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Technical Paper Sheet PSSA Project for the Golf of Honduras
Technical Paper Sheet PSSA ENVIRONMENTAL PROTECTION AND MARITIME TRANSPORT POLLUTION CONTROL PROGRAM IN THE GULF OF HONDURAS TECHNICAL SHEET Gulf of Honduras, Puerto Cortes. Number 1. November 2007. DESIGNATION OF THE GULF OF HONDURAS AS PARTICULAR SENSITIVE SEA AREA (PSSA) _____________________________________________ INTRODUCTION The term “Sensitive Sea Area (SSA)” defines any marine body of water that needs special protection due to recognized technical reasons related to oceanographic and ecological attributes and to particular maritime traffic conditions which may endanger these attributes. Special protection measures are developed within the area to prevent sea contamination through hydrocarbons, hazardous liquid substances, or wastes (according to the circumstances). A “Particularly Sensitive Sea Area (PSSA)” is an area requiring higher standards of environmental protection. An effective set of international regulations or conventions such as CONVEMAR address the State parties’ role regarding marine economic zones and sea areas management and environmental protection. They define the parties’ jurisdiction and place an obligation on them to adopt necessary measures to protect and preserve the marine environment. The International Maritime Organization (IMO) in order to achieve its goal to protect the marine environment has developed the following instruments: 1. The International Convention for Human Life Protection on the Sea (SOLAS) Convention, tailored to the shipping industry safety requirements, expected to generate a positive indirect effect upon environmental protection. 2. The International Convention for the Prevention of Pollution from Ships (MARPOL) addresses basic environmental protection standards related to threats posed by operational and accidental discharges. 3. Regulations aimed in particular at restructuring maritime traffic flow, which improve and reinforce navigational safety and contribute to protect and preserve rare or fragile ecosystems. -
Q'eqchi' Women's Livelihood Strategies in Guatemala
FREEDOM PIPES AND SLAVERY BUCKETS: Q'EQCHI' WOMEN'S LIVELIHOOD STRATEGIES IN GUATEMALA A Thesis Presented in Partial Fulfillment of the Requirements for the Degree of Master of Arts in the Graduate School of The Ohio State University By Ligia Catalina Lundine, B.S. ***** The Ohio State University 2006 Master's Examination Committee: Dr. Kendra Mcsweeney Dr. Joel Wainwright Dr. Becky Mansfield td;:b / Adviser ) Graduate Program in Geography ABSTRACT Many marginalized people in rural areas of the global South are trapped in a cycle of poverty that prevents them from accessing resources. Access to safe drinking water is one of the elements of this cycle that seems to influence mechanisms to get out of poverty. The complex nature of this cycle reveals how, inadequate water provision services, exacerbate the obstacles that individuals, households and communities (particularly women and girls) face to challenge inequality and social exclusion. Disenfranchisement is by no means inevitable, however, and there appear to be processes by which marginalized people are able to transform intangible resources—such as the ability to read, write, and speak the dominant language of society—into dignity and assets that are vital for their livelihoods. In this thesis, I explore the different ways in which two indigenous communities from the humid tropical forest of Eastern Guatemala manage to access water, and how that water access mediates and is mediated by their livelihood strategies. Qualitative and quantitative analyses based on fieldwork conducted in summer 2005 show how in one village, the combination of those intangible resources (particularly education, leadership and command over local and dominant languages), propels a positive feedback loop that links an improved water provision service to education. -
Project Examples for SGP Strategic Guidance Paper
