Multiple-Use Forest PAPER Management in the 173 Humid Tropics Opportunities and Challenges for Sustainable Forest Management
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Emergency Intervention from Loreto by Floods in 2012
EMERGENCY INTERVENTION FROM LORETO BY FLOODS IN 2012 LESSONS LEARNED L RETO LESSONS LEARNED L O RETO EMERGENCY INTERVENTION FROM LORETO BY FLOODS IN 2012 Este documento ha sido elaborado con el Instituto Nacional de Defensa Civil (INDECI), el Gobierno Regional de Loreto, el apoyo nanciero de Cruz Roja Peruana, Plan Internacional, UNICEF, OCHA y el apoyo técnico de COOPI, Cruz Roja Peruana, UNICEF, OCHA, FAO y Plan Internacional, en el marco de la respuesta a la emergencia por inundaciones en la Región Loreto en 2012. ESP AÑOL 001 Presentation / 05 Presentation The lived experience during the Regional Emergency caused by the floods and the unusual rise of the Amazonian rivers, which surpassed the levels registered in the previous years, allows us to prepare a situation analysis of the joint activities developed with local and national institutions and the valuable support of cooperation institutions, like UNICEF. During all the process of supportive activities, the Regional Operations Centre for Emergencies (COER-LORETO), created by Regional Executive Resolution Nº202-2012-GRL-P, dated April 02, 2012, has played a major role in attention to victims of the floods from the Amazonian rivers in 2012. It was this Regional Centre who brought together and channelled all the efforts for the installation of shelters in the city and their respective basic services such as health, drinking water and electric supply. It also coordinated with PRONAA daily the early delivery of food and provisions to all districts considered within the emergency. Humanitarian aid was obtained from the National Institute of Civil Defence (INDECI), chaired by Alfredo E. -
This Is a Pre-Copy-Editing, Author-Produced PDF of an Article Accepted Following Peer Review for Publication in Geoforum
This is a pre-copy-editing, author-produced PDF of an article accepted following peer review for publication in Geoforum Making “a racket” but does anybody care? A study into environmental justice access and recognition through the political ecology of voice Adrian Gonzalez, Cardiff University. There is now growing support for the United Nations to explicitly recognise the human right to a healthy environment, and to strengthen the fight for environmental justice. One key consideration is to explore how accessible environmental justice is for citizens in low- and middle-income countries, who are adversely affected by pollution problems. This article will evaluate citizen access to environmental justice through the state via a case-study of Peru. To do so, the article utilises the political ecology of voice (PEV) theoretical framework. PEV can be defined as the study of several economic, political, social, and geographical factors over a specific temporal period, and their impact upon the use of voice by different stakeholders. The research was centred on two communities affected by oil pollution events within Peru’s Loreto Region. It will show that Loreto’s rural population are subjected to “shadow environmental citizenship”, in which they have only peripheral access to environmental justice through the state, which also does not adequately recognise or support their right to seek redress. This in turn, forces people to seek access and recognition of environmental justice through more unorthodox or radical forms of action, or via the support of non-state actors. Key Words: environmental justice; oil pollution; Peru; political ecology of voice; shadow environmental citizenship; political ecology 1. -
EVJR1906 Ex-Post
