[The flexibilization of the Brazilian legislation on pesticides and the risks to human health: analysis of Bill of Law 3,200/2015]. / A flexibilização da legislação brasileira de agrotóxicos e os riscos à saúde humana: análise do Projeto de Lei nº 3.200/2015.

This article aims to contribute to a reflection on pesticides, based on the Brazilian legal framework, from the perspective of protecting human health and the environment. This initiative is due to successive attempts to flexibilize the regulation of pesticides in Brazil, through bills of law in progress in the Brazilian National Congress. An analysis of Bill of Law 3,200/2015 was carried out. This bill of law represents a major setback to the legislative achievements for the regulation of pesticides, in order to alert to the risks to human health from exposure to these products and aggravated by other similar proposals.

Soil ecotoxicology in Latin America: Current research and perspectives.

Soils from some Latin American countries support the highest biodiversity levels on the planet and simultaneously have some of the most serious environmental impacts attributed to both historical and current agricultural practices and industrial activities. Soil contamination has resulted from intensive use of pesticides, extensive mining and other industrial activities, and uncontrolled management of waste within inappropriate regulatory frameworks. The present study presents an overview of the scientific research on soil ecotoxicology conducted in Latin America, summarizing the recent advances and highlighting the needs for further refinements in this research field. Most of the contributions to the scientific literature have been from Brazil. The most investigated issue is the ecotoxicity of pesticides and earthworms, which were the organisms most frequently used as test species. Needs identified by Latin American researchers include methods and procedures for: 1) identifying and collecting natural soils to be used as reference test-substrates in tests, 2) identifying and discerning the range of sensitivities of native test species to soil contaminants, 3) developing environmental guidelines applicable to tropical/subtropical conditions, and 4) developing methods and procedures for higher tier testing for full development and implementation of environmental risk assessment schemes. The protection of Latin American soils, including provision of goods and services, is currently framed in legislation and other regulations, but implementation requires significant improvement and additional training programs. Environ Toxicol Chem 2017;36:1795-1810. © 2017 SETAC.

A flexibilização da legislação brasileira de agrotóxicos e os riscos à saúde humana: análise do Projeto de Lei nº 3. 200/2015 / The flexibilization of the Brazilian legislation on pesticides and the risks to human health: analysis of Bill of Law 3, 200/2015 / La flexibilización de la legislación brasileña de agrotóxicos y los riesgos a la salud humana: análisis del Proyecto de Ley nº 3. 200/2015

Resumo: O presente artigo busca contribuir para uma reflexão sobre a temática dos agrotóxicos, à luz do arcabouço legal brasileiro, na perspectiva da proteção à saúde humana e ao meio ambiente. Tal iniciativa deve-se a sucessivas tentativas de flexibilização das normas de regulação de agrotóxicos no Brasil, por meio de projetos de lei em curso no Congresso Nacional. Para tanto, fez-se uma análise do Projeto de Lei nº 3.200/2015, que representa um dos maiores retrocessos às conquistas legislativas para a regulamentação dos agrotóxicos, de modo a alertar para os riscos à saúde humana frente à exposição a esses produtos e ao agravamento por outras propostas similares.

Abstract: This article aims to contribute to a reflection on pesticides, based on the Brazilian legal framework, from the perspective of protecting human health and the environment. This initiative is due to successive attempts to flexibilize the regulation of pesticides in Brazil, through bills of law in progress in the Brazilian National Congress. An analysis of Bill of Law 3,200/2015 was carried out. This bill of law represents a major setback to the legislative achievements for the regulation of pesticides, in order to alert to the risks to human health from exposure to these products and aggravated by other similar proposals.

Resumen: El presente artículo busca contribuir a una reflexión sobre la temática de los agrotóxicos, a la luz del marco legal brasileño, desde la perspectiva de proteger la salud humana y el medio ambiente. Esta iniciativa se debe a sucesivos intentos de flexibilización de las normas de regulación de agrotóxicos en Brasil, a través de proyectos de ley en curso en el Congreso Nacional. Se llevó a cabo un análisis del Proyecto de Ley 3.200/2015, que representa uno de los mayores retrocesos a las conquistas legislativas para la normativa de los agrotóxicos, para alertar sobre los riesgos a la salud humana frente a la exposición a esos productos y al agravamiento por otras propuestas similares.