International Waters Case Studies BELIZE Community Management of Sarstoon Temash Coastal Marine Resources Location Project activities target the coastal communities of Amatique Bay, a portion of the Gulf of Honduras, between Puerto Barrios in the Izabal Department, Guatemala, and Punta Gorda in the Toledo District, Belize. Beneficiaries Sarstoon Temash Institute for Indigenous Management (SATIIM) Funding SGP US$ 40,000; Co-financing US$ 113,418. Date Ongoing, started from June 2005. Objectives To develop a bi-national community based mechanism to address the problem of over-fishing in the waters of Amatique Bay shared by Belize and Guatemala, off the Sarstoon Temash National Park. Activities To achieve the bi-national approach to the project SATIIM is signing an agreement with a Guatemalan NGO, ‘Fundación para el Ecodesarollo y la Conservación’ (FUNDAECO). Communities participated in data collection including monitoring of fish stocks, sea grass beds, mangroves and basic water quality. The project organised community education and awareness workshops on sustainable fishing practises for resource users in both countries. Joint ranger trainings for SATIIM and FUNDAECO staff were provided. A one-day bi- national Sustainable Fishing Forum for resource users and fisheries authorities from both countries was organised. Results The project will establish a bi-national community based advisory committee to oversee implementation of the sustainable use strategy. An environmental monitoring station will be constructed at the mouth of the Temash River. Impacts The project will reduce over-fishing and unsustainable fishing practices in the waters of Amatique Bay. Community livelihood needs, will be addressed through the promotion of sustainable fishing and other grass-root efforts. -
Diagnóstico Hugo Hidalgo
DIAGNOSTIC OF ORGANIZATIONS AND NEEDS IN THE FISHING COMMUNITIES OF THE MESOAMERICAN REEF SYSTEM Hugo Hidalgo, Head Consultant Angélica Méndez, Contributor Livingston, August 2007 CONTENTS 1. SUMMARY .................................................................................................................. 10 2. INTRODUCTION ......................................................................................................... 11 2.1 Background ...................................................................................................... 11 2.2 Justification....................................................................................................... 11 2.3 Objetives .......................................................................................................... 12 3. METHODOLOGY......................................................................................................... 13 4. RESULTS .................................................................................................................... 15 4.1 Background ...................................................................................................... 15 4.2 Inter-Institutional Relations ............................................................................... 16 4.3 Financial Issues ................................................................................................ 16 4.4 Marketing ......................................................................................................... 16 4.5 Training -
Ecological Linkages in a Caribbean Estuary Bay
Vol. 533: 29–46, 2015 MARINE ECOLOGY PROGRESS SERIES Published August 6 doi: 10.3354/meps11342 Mar Ecol Prog Ser Ecological linkages in a Caribbean estuary bay H. Andrade1,2,*, J. Santos1, M. J. Ixquiac3 1Norwegian College of Fishery Science, University of Tromsø, 9037 Tromsø, Norway 2Akvaplan-niva AS, Framsenteret, 9296 Tromsø, Norway 3Centro de Estudios del Mar y Acuicultura, Universidad de San Carlos de Guatemala, Guatemala 01012, Guatemala ABSTRACT: Central America and the western Caribbean regions form a center of freshwater and marine biodiversity that is increasingly becoming the focus of ecological and evolutionary studies. We conducted an integrated ecological study of Amatique Bay, Guatemala, a major estuary la goon connected to the low-lying Lake Izabal and to the Mesoamerican Reef System, and provide novel information for the management and conservation of similar systems across the Caribbean. Precip- itation and wind regimes constitute important environmental drivers of ecosystem functioning, which partially compensate for the weak tidal-forcing that is characteristic of the Caribbean Sea. Seasonal peaks in temperature and precipitation were strongly correlated to the reproduction of marine, catadromous and