses & portfolio learning, management of Strategic Action and targeted waterbodies and local ICM Programmes; local research needs for principles IWRM or ICM plans joint, ecosystem based management Outcome 3.2: On-the- • Demo-scale local of trans-boundary ground modest actions action implemented, water systems implemented in water including in basins quality, quantity (including with melting ice and to basins draining areas of restore/protect coastal melting ice), fisheries, and “blue forests” coastal habitat demonstrations for “blue • Active experience forests” to protect carbon sharing/ learning practiced in the IW Outcome 3.3: IW portfolio portfolio capacity and performance enhanced from active learning/KM/experience sharing Sub-total 3,583,710 19,418,117 Project management cost GEF TF 376,290 957,656 Total project cost 3,960,000 20,375,773 B. -
Lost Languages of the Peruvian North Coast LOST LANGUAGES LANGUAGES LOST
12 Lost Languages of the Peruvian North Coast LOST LANGUAGES LANGUAGES LOST ESTUDIOS INDIANA 12 LOST LANGUAGES ESTUDIOS INDIANA OF THE PERUVIAN NORTH COAST COAST NORTH PERUVIAN THE OF This book is about the original indigenous languages of the Peruvian North Coast, likely associated with the important pre-Columbian societies of the coastal deserts, but poorly documented and now irrevocably lost Sechura and Tallán in Piura, Mochica in Lambayeque and La Libertad, and further south Quingnam, perhaps spoken as far south as the Central Coast. The book presents the original distribution of these languages in early colonial Matthias Urban times, discusses available and lost sources, and traces their demise as speakers switched to Spanish at different points of time after conquest. To the extent possible, the book also explores what can be learned about the sound system, grammar, and lexicon of the North Coast languages from the available materials. It explores what can be said on past language contacts and the linguistic areality of the North Coast and Northern Peru as a whole, and asks to what extent linguistic boundaries on the North Coast can be projected into the pre-Columbian past. ESTUDIOS INDIANA ISBN 978-3-7861-2826-7 12 Ibero-Amerikanisches Institut Preußischer Kulturbesitz | Gebr. Mann Verlag • Berlin Matthias Urban Lost Languages of the Peruvian North Coast ESTUDIOS INDIANA 12 Lost Languages of the Peruvian North Coast Matthias Urban Gebr. Mann Verlag • Berlin 2019 Estudios Indiana The monographs and essay collections in the Estudios Indiana series present the results of research on multiethnic, indigenous, and Afro-American societies and cultures in Latin America, both contemporary and historical. -
Tesis De Tesis
UNIVERSIDAD NACIONAL DE PIURA ESCUELA DE POSTGRADO SECCION CIENCIAS AMBIENTALES PROGRAMA DE MAESTRIA EN INGENERIA AMBIENTAL Y SEGURIDAD INDUSTRIAL “EVALUACION DEL GRADO DE CONTAMINACION DEL SECTOR URBANO DEL RIO CHIRA POR AGUAS RESIDUALES DE LA CIUDAD DE SULLANA, PROVINCIA SULLANA, DEPARTAMENTO DE PIURA” PROYECTOTESIS DE TESIS PARA OPTAR EL GRADO ACADEMICO DE MAGISTER EN CIENCIAS CON MENCION EN INGENERIA AMBIENTAL Y SEGURIDAD INDUSTRIAL ING. MARIA LILIANA NIZAMA ELIAS PIURA – PERU 2014 UNIVERSIDAD NACIONAL DE PIURA UNIVERSIDAD NACIONAL DE PIURA ESCUELA DE POSTGRADO SECCION CIENCIAS AMBIENTALES PROGRAMA DE MAESTRIA EN INGENERIA AMBIENTAL Y SEGURIDAD INDUSTRIAL “EVALUACION DEL GRADO DE CONTAMINACION DEL SECTOR URBANO DEL RIO CHIRA POR AGUAS RESIDUALES DE LA CIUDAD DE SULLANA, PROVINCIA SULLANA, DEPARTAMENTO DE PIURA” ING. MARIA LILIANA NIZAMA ELIAS EJECUTOR DR. ING. RENATO UMERES CACERES ASESOR 2 UNIVERSIDAD NACIONAL DE PIURA UNIVERSIDAD NACIONAL DE PIURA ESCUELA DE POSTGRADO SECCION CIENCIAS AMBIENTALES PROGRAMA DE MAESTRIA EN INGENERERIA AMBIENTAL Y SEGURIDAD INDUSTRIAL “EVALUACION DEL GRADO DE CONTAMINACION DEL SECTOR URBANO DEL RIO CHIRA POR AGUAS RESIDUALES DE LA CIUDAD DE SULLANA, PROVINCIA SULLANA, DEPARTAMENTO DE PIURA” 3 UNIVERSIDAD NACIONAL DE PIURA 4 UNIVERSIDAD NACIONAL DE PIURA Resumen Las diversas actividades domésticas e industriales de la ciudad generan en serie de desechos orgánicos y sustancias toxicas que por descuido o por mal manejo vierten en el rio Chira, generando grandes problemas ecológicos y de la salud. Es el caso de la población de la ciudad de Sullana, cuya salud está en riesgos por causa de una turbia amenaza. El rio Chira, considerado el segundo más caudaloso de la cuenca del Pacifico, constituye la única fuente de abastecimiento de agua dulce para el consumo humano, que viven en bajo Chira o cerca de sus riberas. -
