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Micro-Heterogeneity of Malaria Transmission in the Peruvian Amazon
Rosas‑Aguirre et al. Malar J (2017) 16:312 DOI 10.1186/s12936-017-1957-y Malaria Journal RESEARCH Open Access Micro‑heterogeneity of malaria transmission in the Peruvian Amazon: a baseline assessment underlying a population‑based cohort study Angel Rosas‑Aguirre1,2, Mitchel Guzman‑Guzman3, Dionicia Gamboa1,3,4, Raul Chuquiyauri1,6, Roberson Ramirez3, Paulo Manrique3, Gabriel Carrasco‑Escobar3,5, Carmen Puemape3, Alejandro Llanos‑Cuentas1,5 and Joseph M. Vinetz1,3,4,6* Abstract Background: Understanding the dynamics of malaria transmission in diverse endemic settings is key for designing and implementing locally adapted and sustainable control and elimination strategies. A parasitological and epide‑ miological survey was conducted in September–October 2012, as a baseline underlying a 3-year population-based longitudinal cohort study. The aim was to characterize malaria transmission patterns in two contrasting ecological rural sites in the Peruvian Amazon, Lupuna (LUP), a riverine environment, and Cahuide (CAH), associated with road- linked deforestation. Methods: After a full population census, 1941 individuals 3 years and older (829 in LUP, 1112 in CAH) were inter‑ viewed, clinically examined and had a blood sample taken for the detection of malaria parasites by microscopy and PCR. Species-specifc parasite prevalence was estimated overall and by site. Multivariate logistic regression models assessed risk factors for parasite infection by PCR, while SaTScan detected spatial clusters of PCR-positive individuals within each site. In addition, data from routine malaria surveillance in the period 2009–2012 were obtained. Results: Parasite prevalence by PCR was higher in CAH than in LUP for Plasmodium vivax (6.2% vs. -
LOW WATER SEASON (June-November)
SEVEN-NIGHT ITINERARY AQUA AMAZON LOW WATER SEASON (June-November) Day 1: SaturdAy IQUITOS/AMAZON RIVER 6:00 p.m. Embarkation and Check-In From the moment you step on board, enjoy the AQUA AMAZON’s low-key luxury. As you settle into your handsomely appointed, generously proportioned suite, you will feel the vessel begin to move – the beginning of one of your life’s great adventures. We suggest you stand on the Upper Deck to take in the view, as the AQUA AMAZON leaves Iquitos behind. Over the next seven days, you will also sail along the two largest tributaries of the Peruvian Amazon, the Ucayali and the Maranon, as well as on the mighty Amazon itself. You are embarking on a spectacular journey to a place visited by only a very few of even the most experienced world travelers. 7:30 p.m. Safety Drill and Briefing on the Upper Deck Before dinner we will perform a routine safety drill. Then it’s into the air-conditioned lounge, where you will learn about life on board, and will have the first nightly briefing about your next day’s Amazon adventure. You will meet our naturalist guides and your cruise director, who will use video, photos, and maps to introduce the details of your journey deep into the Peruvian Amazon. 8:00 p.m. Welcome Dinner Sit down, relax, sip fine South American wine, toast the beginning of a beautiful journey and enjoy the innovative Amazonian cuisine, created by our Executive Chef Pedro Miguel Schiaffino, whose restaurant, Malabar, is the one of Lima’s top ranked dining experiences. -
Peru | Flooding in Iquitos
Financing Experience in the Peruvian Amazon region Changing the paradigm to act faster FLOODING IN THE PERUVIAN AMAZON REGION River Amazon monitoring (Enapu) Every year parts of the Amazon forest flood from December to May. This floo- ding is caused by seasonal rains in the Peruvian Andes. Flow09_10 Flow10_11 Flooding can be extreme Flow11_12 Flow12_13 in some years due to chan- Flow13_14 Level ges in rainfall patterns that Flow14_15 are getting more extreme Flow15_16 and more frequent due to climate change. This cau- ses losses in infrastructure and livelihoods and affects people’s health. Oct 2016 Jan 2017 Apr 2017 Jul 2017 Date The largest recent floods came in 1999, 2012 and 2015. The highest record was 118.97m river level, in April 2012 at the Enapu station. Many communities were affected (see be- low); 26,000 hectares were flooded, as well as urban areas of the province Maynas. 