estuarine fish species, suggesting that the ensuing increase in primary production provides larval fish with an abundant food source. Increased abundances of transient marine species were observed during the dry season, which may be explained by passive transport, feeding migration, or both, considering that prey may be more abundant inshore and that environmental conditions are dominated by higher salinity and stronger onshore winds during this period. Despite being a stopover site for many long-range migrating shorebird species, the Bay serves primarily as a resting place since it lacks extensive tides and tidal flats, and thus provides limited access to invertebrate prey. -
Site Conservation Planning Gulf of Honduras: Belize, Guatemala and Honduras /PROARCA/APM, Guatemala, Guatemala, 2005
2005 PROARCA/APM, Regional Environmental Program for Central America / Protected Areas and Environmental Marketing Components, a USAID- CCAD project, The Nature Conservancy (TNC). 12 Avenida 14-41, Zona 10 Colonia Oakland Guatemala 01010, Guatemala Regional Environmental Program for Central America / Protected Areas and Environmental Marketing Components Fundación Mario Dary. Site Conservation Planning Gulf of Honduras: Belize, Guatemala and Honduras /PROARCA/APM, Guatemala, Guatemala, 2005. 60 p. ; 8,5 X 11 c.m. Designations used in this publication, and the manner in which this publication presents its data, do not imply any judgment by the members of the PROARCA/APM consortium, USAID, nor CCAD on the legal status of countries, territories, cities, or zones, nor of their authorities, nor the disposition of their borders. This publication was made possible through support provided by the Office of Regional Sustainable Development, Bureau for Latin America and the Caribbean, United States Agency for International Development and The Nature Conservancy, under the terms of Award No. 596-A-00-01-00116-00. The opinions expressed herein are those of the authors and do not necessarily reflect the views of the US Agency for International Development. Editors: Jean-Luc Betoulle and Astrid Alvarado (FUNDARY) Collaborators and Reviewers: Juan Carlos Villagrán Lenín Corrales Ingrid Arias (TRIGOH) Graphic Design: María del Rosario Calderón Photography: Fundary Site Conservation Planning Gulf of Honduras: Belize, Guatemala and Honduras Site Conservation -
Diagnose For
Project for the Environmental Protection and Control of Pollution Caused by the Maritime Transportation in the Gulf of Honduras Final Report Data and Information Management System, Establishment of a Base Line, Preparation of a Transboundary Diagnostic Analysis and a Strategic Action Plan Aliphatic hydrocarbons with quantifiable values in biota was the pentacosane (which can be found at the majority of the sampling points). Considering that their origin is diesel or gas oil, its presence could originate from floating vessel motors and/or it could be associated to contributions from urban areas (from road washings and the consequent dragging of fuels used by the car pool). Finally, it should be noted that in the tissue samples of the White Grunt fish (Haemulon plumieri), no quantifiable values of organic compounds, such as PCBs, pesticides and PAHs were recorded, with the exception of Cayo Sapodilla (wherein DDT could be quantified) and from Turneffe Reef (where pyrene was assessed, although in low concentrations). 3.3. Social-Economic Frame 3.3.1. Demographic and Population Aspects According to the information of the latest population census available (Figures and Tables 3.3–1 a 3.3–3) and the population projections performed by the Latin American and Caribbean Demography Center – CELADE (Figure 3.3–4), the global population in the countries adjacent to the Gulf of Honduras reaches, approximately, a total of 21,7 million inhabitants, whereof some 2,1 million belong to the coastal region of the area of study object of the present consultancy (Table 3.3–4). Likewise, Maps 35 to 38 show the administrative limits of the districts / departments in which each country is subdivided (Slide 35), the population belonging to the years 2000 – 2002 (Map 36) and 2007 – 2008 (Map 37) as well as the population variation occurred in said period (Map 38). -
Mesoamerican Caribbean Reef Conservation Oo©18,WF-Konitrainlya H Ol Iefn O Aue W Eitrdtaeakonr 11-2001/5000 • Pri ® WWF Registered Trademark As the WWF - Known Owner