IWRM and Large-Scale Water Infrastructure Development in Piura, Peru
www.water-alternatives.org Volume 10 | Issue 2 Mills-Novoa, M. and Taboada Hermoza, R. 2017. Coexistence and conflict: IWRM and large-scale water infrastructure development in Piura, Peru. Water Alternatives 10(2): 370-394 Coexistence and Conflict: IWRM and Large-Scale Water Infrastructure Development in Piura, Peru Megan Mills-Novoa School of Geography and Development, University of Arizona, Tucson, Arizona, USA; [email protected] Rossi Taboada Hermoza Laboratorio de Teledetección, Universidad Nacional de San Marcos, Lima, Perú; and Escuela de Posgrado, Pontifica Universidad Católica de Perú, Lima, Perú; [email protected] ABSTRACT: Despite the emphasis of Integrated Water Resources Management (IWRM) on 'soft' demand-side management, large-scale water infrastructure is increasingly being constructed in basins managed under an IWRM framework. While there has been substantial research on IWRM, few scholars have unpacked how IWRM and large-scale water infrastructure development coexist and conflict. Piura, Peru is an important site for understanding how IWRM and capital-intensive, concrete-heavy water infrastructure development articulate in practice. After 70 years of proposals and planning, the Regional Government of Piura began construction of the mega-irrigation project, Proyecto Especial de Irrigación e Hidroeléctrico del Alto Piura (PEIHAP) in 2013. PEIHAP, which will irrigate an additional 19,000 hectares (ha), is being realised in the wake of major reforms in the Chira- Piura River Basin, a pilot basin for the IWRM-inspired 2009 Water Resources Law. We first map the historical trajectory of PEIHAP as it mirrors the shifting political priorities of the Peruvian state. We then draw on interviews with the newly formed River Basin Council, regional government, PEIHAP, and civil society actors to understand why and how these differing water management paradigms coexist. -
2. the Tumbes – Piura Tourism Corridor
Volume 3 Projects and Programs 2. The Tumbes – Piura Tourism Corridor 2.1 Priority Projects 2.1.1 Mangrove Tourism Improvement in Puerto Pizarro (1) Background The mangroves of Tumbes, located in the mouth of the Tumbes River and Zarumilla, are designated as a national sanctuary for wild animals and plants. It has an area of 2,972 ha. It serves as a shelter for a great variety of birds, crustaceans, fish and mammalians. Channels locally named “ esteros” run through the district. The channels are framed by mangrove vegetation and form a barrier against the erosion produced by waves and tides. There are four kinds of mangrove: red, pink, white, and button. There are also 33 species of snails, 24 of shells and 105 of fish in the channels. The area is also a shelter for crocodiles, different species of heron, frigate birds, and mammalians raccoons. The mangrove forest is expected to be an anchor tourism attraction for those who visit and stay in Tumbes, in particular, for those who would be attracted to proposed resort complex at the Hermosa Beach. Although Peru is located in low latitudes, the cold Humboldt Current prevents the growth of mangrove in most part of Peru’s coastal areas. In this sense, “ mangrove cruise” is expected to be a great attraction to Peruvian tourists who would constitute the greatest part of the visitors to the resort complex. In other words, mangrove tourism is necessary in order to strengthen the market competitiveness of the proposed resort complex. Besides, tourism is expected to be a source of income that motivates local people for conservation of the tropical vegetation. -
Oil Resources of Peru
1038 01I, RESOURCES OF PERU Oil Resources of Peru By V. F. MARSTERS, KANSAS CITY, Mo. Downloaded from http://onepetro.org/TRANS/article-pdf/68/01/1038/2177254/spe-923038-g.pdf by guest on 01 October 2021 (New York Meeting, February, 1922) PERU has produced petroleum since the early seventies, the first work being in the Zorritos field, in the Province of Tumbes, adjoining Ecuador. In the early nineties, the Negritos field, in the Department of Piura, <'allle into prominence, and by 1905 had attained an annual production of 335,160 bbl. The early development of the field was under the general direction of the London & Paeific Petroleum Co., but it is now handled by the International Petroleum Co. In 1900 and 1901, the Lobitos field became the scene of marked aetivity. In 1905, its total production amounted to 75,000 bhl.; it has continued to increase, as has Negritos. From 1897 to 1902, there was prospecting in the region of La Brieta (or Fernandez), on the Mancora River, about 25 to 30 km. from the coast. Small production of a heavy oil was obtained from three different sands. 