Recent advances in analytical techniques allow identifying pesticide pollution in water systems. In small rural communities, the negative effects of pesticide pollution can be aggravated by the lack of infrastructure and adverse socioeconomic conditions. This study investigated pesticide pollution in potential water supply sources in a tomato growing area in Paty do Alferes, Rio de Janeiro State, Brazil. The study selected 27 points where five monthly samples were collected. Pesticide pollution was determined by analyzing acetyl-cholinesterase inhibition. In 19 of the 27 sample points, some pesticide pollution was detected, and in two points the pesticide pollution was above the permitted limits. The results thus proved the incidence of pesticide pollution in water sources in Paty do Alferes that could jeopardize the local population's health.

No abstract

Este trabalho analisou a eficiência e a adequação dos Equipamentos de Proteção Individuais (EPIs) utilizados na manipulação e na aplicação de agrotóxicos nas agriculturas brasileira e francesa. Essa análise foi feita a partir de dois casos: o primeiro, na cultura de tomate numa pequena comunidade rural do Brasil e o segundo, numa vinicultura na França. As evidências encontradas mostraram que os EPIs utilizados em ambos os casos, além de não protegerem integralmente o trabalhador contra o agrotóxico, ainda agravaram os riscos e perigos, pois se tornaram fontes de contaminação. Conclui-se que, nos casos analisados, os EPIs não eliminaram nem neutralizaram a insalubridade, conforme estatui a legislação, e ainda aumentaram a probabilidade de contaminação dos trabalhadores rurais em algumas atividades. Discutiu-se, ainda, a possibilidade dos EPIs apresentarem lacunas funcionais no projeto, na concepção, no uso, na manutenção, no armazenamento e no descarte, que devem ser melhor avaliadas através de futuros estudos de desenvolvimento tecnológico.

Agrotóxicos

Brazil is an agricultural country with the highest pesticide consumption in the world. Historically, pesticide packaging has not been disposed of properly. A federal law requires the chemical industry to provide proper waste management for pesticide-related products. A reverse logistics program was implemented, which has been hailed a great success. This program was designed to target large rural communities, where economy of scale can take place. Over the last 10 years, the recovery rate has been very poor in most small rural communities. The objective of this study was to analyze the case of this compulsory reverse logistics program for pesticide packaging under the recent Brazilian Waste Management Policy, which enforces recycling as the main waste management solution. This results of this exploratory research indicate that despite its aggregate success, the reverse logistics program is not efficient for small rural communities. It is not possible to use the same logistic strategy for small and large communities. The results also indicate that recycling might not be the optimal solution, especially in developing countries with unsatisfactory recycling infrastructure and large transportation costs. Postponement and speculation strategies could be applied for improving reverse logistics performance. In most compulsory reverse logistics programs, there is no economical solution. Companies should comply with the law by ranking cost-effective alternatives.