24764_MesoAmer_Cover.qxd 06.10.02 5:00 PM Page 1 BY PHILIP A. KRAMER AND PATRICIA RICHARDS KRAMER EDITED BY MELANIE McFIELD Ecoregional Conservation Reef Ecoregional the Mesoamerican Caribbean Planning for Logo © 1986, Nature.Wide Fund for World internationally owner. WWF - known as the Trademark WWF Registered ® 11-2001/5000 • Pri nted on recycled paper inks.nted on recycled using soy-based Published May 2002 U.S.A. Straits of Florida CUBA Yucatan ECOREGIONAL CONSERVATION PLANNING Channel MEXICO for the BELIZE BAY ISLANDS EA GUATEMALA Mesoamerican HONDURAS EL SALVADOR NICARAGUA Caribbean Reef ECOREGIONAL CONSERVATION PLANNING for the Mesoamerican Caribbean Reef (MACR) BY PHILIP A. KRAMER AND PATRICIA RICHARDS KRAMER EDITED BY MELANIE MCFIELD Philip Kramer, Ph.D. and Melanie McField, Ph.D. Sylvia Marín Patricia Richards Kramer MACR Reef Scientist/Senior MACR Ecoregional Coordinator MGG, Rosenstiel School of Program Officer for Belize P.O. Box 629-2350 Marine and Atmospheric Science P.O. Box 512 San Francisco de Dos Ríos 4600 Rickenbacker Cswy. Belize City, Belize, Central America San Jose, Costa Rica Miami, FL 33149 Phone 501-2-37680 Phone 506-253-1529 Tel/Fax Phone 305-361-4664 Tel/Fax Tel/Fax 501-2-37681 506-234-7976 305-361-4632 [email protected] [email protected] [email protected] Acknowledgements his report is the result of a collaborative effort Conservation Society (WCS), Tom Allnutt (WWF), between World Wildlife Fund (WWF), Ocean Serge Andrefouet (USF), Alex Arrivillaga (USGS), TResearch and Education Foundation (ORE), and Bessy Aspra de Lupiac (DIGEPESCA), Robert Bonde The University of Miami’s Rosenstiel School of Marine (USGS), Ted Cheeseman (TNC), Pablo G. -
Livingston, Guatemala
Building a Network for Guatemalan Replenishment Zones In March 2013, the Leadership Learning Community was hired by the MAR Leadership Program (MAR-L) to evaluate their program. The evaluation team conducted site visits to spend time with fellows and the people who work with them daily to learn firsthand about the challenges, achievements and impact of their conservation projects. Name of Fellows: Ana Giro Petersen Blanca Rosa García Hernández City, Country: Livingston, Guatemala MAR -L Cohort Year: 201 1 Project: Declaration of the first three fully protected “no-take” zones or replenishment zones in: La Graciosa, Punta Gruesa, and La Laguna Santa Isabel, Guatemala. Key wins: In the declaration of the first three fully protected no-take zones or replenishment zones in: La Graciosa, Punta Gruesa, and La Laguna Santa Isabel. Reached an agreement around the boundaries and legal foundations of replenishment zones among key Guatemalan stakeholders, including Fishing Groups, the National Protected Areas Council (CONAP) Ministry of Agriculture, Livestock and Food (MAGA) through the office of Regulations of Fisheries and Aquaculture (DIPESCA), and The Ministry of Environment and Natural Resources (MARN). Page | 1 I. Chapter 1: The Story of Place Only accessible by boat, travel to Livingston, Guatemala, is about 30 minutes from Puerto Barrios along the Amatique Bay. The town sits at the mouth of the Rio Dulce River at the Port of Honduras. The boundaries of Amatique Bay are mostly in Guatemala while the northeastern portion is shared with Belize. The dark blue green water contrasts with the lush green landscape along the Caribbean Guatemalan coastline. The jungle vegetation covers the hillsides along the coast. -
Ocean Waste in the Gulf of Honduras
Ocean Waste in the Gulf of Honduras: Where it goes and what to do about it Prepared by Mercedes Lu Mark Chernaik Heidi Weiskel January 2013 Table of Contents Page Number Executive Summary 1 Introduction 2 Ocean waste, a global problem 3 The study area 5 Background 5 Population 5 Rivers, ocean currents and their influence on the presence of solid waste in the coastal areas of the Gulf of Honduras 6 Summary of waste generation in Belize 11 Guatemala 12 Honduras 13 Conclusions 14 Recommendations 15 References 16 List of Figures, Tables & Appendices TABLES Table 1: Most Common Debris Items Table 2: Major Rivers Discharging in the Gulf of Honduras Table 3: Monthly current directions near Glover’s Reef, Belize FIGURES Figure 1: Solid waste on the Guatemalan coast Figure 2: Main sources and movement pathway for