80 far as the author knows, no work has been done in that locality since 1902. There are thus four distinct fields in the north end of the Peruvian ('oastal plain. The remaining productive locality of Peru is the Pirin or Pusi field, at the northwest end of Lake Titicaca, Department of PUI10, in southern Peru. The first prospecting near Pusi was done by Brown Brothers, of Los Angeles, Calif., who ohtained modest production about 1906 i accord ing to reports, activities ceased about 1914 or 1915. -
Clean Cities, Blue Ocean Peru
CLEAN CITIES, BLUE OCEAN PERU KEY FACTS investment, and developing new and alternative markets for recycled and reusable products, Peru Peru generates approximately 7.5 million tons of can make significant progress toward a more robust, waste each year sustainable waste system that will support healthier cities Only 4% of this is estimated to be recycled and seas. Approximately 44% is stored in substandard waste sites OUR APPROACH To address these challenges, USAID’s Clean Cities, THE CHALLENGE Blue Ocean (CCBO) program offers state-of-the-art international technical expertise and sustainable, Each day, Peru generates more than approximately locally-led solutions through its local grants 20,000 tons of waste, or ~1.3 pounds of waste per program. CCBO seeks to develop, test, and implement capita. Compared to other countries, these volumes are new models that promote reducing, reusing and recycling quite low, however, inadequate waste management and (3R) practices and enhance solid waste management infrastructure have amplified the impacts of Peru’s waste, (SWM); facilitate partnerships and investment around key with significant leakages of waste into the environment needs, such as infrastructure; and strengthen local systems and improper and unsafe disposal of nearly half of the to build Peru’s resiliency and self-reliance. CCBO seeks to waste produced. With only 11 sanitary landfills throughout learn from and expand on the success of proven initiatives the country, inconsistent collection practices, and by local government, non-governmental organizations, and low recycling rates, urban, coastal, and in-land desert other international donors and development agencies. landscapes have become inundated with waste. -
Climate Risk Management for Agriculture in Peru: Focus on the Regions of Junin and Piura
CLIMATE RISK MANAGEMENT FOR AGRICULTURE IN PERU: FOCUS ON THE REGIONS OF JUNÍN AND PIURA Prepared by the International Institute for Sustainable Development (IISD) January 2013 United Nations Development Programme CRISIS PREVENTION AND RECOVERY Copyright © UNDP 2013 All rights reserved This report was commissioned by the United Nations Development Programme’s Bureau for Crisis Prevention and Recovery (BCPR), under the Climate Risk Management Technical Assistance Support Project (CRM TASP). The International Institute for Sustainable Development (IISD) implemented the CRM TASP in seven countries (Dominican Republic, Honduras, Kenya, Nicaragua, Niger, Peru and Uganda). This CRM TASP country report was authored by: Marius Keller Daniella Echeverria Cite as: United Nations Development Programme (UNDP), Bureau for Crisis Prevention and Recovery (BCPR). 2012. Climate Risk Management for Agriculture in Peru: Focus on the Regions of Junín and Piura. New York, NY: UNDP BCPR. Published by United Nations Development Programme (UNDP), Bureau for Crisis Prevention and Recovery (BCPR), One UN Plaza, New York–10017 UNDP partners with people at all levels of society to help build nations that can withstand crisis, and drive and sustain the kind of growth that improves the quality of life for everyone. On the ground in 177 countries and territories, we offer global perspective and local insight to help empower lives and build resilient nations. www.undp.org 2 CONTENTS FOREWORD .......................................................................................................................................................................................