This is the second of a two-part report on the the key findings and conclusions of a joint fact-finding mission by PANAP and APN in May 2016 in the Occupied West Bank on the human rights implications of the Israeli illegal production, trade and dumping of pesticides. This report explains how human rights violations and threats to Palestinian food sovereignty are perpetrated in the context of the Israeli military border control and illegal occupation, in which Palestinian agriculture is embedded.
This is the first of a two-part report on the the key findings and conclusions of a joint fact-finding mission by PANAP and APN in May 2016 in the Occupied West Bank on the human rights implications of the Israeli illegal production, trade and dumping of pesticides. This report highlights the five human rights abuses perpetrated against Palestinians resulting from Israeli illegal pesticide activities and the culpability of the Israeli state and agrochemical corporations.
This paper outlines PAN Asia Pacific’s concern about the impact of hazardous pesticides on children, and the need for greatly improved global governance of pesticides post 2020, to protect the rights of children and to meet the Sustainable Development Goals of Agenda 2030 during the 1st meeting of the intersessional process, Brasilia, Brazil, 7 to 9 February 2017.
“We smelled something bad and ran out of classes. Some of us had headaches, felt like vomiting and felt dizzy” said students of Po Ampil School, Takeo Province, Cambodia. They experienced these symptoms after the field near by their classrooms were sprayed by pesticides. Almost 30 students reported these symptoms. Over the years, school children have been poisoned by pesticides. In 2014, teachers from Po Ampil School approached Keam Makarady of CEDAC to conduct awareness workshops for children, and teachers. Teachers were concerned about dangers of pesticides after attending the No Pesticide Use Week event organized by CEDAC.
The past two years, No Pesticide Use Week Campaign has been aimed to protect our children from toxic pesticides (POC). Workshops on POC were held at Po Ampil primary school, Takeo province to highlight the impacts of pesticides that were found in the school during the campaign. There were 69 people (30 women) who participated in this event including farmers, students, teacher and local authorities.
Children are more vulnerable to pesticides, as per unit body weight they breathe more air, eat more food and drink more water. Long term impacts of pesticide exposure are linked to childhood cancer, autism, lowering of I.Q and other learning disorders among children.
Children in rural areas are often more vulnerable to the exposure to pesticides as they walk barefoot and are more exposed to pesticides than urban children.
Pesticide poisonings have been a growing concern in Cambodia, where more than 400 children were poisoned by pesticides last year due to contaminated sandwiches.
“Our school located in Po village, Sambour commune, Traing district, Takeo province. The school is surrounded by paddy fields and rice is harvested three times a year. There are a lot of pest attacks during the cultivation of rice and many types of pesticides are being sprayed to control pest. The use of pesticides has affected the environment, the people and my students as well. My students have reported feeling dizzy, nauseated and some were not well. After the incident, I shared my concerns with the local authorities and the surrounding farmers. As a result, they only spray on Sunday to protect the children during schooling hours.” – Teacher of Po Ampil School. Video Link https://www.facebook.com/pesticidesincambodia/videos?ref=page_internal
Discussion are underway for pesticide free buffer zones in this school among CEDAC and the teachers.
When local farmers were interviewed by CEDAC and PANAP many of them expressed that they were not aware of other alternatives. One farmers said “We sell our rice Vietnamese wholesalers as they are near to the borders.” High yielding rice varieties grown by the farmers require more chemical fertilizer and pesticides use as they are more prone to pest attacks as compared to local varieties said Keam Makarday.
Many of the famers interviewed said they were also poisoned in various degrees. One farmer had to go all the way to Vietnam to seek medical treatment. New plans are on the way to engage the community in Takeo on agroecology practices to protect the children and environment against pesticides.
WHO class 1a : Extremely Hazardous
WHO class 1b : Highly Hazardous
EU R26: very toxic by inhalation (R26) according to EU Directive 67/548 5
Muta (EU 1,2): substances known to be mutagenic to man (category 1) / substances which should be regarded as if they are mutagenic to man (category 2), according to EU Directive 67/548
Repro (EU 1,2): substances known to impair fertility in humans (Category 1) / substances which should be regarded as if they impair fertility in humans and/or substances which should be regarded as if they cause developmental toxicity to humans (category 2), according to EU Directive 67/548
EU EDC= endocrine disruptor
ChE Inh= cholesterase inhibitor
vB: very bio accumulative, according to REACh criteria as listed by FOOTPRINT (BCF>5000)
vP: very persistent, according to REACh criteria as listed by FOOTPRINT (half-life > 60 d in marine – or freshwater of half-life >180 d in marine or freshwater sediment
HHP = listed on highly hazardous pesticide list
T20 = listed on 20 terrible pesticides that are toxic to children
Though the two pesticides paraquat and chlorpyrifos are highly toxic and widely used in Vietnam’s agriculture, their adverse impacts on people, animals, beneficial insects andthe environment find no mention in the training courses on pesticide use in agriculture conducted by government agencies. The media meanwhile day and night advertise the “benefits” of using these chemicals, which leads to their overuse and resistance by pests, and consequently an increase in plant diseases. Even so, farmers who grow rice, fruit and vegetables have generally depended on these pesticides to “ensure good yields”. To know more about the processes by which farmers learn about these chemicals and use them in the field, it is necessary to study their ‘knowledge, attitude and practice’ (KAP) in using pesticides in general and paraquat and chlorpyrifos in particular. The result of the study will reflect how farmers use the chemicals, as well as help find out the factors that influence their choice of highly poisonous chemicals with harmful impacts on human health and the environment.