Republic of Peru FY2018 Ex-post Evaluation of Japanese ODA Loan “Iquitos Sewerage Improvement and Expansion Project” External Evaluator: Nobuyuki Kobayashi, OPMAC Corporation 0. Summary The objective of this project is to treat sewage properly and to widen the coverage of sewerage service in Iquitos in the Department of Loreto, one of the major cities in the Amazon region, by improving and expanding the sewerage system, thereby contributing to improved sanitary conditions and living environment in the area. This project was highly relevant to the country’s development plan and development needs, as well as to Japan’s ODA policy. Regarding the project plan and the approach, however, it can be concluded that an assessment should have been made at the time of the appraisal whether the sewage collection method and the sewage treatment method of this project would function adequately considering local circumstances. Therefore, its relevance is fair. Considering the changes in outputs in this project, the cost of this project exceeded the plan. In addition, the project period significantly exceeded the plan. Therefore, efficiency of the project is low. Regarding the indicators for the outcome of this project (the proper treatment of sewage in Iquitos and the expansion of sewerage coverage), out of the seven indicators set at the ex-ante evaluation, five have not been achieved. The sewage treatment plant has stopped its operation since July 2016. Regarding the impacts of this project improvements in hygiene conditions and living environment of the residents in Iquitos, no impacts has been verified as the contribution of this project. This project achieved its objectives at a limited level and, thus, the effectiveness and impacts of the project are low. -
Zika Is Everywhere”: a Qualitative Exploration of Knowledge, Attitudes and Practices Towards Zika Virus Among Women of Reproductive Age in Iquitos, Peru
RESEARCH ARTICLE ªZika is everywhereº: A qualitative exploration of knowledge, attitudes and practices towards Zika virus among women of reproductive age in Iquitos, Peru Caroline T. Weldon1, Amy R. Riley-Powell2, Ines M. Aguerre2, Rosa A. Celis Nacimento3, Amy C. Morrison4, Richard A. Oberhelman2, Valerie A. Paz-Soldan2,3* a1111111111 1 Tropical Medicine Department, Tulane School of Public Health and Tropical Medicine, New Orleans, Louisiana, United States of America, 2 Global Community Health and Behavioral Sciences, Tulane School of a1111111111 Public Health and Tropical Medicine, New Orleans, Louisiana, United States of America, 3 AsociacioÂn a1111111111 BeneÂfica PRISMA, Lima, Peru, 4 Department of Entomology and Nematology, University of California, Davis, a1111111111 Davis, California, United States of America a1111111111 * [email protected] Abstract OPEN ACCESS Citation: Weldon CT, Riley-Powell AR, Aguerre IM, Zika virus was reported in the rainforest city of Iquitos, Peru in 2016. The potential associa- Celis Nacimento RA, Morrison AC, Oberhelman RA, tions between Zika and fetal neurological disorders were reported extensively in the media et al. (2018) ªZika is everywhereº: A qualitative regarding neighboring Brazil, and led to great concern about the impact Zika could have on exploration of knowledge, attitudes and practices people's health in Iquitos when it arrived. The aim of this study was to explore the knowl- towards Zika virus among women of reproductive age in Iquitos, Peru. PLoS Negl Trop Dis 12(8): edge, attitudes, -
080-089 GT Peru.Indd
WHERE THEwiLD THINGS ARE The jungle-locked city of Iquitos can only be reached by boat or plane and, as the Amazon swells, becomes a jumping-off point for forays into the rainforest. Francis Pearce explores its food and its future PHOTOGRAPHY BY ROBERT POGSON 80 FOOD & TRAVEL gourmet traveller WHERE THEwiLD THINGS ARE The jungle-locked city of Iquitos can only be reached by boat or plane and, as the Amazon swells, becomes a jumping-off point for forays into the rainforest. Francis Pearce explores its food and its future FOOD & TRAVEL 81 PREVIOUS PagES: YagUA INDIAN CHIEF; RED HOWLER MONKEY. LEFT: FISHERMAN COOKING CARACHAMA AND YUCA AT TRAVEL INFORMATION HIS TEMPORARY CAMP. OPPOSITE, CLOCKWISE FROM Currency is the Peru Nuevos Soles (£1=PEN4.68). Iquitos is TOP LEFT: five hours behind GMT. The climate is warm and humid but, EVENINGS SPENT DRIFTING ON THE despite an average temperature of 26°C, it can rain suddenly MIGHTY RIVER; BUTTERFLY AT and frequently. There is, on average, 54cm of precipitation in PILPINTUWASI February and March with humidity at around 85%. The average faRM; AMAZON EXPLORATIONS daily temperature in February/March is 27°C. ON-BOARD AQUA; ROLLED MARANTA LEAVES USED GETTING THERE TO WRAP FOOD; Iquitos is one of the most populated cities in the world that LOCAL BIRD, THE BARBET; WILda cannot be reached by road, its airport is about 7kms from the FROM THE HATUM POZA COMMUNITY town centre with flights to Lima departing four times a day (flight time is one-hour 45-minutes). Moto-taxis (£1.50) or a standard taxi (£3) are available from the airport to the centre of town. -