"Coca got us here and now it's our weakness:" Fusarium oxysporum and the political ecology of a drug war policy alternative in Bolivia.

BACKGROUND: A strain of Fusarium oxysporum fungus is killing coca plants in the Chapare coca growing region of Bolivia. Coca farmers are already constrained in the amount of coca they can grow under the government's community-based coca control approach, "social control." Coca leaf is the main ingredient in cocaine, but it is also a traditional medicine and food, is economically vital to household incomes, and is a political symbol of the current government administration. Bolivia's approach to coca control, now administered without any United States military intervention, is an innovative example of experimentation with drug policy reform. METHODS: This paper is based on ethnographic research including semi-structured interviews and observation. RESULTS: Coca growers are worried about the dire economic, social, and political consequences of the fungus' appearance and spread since summer 2013. They have two explanations for its origins: First, that it was sent by the United States government, which in the past was developing a strain of F. oxysporum for use in the drug war; Second, and the explanation of scientists, is that the outbreak is caused by the overuse of agrochemicals and other intensive agricultural practices. CONCLUSION: More than a matter of agroecology, the practices identified in the second explanation must be understood in terms of the persistence of the international drug prohibition regime. Bolivia's social control approach is a successful alternative to violent eradication measures, however the country is constrained to uphold the fundamental principles of supply-side control in order to be a respected partner in global drug control. The supply-side logics restricting social control make intensive agriculture practices attractive, but may have contributed to the fungus' proliferation and its continued spread. The fungus draws attention to the challenges of policy reform, new collateral damages of drug control, and role environmental factors can play in drug control politics.

Soil ecotoxicology in Brazil is taking its course.

Soil ecotoxicology has been motivated by the increasing global awareness on environmental issues. Northern Hemisphere has been the main driver of this science branch; however, the number and quality of contributions from the Southern Hemisphere are increasing quickly. In this case study, Brazil is taken as an example of how soil ecotoxicology has developed over the last 30 years. It starts with a brief historical overview depicting the main events on soil ecotoxicology in the country. Following, an overview on the Brazilian legislation related to soil ecotoxicology is given, covering regulations with prospective focus, mainly on the registration of pesticides. Regulations with retrospective focus in contaminated areas are also given. Then, an outline of the actors in soil ecotoxicology and examples of prospective ecotoxicological studies performed with soil organisms and plants are given by stressor groups: pesticides, pharmaceuticals, metals, and residues. Experiences from retrospective studies, mainly looking at the assessment of industrial sites, are also covered. Emphasis is given on methodological aspects, pointing to needed actions, mainly regarding the different biotic and abiotic conditions of a tropical country. Finally, the last session discusses how soil ecotoxicology could be improved in methodological adaptations as well as legal requirements.

Pesticide regulation, utilization, and retailers' selling practices in Trinidad and Tobago, West Indies: current situation and needed changes.

OBJECTIVE: To explore pesticide regulation in Trinidad and Tobago, and to ascertain pesticide utilization and retailers' selling practices on Trinidad, which is the larger of twin islands that constitute the republic of Trinidad and Tobago. METHODS: Between February and June 2005, agrochemical retailers in Trinidad were surveyed about the most frequently sold pesticides and their knowledge and practices of pesticide sale. The Poisons and Toxic Chemicals Control Board of the Ministry of Health informed on legislature. RESULTS: Of 107 actively trading licensed pesticide outlets, 97 participated (91% response rate) in the survey. Currently only 2.9% (21) of 720 registered products from four chemical classes are frequently utilized. Paraquat, methomyl, and alpha-cypermethrin (respective trade names are Gramoxone, Lannate, and Fastac) from World Health Organization (WHO) Hazard Classes I and II, and glyphosate isopropylamine (Swiper, Class U) are the most frequently purchased pesticides. Pet shops constitute 39.2% (38) of retail shops selling pesticides. No regulations guide pesticide sale to agriculturists, and children may purchase them. Inadequate human and technical resources render legislative controls ineffective and disciplinary action against offenders is weak. Extensive governmental resources are employed in legislative procedures and product approval for the very low, 2.9% utilization rate, negatively impacting on monitoring pesticide sales. The Poisons Information Centre (PIC) does not liaise with the Poisons and Toxic Chemicals Control Board or provide educational interventions for the community. As a result of this survey, it was possible to develop the first database to include the chemical, brand, and colloquial names of pesticides used in Trinidad and Tobago; WHO classification of approved pesticides; manufacturers; packaging; and antidotes and their availability for use by the Board and health professionals in Trinidad. CONCLUSIONS: Urgent critical evaluation of legislation regarding pesticide imports and use, and partnership with the Rotterdam Convention are recommended for Trinidad and Tobago. A strengthened Poisons Information Centre can provide educational initiatives and information on early management of pesticide exposure.