2 2012 3,417 72,642 229,412 displaced affected victims families houses 2015 1,558 18,612 113,485 displaced affected victims families houses Source: INDECI THE CONCEPT OF FORECAST-BASED FINANCING Forecast-based financing (FbF) develops new procedures and methodologies to prepare vulnerable people facing a disaster in a more efficient and effective way. Using domestic and international hydro-meteorological forecast information, it sets danger levels and pre- defines early actions. These actions are activated when a forecast exceeds a danger level in the intervention area (for example, a river flow that has caused flooding in the past). Ac- tions can be implemented before the disaster occurs and resilience is strengthened, both at institutional and community level. -
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. -
Fact Sheet Fact Sheet
AMAZON FACT SHEET AMAZON FACT SHEET INTRODUCTION The Amazon is the world’s largest tropical rainforest spanning 9 different countries in South America - Peru, Bolivia, Ecuador, Colombia, Venezuela, Guyana, Suriname, French Guiana and of course Brazil which contains 60% of the Amazon Rainforest. The Rainforest covers over 75% of the Amazon Basin, with an area of 5.5 million sq kms. It comprises the largest and most bio diverse tract of tropical rainforest in the world. It is dissected by hundreds of rivers, the most notable being the mighty Amazon. The river towns of Manaus and Belem in Brazil and Iquitos and Puerto Maldonado in Peru have 19th century architecture dating back to the days of the rubber boom. There are over 1,400 species of mammals found in the Amazon, the larger mammals including the jaguar, ocelot, capybara and tapir. The Basin is inhabited by more than 1,500 species of birds including toucans, hummingbirds, macaws and other parrots. Reptiles found here include the anaconda and boa constrictor. The area is also home to over 1,000 species of amphibians and 2,200 species of fish including the red-bellied piranha. The Amazon Basin also contains thousands of plant species with tropical fruit trees such as Brazil nut, cocoa and rubber trees as well as orchids and the kapok tree, the largest tree of the Amazon that can grow to a height of 60 metres. AMAZON FACT SHEET CLIMATE The Amazon Rainforest has a tropical equatorial climate, being hot and humid throughout the year with an annual average temperature of 27°C. -
The Whole World Will Be Able to See Us: Cultural Factors Affecting Insecticide-Treated Bed Net Use for Malaria Control in the Peruvian Amazon
The whole world will be able to see us: Cultural factors affecting insecticide-treated bed net use for malaria control in the Peruvian Amazon by Steven A. Harvey A dissertation submitted to Johns Hopkins University in conformity with the requirements for the degree of Doctor of Philosophy Baltimore, Maryland January 2006 © Steven A. Harvey 2006 All rights reserved Abstract According to the most recent WHO estimates, 107 countries worldwide are endemic for malaria, putting about 3.2 billion of the world’s population at risk. Malaria causes or contributes to between 1.5 and 3 million deaths and up to 500 million acute clinical cases each year. Because of their demonstrated effectiveness at reducing malaria-related morbidity and mortality, insecticide-impregnated bed nets (IBNs) are distributed and promoted by malaria control programs throughout the world. This dissertation draws upon qualitative evidence to document how social, cultural, and economic factors affect malaria exposure and bed net use in rural mestizo villages around the city of Iquitos in the Peruvian Amazon. The introduction presents an overview of malaria epidemiology worldwide, in the Americans, and in the Peruvian Amazon. It describes the theoretical framework of the research, the study sites, and the data collection methods employed. Paper #1 describes the use of nighttime household observations to determine the type and extent of bed net use and document evening and nighttime social, cultural, and economic activities that might increase exposure. Data confirm that untreated net use is nearly universal in the study area, but IBN use less common. Entering and leaving nets frequently throughout the night is likely to reduce their protective effect. -