Malaria Transmission in Border Regions of the Western Amazon
Malaria Transmission in Border Regions of the Western Amazon: Incorporating watersheds into timeseries analysis to address disease reintroduction and spillover along the Ecuador-Peru border Rani Kumar MEM’21 Dr. William Pan, Advisor April 29th, 2020 The Tigre River in the border region of the Ecuador- Peru Amazon (Amazon Facts, 2020). Masters project submitted in partial fulfillment of the requirements for the Master of Environmental Management degree in the Nicholas School of the Environment of Duke University 1 Table of Contents Abstract pg. 3 Executive Summary pg. 4 1. Background pg. 7 1.1 Malaria in the Americas 1.2 Malaria Transmission 1.3 Malaria Transmission Along Border Regions 2. Introduction pg. 10 2.1 Setting 2.2 Malaria Incidence in Ecuador 2.3 Malaria Incidence in Peru 2.4 Malaria Transmission along the Ecuador-Peru Amazonian Border 2.5 Achuar Communities 2.6 Integrated Watershed Management 3. Study Rationale and Aims pg.20 4. Materials and Methods pg. 21 4.1 Administrative Boundaries 4.2 Watershed Delineation 4.3 Malaria Surveillance Data 4.4 Population Estimation and Incidence Rate Calculation 4.5 Hot Spot Analysis 4.5.1 Space Time Cube 4.5.2 Emerging Hot Spot Tool 4.6 Unobserved Components Model 5. Results pg. 27 5.1 Malaria Trends in Modeled Districts and Watershed 5.2 Aim 1: Hot Spot Analysis 5.2.1 P .vivax Hot Spot Results 5.2.2 P. falciparum Hot Spot Results 5.3 Aim 2: Unobserved Components Model Comparison 5.3.1 P. vivax UCM Results 5.3.2 P. falciparum UCM Results 6. -
Estimation of Willingness-To-Pay (WTP) for Water and Sanitation Services Through Contingent Valuation Method (CVM) a Case St
JBICI Review No.10 59 Estimation of Willingness-to-Pay (WTP) for Water and Sanitation Services through Contingent Valuation Method (CVM) ─ A Case Study in Iquitos City, The Republic of Peru ─1 Yasuo Fujita* Ayumi Fujii** Shigeki Furukawa*** Takehiko Ogawa**** Abstract development activities contributing to the increase of income would be necessary in order to improve the This study conducted estimates of Willingness to Pay sustainability of the services in the city. (WTP) and Affordability to Pay (ATP)of The estimated WTP through CVM is expected beneficiaries for water and sanitation services in to be utilized as useful information of the demand Iquitos City, Peru as part of Special Assistance for side on tariff level of services with consideration to Development Policy and Projects (SADEP) “The its limitations. Role of Private Sector Participation (PSP) for Sustainable Water Supply and Sanitation Sectors- The Case of Latin America-” in 2004. Introduction The WTP was estimated through a questionnaire survey in line with Contingent Valuation Method JBIC conducted a study, “The Role of Private Sector (CVM), while the ATP was computed with reference Participation (PSP) for Sustainable Water Supply and to available data including the household survey data Sanitation Sectors - The Case of Latin America -“ as in the area. The main findings are: (i) WTP is Special Assistance for Development Policy and approximately twice of the current average payment Project (SADEP) in Japanese fiscal year 2003. It level; and (ii) ATP is roughly in the range from 10% - analyzed the problems of water supply and sanitation 20%lower to 20% higher than the current average sectors in Latin American countries from the view of payment level. -
Multiple-Use Forest Management in the Humid Tropics Certification (Year) 2011 No 2009 No 2004 No 1996 No Year ), ); ); Leaves ); Fruits Off