Pesticide regulation, utilization, and retailers' selling practices in Trinidad and Tobago, West Indies: current situation and needed changes

Objective: To explore pesticide regulation in Trinidad and Tobago, and to ascertain pesticide utilization and retailers' selling practices on Trinidad, which is the larger of twin islands that constitute the Republic of Trinidad and Tobago. Methods: Between February and June 2005, agrochemical retailers in Trinidad were surveyed about the most frequently sold pesticide and their knowledge and practices of pesticide sale. The Poisons and Toxic Chemicals Control Board of the Ministry of Health informed on legislature. Results: Of 107 actively trading licensed pesticide outlets, 97 participated (91 percent response rate) in the survey. Currently only 2.9 percent (21) of 720 registered products from four chemical classes are frequently utilized. Paraquat, methomyl, and alpha-cypermethrin (respective trade names are Gramoxone, Lannate and Fastac) from World Health Organization (WHO) Hazard Classes I and II, and glyphosate isopropylamine (Swiper, Class U) are the most frequently purchased pesticides. Pet shops constitute 39.2 percent (38) of retail shops selling pesticides. No regulations guide pesticide sale to agriculturists, and children may purchase them. Inadequate human and technical resources render legislative controls ineffective and disciplinary action against offenders is weak. Extensive governmental resources are employed in legislative procedures and product approval for the very low, 2.9 percent utlization rate, negatively impacting on monitoring pesticide sales. The Poisons Information Centre (PIC) does not liaise with the Poisons and Toxic Chemicals Control Board or provide educational interventions for the community. As a result of this survey, it was possible to develop the first database to include the chemical, brand and colloquial names of pesticide used in Trinidad and Tobago; WHO classification of approved pesticides; manufacturers; packaging and antidotes and their availability for use by the Board and health professionals in Trinidad. Conclusions: Urgent critical evaluation of legislation regarding pesticide imports and use, and partnership with the Rotterdam Convention are recommended for Trinidad and Tobago. A strengthened Poisons Information Centre can provide educational initiatives and information on early management of pesticide exposure (AU)

Pesticide regulation, utilization, and retailers' selling practices in Trinidad and Tobago, West Indies: current situation and needed changes / Regulación, utilización y prácticas de venta minorista de los pesticidas en Trinidad y Tobago, Indias Occidentales: situación actual y cambios necesarios

OBJECTIVE: To explore pesticide regulation in Trinidad and Tobago, and to ascertain pesticide utilization and retailers' selling practices on Trinidad, which is the larger of twin islands that constitute the republic of Trinidad and Tobago. METHODS: Between February and June 2005, agrochemical retailers in Trinidad were surveyed about the most frequently sold pesticides and their knowledge and practices of pesticide sale. The Poisons and Toxic Chemicals Control Board of the Ministry of Health informed on legislature. RESULTS: Of 107 actively trading licensed pesticide outlets, 97 participated (91 percent response rate) in the survey. Currently only 2.9 percent (21) of 720 registered products from four chemical classes are frequently utilized. Paraquat, methomyl, and alpha-cypermethrin (respective trade names are Gramoxone, Lannate, and Fastac) from World Health Organization (WHO) Hazard Classes I and II, and glyphosate isopropylamine (Swiper, Class U) are the most frequently purchased pesticides. Pet shops constitute 39.2 percent (38) of retail shops selling pesticides. No regulations guide pesticide sale to agriculturists, and children may purchase them. Inadequate human and technical resources render legislative controls ineffective and disciplinary action against offenders is weak. Extensive governmental resources are employed in legislative procedures and product approval for the very low, 2.9 percent utilization rate, negatively impacting on monitoring pesticide sales. The Poisons Information Centre (PIC) does not liaise with the Poisons and Toxic Chemicals Control Board or provide educational interventions for the community. As a result of this survey, it was possible to develop the first database to include the chemical, brand, and colloquial names of pesticides used in Trinidad and Tobago; WHO classification of approved pesticides; manufacturers; packaging; and antidotes and their availability for use by the Board and health professionals...