plastics in the marine environment Figure 3: Study area Figure 4: River systems, coral reefs and land elevation in the Mesoamerican Region Figure 5: Dominant water circulation patterns in the Gulf of Honduras Figure 6: Wastes in Punta Gorda (PG) in southern Belize Figure 7: Izabal, Guatemala Figure 8. Recovery of materials at Tegucigalpa dump in 2006. Source: Lopez & Padilla 2007 APPENDICES Appendix 1: Reasons for Concern: Impacts of Marine Debris on Living Marine Resources Appendix 2: Local oceanographic currents within Amatique Bay, Belize and Guatemala Appendix 3: Ecosystems of the study area Executive Summary Waste management is a serious global and regional issue and multiple entities have attempted to characterize the problem and identify solutions. We have confined our review to investigating the potential sources of waste in the part of the Western Caribbean that stretches from Corozal (Belize) to La Ceiba (Honduras) including the Gulf of Honduras (hereafter ‘the Gulf of Honduras’) that could be affecting the coast of Belize and its atolls. -
Gulf of Honduras.Pdf
Project for Environmental Protection and Maritime Transport Pollution Control in the Gulf of Honduras ENVIRONMENTAL DIAGNOSTIC ANALYSIS (EDA) GULF OF HONDURAS The Environmental Diagnostic Analysis (EDA) of the area of the Gulf of Honduras is the result of a process of 50identification and analysis of problems that constitute the “current state” of the situation. The EDA represents for the different stakeholders who interact at the different levels of the life dynamics of in the area of the Gulf of Honduras, the informative framework which allows Access to knowledge, sensibilization and conclusions which will be of use for decision-makers of the region to secure the development of the economies, the protection of their valuable natural resources and the progress of the inhabitants. Image No.1: Tourism activity in Puerto Barrios, Guatemala Source: Gulf of Honduras Project © Project for Environmental Protection and Maritime Transport Pollution Control in the Gulf of Honduras. GEF-BID-COCATRAM-CCAD Environmental Diagnostic Analysis (EDA) Document No. PGH-001 Frontpage images: Gulf of Honduras Project. These present the both the natural landscape of the Gulf of Honduras as the logic of the EDA preparation process. Inside photos: Gulf of Honduras Project. They relate to the different dynamics of the area of the Gulf of Honduras and the activities undertaken during the preparation of the SAP. This publication may be reproduced in whole or in part, in any form or by any means, electronic, mechanical, photocopying or other, provided the source is credited. August 2011 CONTENT Presentation Foreword Institutional Framework for the EDA 1. Introduction 2. Study Area 3. -
Cueva Del Tigre Jaguar Cave
CUEVA DEL TIGRE JAGUAR CAVE Aldea Plan Grande Tatín, Livingston, Izabal NICHOLAS HELLMUTH CUEVA DEL TIGRE JAGUAR CAVE MARCH 2020 CREDITS APPRECIATION The helpful individuals listed below are all part of Assistance for local Access, the FLAAR Mesoamerica research and field work Municipio de Livingston team. The office research team, webmaster, and • Daniel Esaú Pinto Peña, Alcalde of Livingston web designers are additional individuals in the (Izabal, Guatemala). main office in Guatemala City. Since each report • Edwin Mármol Quiñonez, Coordinación de is a different plant or animal, the individuals who Cooperación de Livingston (Izabal, Guatemala) assist in preparing the bibliography, in species • Juana Lourdes Wallace Ramírez, Asistente identification and botanical information category Administrativo, Coordinación de Cooperación de are not the same for each report. Livingston Author Nicholas Hellmuth MUNICIPALIDAD DE Livingston Genus species identification team Nicholas Hellmuth _________ Victor Mendoza FRONT COVER PHOTOGRAPH Senaida Ba Jaguar Cave/Cueva del Tigre. Photography by: Vivian Diaz FLAAR Bibliography team Mesoamerica. March 9, 2020. Aldea Grande Tatin, Izabal, Guatemala. Nicholas Hellmuth Camera: Google Pixel 3 XL Vivian Hurtado TITLE PAGE PHOTOGRAPH Jaguar Cave/Cueva del Tigre Editor Photography by: Nicholas Hellmuth. Vivian Díaz FLAAR Mesoamerica. March 3, 2020, Izabal, Guatemala. Camera: iPhone Xs. Photographers Nicholas Hellmuth María Alejandra Gutierrez David Arrivillaga Juan Pablo Fumagalli Photography assistants Senaida