Annex 4 Annex SummarytableofselectedMFMcases Annex 4 Summary table of selected MFM cases Country Name Location Total area Management Management outputs Starting Certification responsibility year (year) (area under MFM) (ha) AMAZON BASIN (N =15) 1 Brazil Tapajos Municipality of 544 927 Community Timber; NTFP production: seeds 2005 No National Belterra, Para State cooperative of andiroba (Carapa guianensis) Forest – Ambé (32 587) and oil from copaiba (Copaifera Project spp.) and piquiá (Caryocar sp.). NTFP production is carried out by different communities that are not included in the Ambé project 2 Brazil PAE Chico Municipality of 24 898 Community NTFP production: Brazil nuts from 2000 Yes (2002) Mendes – Xapuri, Acre State association Bertholletia excelsa, latex from Seringal (2 400) rubber trees, Hevea brasiliensis, Cachoeira and oil from Copaifera spp.); timber 3 Brazil PAE Porto Dias Municipality of 22 145 Community Timber; NTFP production: Brazil 2000 Yes (2002) Acrelandia, Acre association nuts from Bertholletia excelsa, Copaiba oil, State (2 854) latex from rubber trees (Hevea 2003 brasiliensis), forest seeds, and copaiba oil (Copaifera spp.) 4 Brazil Antimari Municipalities of 83 807 State Timber; NTFP production: 1988 Yes (2005) State Forest Bujari and Sena government collection of Brazil nuts Madureira, Acre (66 345) (Bertholletia excelsa) and latex State from rubber trees (Hevea brasiliensis) 93 94 Country Name Location Total area Management Management outputs Starting Certification responsibility year (year) (area under MFM) -
Multiple-Use Forest Management in the Humid Tropics
ISSN 0258-6150 FAO 173 FORESTRY 173 PAPER FAO FORESTRY PAPER 173 Multiple-use forest management in the humid tropics: opportunities and challenges for sustainable Multiple-use forest management in Multiple-use forest management the humid tropics in the humid tropics OpportunitiesOpportunities andand challengeschallenges forfor sustainablesustainable forestforest managementmanagement Opportunities and challenges for sustainable forest management The multiple-value nature of forests has long been appreciated and used by forest-dependent people in the tropics. Explicitly managing for some or all of these values – multiple-use forest management – is stipulated in the laws of many countries, but its formal implementation in the tropics is thought to be rare. This paper reports on three regional assessments carried out to identify and draw lessons from on-the-ground initiatives in multiple-use forest management in the Amazon Basin, the Congo Basin and Southeast Asia. In all three regions, information was collected through interviews with country-based forestry experts, forest managers and technicians. A complementary, Web-based questionnaire further examined the reasons for the successes and failures of multiple-use forest management initiatives. The paper concludes that forest managers need more support if they are to realize the potential of multiple-use forest management. Greater effort is needed to eliminate unfair competition from operators whose sole objective is to extract timber, with little or no concern for multiple uses. In most countries, the demarcation of a permanent forest estate and the development of national land-use plans would increase investment in multiple-use forest management. Improving the value of logged-over forest through silviculture would also increase the uptake of multiple-use approaches. -
Project on “Intellectual Property and Gastronomic Tourism in Peru
Project on “Intellectual property and gastronomic tourism in Peru and other developing countries: Promoting the development of gastronomic tourism through intellectual property”: SCOPING STUDY January 2020 Consultant: Carmen Julia García Torres 2 TABLE OF CONTENTS Introduction 5 Chapter I: Background 7 Chapter II: Justification 9 Chapter III: Analysis of Peruvian gastronomy 13 3.1 The environment and products 15 3.2 Economic analysis 21 3.3 Reputation and influence 27 3.4 Potential challenges 38 Chapter IV: Analysis of the study’ geographical focus 43 4.1 Selection criteria 43 4.2 Lambayeque 45 4.3 Lima 54 4.4 Arequipa 66 4.5 Tacna 74 4.6 Cuzco 81 4.7 Loreto 90 Chapter V: Analysis of regional culinary traditions 98 5.1 Lambayeque 98 5.2 Lima 108 5.3 Arequipa 119 5.4 Tacna 128 5.5 Cuzco 140 5.6 Loreto 149 Chapter VI: Round table 165 6.1 Onion 