OBJETIVO: Analizar la regulación de los pesticidas en Trinidad y Tobago y verificar la utilización y las prácticas de venta minorista de pesticidas en Trinidad, la mayor de las dos islas que componen la República de Trinidad y Tobago. MÉTODOS: Entre febrero y junio de 2005 se realizó una encuesta a los vendedores minoristas de sustancias químicas de Trinidad sobre los pesticidas más frecuentemente vendidos, así como sobre sus conocimientos y las prácticas de venta de pesticidas. La Junta de Control de Venenos y Sustancias Tóxicas (JCVST) del Ministerio de Salud informó sobre la legislación vigente. RESULTADOS: De 107 tiendas autorizadas que comerciaban activamente con pesticidas, 97 participaron en este estudio (tasa de respuesta de 91 por ciento). Solo 21 (2,9 por ciento) de los 720 productos registrados de cuatro clases de sustancias se utilizan con frecuencia. Los productos paraquat, metomil y alfacipermetrina (cuyos nombres comerciales respectivos son Gramoxone, Lannate y Fastac) pertenecientes a las clases de riego I y II de la Organización Mundial de la Salud (OMS) y la isopropilamina de glifosato (Swiper, Clase U) son los pesticidas más frecuentemente adquiridos. Las tiendas de mascotas constituyen 39,2 por ciento (38 unidades) de las tiendas minoristas que participaron en el estudio. No hay regulaciones que normen la venta de pesticidas a los agricultores y los niños pueden comprarlos. Los recursos humanos y técnicos inadecuados hacen inefectivos los controles legislativos y las medidas disciplinarias contra los infractores son débiles. Se emplean considerables recursos gubernamentales en procedimientos legislativos y en la aprobación de productos de muy baja (2,9 por ciento) tasa de utilización, lo que afecta negativamente en el monitoreo de las ventas de pesticidas. El Centro de Información sobre Venenos no coordina sus acciones con la JCVST ni ofrece intervenciones educativas para la comunidad. Como resultado de este...

Plan Nacional de Aplicación del Convenio de Estocolmo sobre contaminantes orgánicos persistentes PNA 2006-2026 / National plan of Application of the Agreement of Stockholm on persistent organic pollutants PNA 2006-2026

El Ministerio del Ambiente y los Recursos Naturales (MARENA), por medio del Proyecto Habilitante COP y con auspicio del Programas de las Naciones Unidas para el Desarrollo(PNUD)ha elaboraddo con colaboración con los sectores interesados en el tema , el presente Plan Nacional de Aplicación (PNA)para cumplir con lo establecido en el Convenio de Estocolmo. El Convenio de Estocolmo firmado por Nicaragua en mayo del 2001 y ratificado en julio del 2005, establece medidas para la reducción o eliminación de 12 contaminantes Organicos Persistentes (COP), entre los cuales 9 son los plaguicidas Aldrín, Dieldrín, Endrín, Clordano, Heptacloro, Hexaclorobenceno (HCB), Mirex (dodecacloro-penta-ciclodecano), Toxafeno y DDT; 2 sustancias químicas de uso industrial: Bifenilos Policlorados (PCB) y HB; y 2 son sustancias secundarias aue resultan de la combustión y procesos de producción industrial: Dioxinas y furanos. El Plan se formuló de acuerdo con lo establecido en la Guía Provisional para el Desarrollo de un Plan Nacional de Aplicación del Convenio de Estocolomo, versión revisada del 2003. Contiene información sobre el perfil del país; el marco institucional, regulativo y de polítacas; la situación de los COP en el país; la estrategia y los elementos del plan; el cronograma de ejecución; las necesidades de recursos y un análisis socioeconómico de la aplicación del plan. La información se ha organizado en capítulos y subcapítulos