Since 2010, women in Hai Hau have been part of an ongoing training and awareness raising activities on pesticides risk reduction, community-based pesticide monitoring (CPAM) and agroecological methods and leadership. Some of them later formed the Women’s Pioneer Group in Hai Hau district with the support of the Women’s Union of Hai Hau district. Concerned about the impacts of pesticides on their community, about 30 key farmers from 10 communes from the group conducted a CPAM survey on 300 farmers (126 males and 194 females) and pesticide sellers. This was their first attempt to have women farmers undertake a CPAM survey for local advocacy. The survey was conducted in an area in Hai Hau where high-yielding rice and vegetables are grown.
Paraquat is widely used under high-risk conditions in India. Problems of poverty are exacerbated by the exposure to this highly hazardous pesticide, as users have no means to protect themselves or obtain relevant information. In some places paraquat is sold in plastic carrying bags; many users can’t read the label; it is mixed with other ingredients that are not recommended; it is sprayed with leaking knapsack sprayers; and it is applied on crops for which its use has not been approved. This study shows again that “safe use” of highly hazardous pesticides in daily practice, in developing countries and countries in transition, is an illusion. The study also shows that the use of paraquat in India violates the International Code of Conduct on Pesticide Management, and that the manufacturers, distributors and relevant authorities in India have a duty to rectify this situation. Farmers use paraquat in their fields for controlling weeds. A total of 14 commercial names of paraquat dichloride have been found to be sold in the study sites. It is being used in about 25 crops (in the study area) including cereals, pulses, oil seeds, vegetables and cash crops while the Central Insecticide Board & Registration Committee (CIBRC) has approved its use in only nine crops. Farmers buy and use paraquat in an unsafe manner. It was found that paraquat is sold in plastic carry bags to farmers who demand 100ml or 200ml of the product. Neither the retailers recommend personal protective measures while handling paraquat nor do the farmers adopt them. Particularly, when it is sold in plastic carry bags the risk of exposure and poisoning is higher through spillage, inhalation as well as contact.
The two studies here – “Illegal pesticides in Cambodia” (2011) and “Illegal pesticide trade in Mekong countries: Case of Lao PDR” ( 2011 to 2013) focus on problems of pesticide regulation, trade in banned and illegal pesticides, use of inappropriate labels on products, health and environmental effects of these pesticides, etc. The studies share several broad similarities, which are also common to many other developing countries in South-East Asia. They were conducted in two areas in Cambodia, bordering Vietnam and Thailand, and three areas in Lao PDR, bordering Thailand, Myanmar, China and Vietnam from 2011 to 2013.
A survey on women and pesticide in Saang district, Kandal province was conducted in June and July 2010.The designed questionnaire was the main tool for collecting information from the field. As the result, 51 woman samples were randomly selected from 3 communes of Saang district, Kandal province where a commercial vegetable production is.
The report reflects how a food and agricultural system promoted by a handful of agrochemical corporations as the industrialization of agriculture, has not only failed to deliver on ending hunger and stimulating prosperity, but in fact, left a footprint of damage to the health of peoples and ecosystems through the dangerous use, trade and disposal of synthetic pesticides.
This report details the results of a community monitoring study aimed at investigating the use and impacts of pesticides in affected communities in Asia, and observance of the International Code of Conduct on the Distribution and Use of Pesticides (the Code of Conduct). The monitoring took place in the context of increasing use of pesticides and associated impacts on farmers, agricultural workers and their communities in the Asian region. The approach used in this initiative was based on Community Pesticide Action Monitoring (CPAM) a participatory method that involves community members who undertake the research, and encourages organizing and action.
The module is a documentation of the learning process conducted by Gita Pertiwi and farmers in Wonogiri district (vegetables) and Wonosobo district (potato). Farmers are the source of information of knowledge based on their experiences on managing the field. The research was conducted in November to December 2007. The module provides information on the impacts of pesticide to the human body and agricultural environment.