Amazon Fact Sheet Amazon Fact Sheet
AMAZON FACT SHEET AMAZON FACT SHEET INTRODUCTION The Amazon is the world’s largest tropical rainforest spanning 9 different countries in South America - Peru, Bolivia, Ecuador, Colombia, Venezuela, Guyana, Suriname, French Guiana and of course Brazil which contains 60% of the Amazon Rainforest. The Rainforest covers over 75% of the Amazon Basin, with an area of 5.5 million sq kms. It comprises the largest and most bio diverse tract of tropical rainforest in the world. It is dissected by hundreds of rivers, the most notable being the mighty Amazon. The river towns of Manaus and Belem in Brazil and Iquitos and Puerto Maldonado in Peru have 19th century architecture dating back to the days of the rubber boom. There are over 1,400 species of mammals found in the Amazon, the larger mammals including the jaguar, ocelot, capybara and tapir. The Basin is inhabited by more than 1,500 species of birds including toucans, hummingbirds, macaws and other parrots. Reptiles found here include the anaconda and boa constrictor. The area is also home to over 1,000 species of amphibians and 2,200 species of fish including the red-bellied piranha. The Amazon Basin also contains thousands of plant species with tropical fruit trees such as Brazil nut, cocoa and rubber trees as well as orchids and the kapok tree, the largest tree of the Amazon that can grow to a height of 60 metres. AMAZON FACT SHEET CLIMATE The Amazon Rainforest has a tropical equatorial climate, being hot and humid throughout the year with an annual average temperature of 27°C. -
New City of Belen” and the Response of Its Residents
“We are not a slum; we are a city”: Evaluation of the “New City of Belen” and the response of its residents Source: https://www.flickr.com/photos/viviendaperu/26403381944/ Accessed: 31/01/2019 By: Diana Bernales Supervisor: Matthias Nohn, LF MPP Dipl.-Ing. Coordinator: Dr. Bettina Hamann Technische Universität Berlin M.sc Urban Management 2019 Page 1 “We are not a slum; we are a city”: Evaluation of the “New City of Belen” and the response of its residents Diana Bernales Wuan Supervisor: Matthias Nohn, LF MPP Dipl.-Ing. Submitted in partial fulfillment of the requirements for the Degree of Master of Science in Urban Management at Technische Universität Berlin Lima, February 1st of 2019 Page 2 Statement of authenticity material I here with formally declare that I have written the submitted thesis independently, without assistance from external parties and without use of other resources than those indicated. The ideas taken directly or indirectly from external sources (including electronic sources) are duly acknowledge in my text. The material, either in full or in part, has not been previously submitted for grading at this or any other academic institution. I did not use any outside support except for the quoted literature and other sources mentioned in the paper. Diana Cristina Bernales Wuan Lima, February 1st, 2019 Page 3 Abstract Key Words: Relocation process, territorial cohesion, adequate housing, urban social movement, mobility, risk management. Relocation processes have occurred with higher frequency in the last 15 years: 68,5 million persons around the world have been displaced (UNHCR, 2018)1, affecting their livelihoods, properties, social networks, etc. -
Chambira in a Changing Landscape by Sydney Larson
z.umn.edu/MURAJ Chambira in a Changing Landscape By Sydney Larson Abstract Amazonian peoples have traditionally relied on natural resources for their livelihoods. Within this context, Astrocaryum chambira is an important palm species. However, modernization and development of the Amazon have led to changes in community social relations, traditional livelihoods and use of natural resources. Few studies have analyzed the present dynamics of chambira use in areas of transition. To study shifts in the use of the chambira palm, I reviewed the literature on traditional uses, conducted semi-structured interviews, and made field observations at two sites in the Peruvian Amazon: Sucusari, a native Maijuna community and rural villages La Habana, Doce de Abril and Cahuide along the Iquitos-Nauta road. The