166 6.2 Garlic 169 6.3 Ají chili peppers 169 Bibliography 173 Acronyms 177 Annexes: Annex 1: List of Peruvian culinary traditions Annex 2: Fact sheets and questionnaires 3 Annex 3: List of interviewees Annex 4: Food market directory Annex 5: Peruvian restaurants abroad 4 INTRODUCTION Peru has been recognized as the best culinary destination in the world for the eighth consecutive year by the World Travel Awards1, strengthening the country’s association with gastronomy in the minds of Peruvians and foreigners alike. Over the past ten years, Peruvian cuisine has not only gained international renown and recognition, but has become a unifying force, a catalyst for social cohesion and a source of pride, bolstering Peruvians’ national identity. -
USAID Peru Baseline Report
BASELINE REPORT DRG LEARNING, EVALUATION, AND RESEARCH ACTIVITY: Impact Evaluation of USAID/Peru’s “La Lucha Contra la Influencia de los Intereses Ilegales en Los Procesos Políticos del Perú” DECEMBER 2015 Contract No. GS-10F-0033M/AID-OAA-M-13-00013 This publication was produced for review by the United States Agency for International Development. It was prepared by NORC at the University of Chicago. The authors’ views expressed in this publication do not necessarily reflect the views of the United States Agency for International Development or the United States Government. DRG LEARNING, EVALUATION, AND RESEARCH ACTIVITY: Impact Evaluation of USAID/Peru’s “La Lucha Contra la Influencia de los Intereses Ilegales en Los Procesos Políticos del Perú” Baseline Report (December 2015) Prepared under Contract No.: GS-10F-0033M / AID-OAA-M-13-00013, Tasking N 016 Submitted to: USAID/Peru Submitted by: Aaron Abbarno, Democracy Fellow DRG-L, Principal Investigator Nicole Bonoff, Democracy Fellow DRG-L, Principal Investigator Noam Lupu, NORC Principal Investigator (University of Wisconsin-Madison) David Greenwood-Sanchez, NORC Graduate Research Assistant (University of Wisconsin-Madison) Contractor: NORC at the University of Chicago Attention: Renée Hendley Bethesda, MD 20814 Tel: 301- 634-9489; E-mail: [email protected] DISCLAIMER The authors’ views expressed in this publication do not necessarily reflect the views of the United States Agency for International Development or the United States Government. IMPACT EVALUATION OF USAID/PERU’S LUCHA -
Susceptibility to Insecticides and Resistance Mechanisms in Three
Pinto et al. Parasites Vectors (2019) 12:494 https://doi.org/10.1186/s13071-019-3739-6 Parasites & Vectors RESEARCH Open Access Susceptibility to insecticides and resistance mechanisms in three populations of Aedes aegypti from Peru Jesus Pinto1, Miriam Palomino1, Leonardo Mendoza‑Uribe1, Carmen Sinti2, Kelly A. Liebman3,4 and Audrey Lenhart4* Abstract Background: Epidemics of dengue, chikungunya and Zika are a growing threat to areas where Aedes aegypti are present. The efcacy of chemical control of Ae. aegypti is threatened by the increasing frequency of insecticide resist‑ ance. The objective of this study was to determine the susceptibility status as well as the biochemical and molecular mechanisms underlying insecticide resistance in three populations of Ae. aegypti in high risk areas of dengue, chikun‑ gunya, and Zika in Peru. Methods: Bioassays were conducted on adult Ae. aegypti to evaluate their susceptibility to insecticides used cur‑ rently or historically for mosquito control in Peru, including six pyrethroids, three organophosphates and one organo‑ chlorine, in populations of Ae. aegypti from the districts of Chosica (Department of Lima), Punchana (Department of Loreto) and Piura (Department of Piura). Resistance mechanisms were determined by biochemical assays to assess activity levels of key detoxifcation enzyme groups (nonspecifc esterases, multi‑function oxidases, glutathione S‑transferases and insensitive acetylcholinesterase). Real‑time PCR assays were used to detect two kdr mutations (V1016I and F1534C) on the voltage‑gated sodium channel gene. Results: Resistance to DDT was detected in all three populations, and resistance to pyrethroids was detected in all populations except the population from Chosica, which still exhibited susceptibility to deltamethrin.