goal of this study was to investigate how modernization and infrastructure development of the Amazon are influencing the use of chambira. I found that Amazonian peoples still use the chambira palm, but current use does not mirror traditional use. The expansion of markets and the availability of cheap goods has led to the replacement of certain products previously made with chambira. In some areas, growing tourism in the Amazon has increased demand for chambira handicrafts. Native communities seem to have maintained a sophisticated knowledge of chambira and preserved its cultural significance, while in more urbanized areas knowledge and value are being lost. In modern society, use and importance of the chambira palm are decreasing, but in traditional communities of the Peruvian Amazon it remains a highly utilized resource. Introduction around 8 m in length (García 2015). The trunk of Palms are one of the most important the palm is covered in black spines of up to 20 m in plant groups in the Amazon because they provide length (Coomes 2004). -
Amazon Information Sheet
A!"#$% I"#$%&'()$" S*++( INTRODUCTION ! e Amazon is the world’s largest tropical rainforest spanning 9 diff erent countries in South America - Peru, Bolivia, Ecuador, Colombia, Venezuela, Guyana, Suriname, French Guiana and of course Brazil which contains 60% of the Amazon Rainforest. ! e Rainforest covers over 75% of the Amazon Basin, with an area of 5.5 million sq. kms. It comprises the largest and most bio diverse tract of tropical rainforest in the world. It is dissected by hundreds of rivers, the most notable being the mighty Amazon. ! e river towns of Manaus and Belem in Brazil and Iquitos and Puerto Maldonado in Peru have 19th century architecture dating back to the days of the rubber boom. ! ere are over 1,400 species of mammals found in the Amazon, the larger mammals including the jaguar, ocelot, capybara and tapir. ! e Basin is inhabited by more than 1,500 species of birds including toucans, hummingbirds, macaws and other parrots. Reptiles found here include the anaconda and boa constrictor. ! e area is also home to over 1,000 species of amphibians and 2,200 species of fi sh including the red-bellied piranha. ! e Amazon Basin also contains thousands of plant species with tropical fruit trees such as Brazil nut, Cocoa and Rubber trees as well as orchids and the Kapok tree, the largest tree of the Amazon Rainforest that can grow to a height of over 60 metres. Contact us: 235B Dairy Flat Highway, Albany, Auckland 0632 New Zealand 1 Phone: +64 9 950 5918 Email: [email protected] A!"#$% I"#$%&'()$" S*++( CONTENTS Introduction 1 1. -
ARIA AMAZON) HIGH WATER SEASON (December - May)
SEVEN-NIGHT ITINERARY (ARIA AMAZON) HIGH WATER SEASON (December - May) Day 1: Friday IQUITOS / AMAZON RIVER 6:00 p.m. Embarkation and Check-In From the moment you step on board, enjoy the ARIA AMAZON’s low-key luxury. As you settle into your handsomely appointed, generously proportioned suite, you will feel the vessel begin to move – the beginning of one of your life’s great adventures. We suggest you stand on the Upper Deck to take in the view, as the ARIA AMAZON leaves Iquitos behind. Over the next seven days, you will also sail along the two largest tributaries of the Peruvian Amazon, the Ucayali and the Maranon, as well as on the mighty Amazon itself. You are embarking on a spectacular journey to a place visited by only a very few of even the most experienced world travelers. 7:30 p.m. Safety Drill and Briefing on the Upper Deck Before dinner we will perform a routine safety drill. Then it’s into the air-conditioned lounge, where you will learn about life on board, and will have the first nightly briefing about your next day’s Amazon adventure. You will meet our naturalist guides and your cruise director, who will use video, photos, and maps to introduce the details of your journey deep into the Peruvian Amazon. 8:00 p.m. Welcome Dinner Sit down, relax, sip fine South American wine, toast the beginning of a beautiful journey and enjoy the innovative Amazonian cuisine, created by our Executive Chef Pedro Miguel Schiaffino, whose restaurant, Malabar, is the one of Lima’s top ranked dining experiences. -
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.