Table of Contents
Top 20 risks of pesticides on women farmers :
Infertility in men and women as a result of excessive use of chemical poisons in agricultural products.
Pesticides are destructive and toxic to the reproductive organs, interfering with sexual issues, sterility of men and women, and irregular menstrual periods in women.
The issue of barren farmers due to the use of pesticides is a serious issue.
The only way not to use these poisons and to remove pesticides from agriculture is to use the Bt gene or other genes that exist in nature and control pest insects.
Top 20 risks of pesticides on women farmers is only brief of great danger.
Women are increasingly exposed to pesticides in developing countries, where women’s poisoning and other pesticide-related injuries seem to be greatly underestimated.
Pesticide chemical toxins and their destructive effect on the nervous system have been shown in more than 60 studies, the connection between pesticides and Parkinson’s disease, which causes uncontrollable tremors in body organs. Exposure to chemicals used to kill weeds and insects
Long-term increases the probability of contracting this disease.
It has been revealed that people who live near areas exposed to pesticides are more likely to develop Parkinson’s disease.
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The most effects of poisons on human health include many things, including the following:
The body’s immune system is affected by free radicals that enter the body through poisons, pesticides and various fertilizers. Sometimes it gets so confused that the body’s immune system itself (which must attack the alien and destroy them in order to maintain the health of the human being) attacks the body’s organs, which is called an autoimmune disease.
The findings of the researchers show that 22.5% of the farmers were poisoned at least once due to the spraying they had done, 16.25% had gone to the doctor and 2% had been taken to the hospital.
According to statistics, only 2% of these farmers knew the correct instructions for the use of pesticides and the type of spraying.
Sometimes these poisons are used not to get rid of pests, but to increase the shelf life of the product.
Since these pesticides target their nervous system to kill pests and due to the similarities in the brain biochemistry of different organisms, there are doubts that such chemicals have a negative effect on human health. and even has the possibility of causing various types of cancer.
Neurotoxins and chemicals and other pesticides can be a great threat to the nervous system and brain.
The negative effects of pesticides on children are also very unfortunate.
Also, its negative impact can be mentioned on children’s diseases, including autism hyperactivity and emotional and behavioral problems.
The direct impact of population growth with the indiscriminate use of pesticides is a global problem:
Unfortunately, due to the increase in population on the planet and the increase in demand for agricultural products, farmers are turning to chemical poisons more and more.
*Chemical poisons are not only pesticides but also biocides and life killers.
Almost 98% of all fungicides used in agriculture are carcinogenic in animal models, which has not yet attracted public attention.
Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests Eliminate kitchen pests
Are agricultural toxins related to cancer?
The effects of poisons on human health: All farmers use agricultural poisons and chemical fertilizers to have more crops, not knowing that the residue of these poisons in agricultural products causes various diseases such as cancer.
The ways in which pesticides endanger people’s health and cause cancer are as follows:
Genetic effects: Creating direct changes in normal human cells and genes
Mutation: It causes stabilization and abnormal rapid reproduction and is possible. It causes silent and quiet stimulation but cancerous hormone sensitive cells.
Toxic effects:
on the immune system and disabling the natural system of dealing with cancer and diseases in the body, based on current knowledge, scientists have come to the conclusion that even a very small amount of a genetically toxic chemical agent can cause a healthy cell to turn into a become a cancerous cell.
Thyroid cancer is one of the cancers that are more likely to occur in people who are exposed to agricultural toxins.
Women farmers play a vital role in agricultural production, accounting for nearly half of the world’s agricultural labor force.
Despite their significant contributions, women farmers often face gender-based discrimination and barriers to accessing resources and information related to farming practices.
One area that has received inadequate attention is the potential risks associated with pesticide exposure on women farmers.
Pesticides are widely used in agriculture to protect crops from pests, but they also pose risks to human health, particularly with long-term exposure.
Women farmers are at increased risk of pesticide exposure due to their roles in farm labor, as well as their traditional roles in household food preparation and storage.
The purpose of this review is to explore the potential risks of pesticide exposure on women farmers and to identify socio-economic and cultural factors that exacerbate these risks.
Studies have shown that pesticide exposure can have significant effects on women’s reproductive health, including menstrual disorders, decreased fertility, and adverse pregnancy outcomes.
These effects are particularly pronounced in women who are exposed to pesticides during critical periods of reproductive development.
For example, studies have shown that exposure to organophosphate pesticides during pregnancy is associated with lower birth weight, preterm birth, and developmental delays.
Pesticide exposure has also been linked to neurological disorders, including Parkinson’s disease, Alzheimer’s disease, and ALS.
Women farmers who are exposed to pesticides may be at increased risk of developing these disorders, particularly if they have long-term exposure or are exposed to certain types of pesticides, such as organochlorines.
The risks associated with pesticide exposure are exacerbated by socio-economic and cultural factors, particularly for women farmers in low- and middle-income countries.
Women farmers often have limited access to protective equipment and information about safe pesticide use, as well as limited access to healthcare. Additionally, cultural norms and gender roles may prevent women from accessing information and resources related to farming practices, or from taking steps to protect themselves from pesticide exposure.
The potential risks of pesticide exposure on women farmers are significant, and urgent action is needed to address these risks.
Policies and programs that promote safer and more sustainable farming practices, as well as provide access to protective equipment and healthcare, are crucial for protecting the health and well-being of women farmers.
Additionally, efforts to address socio-economic and cultural barriers to information and resources related to farming practices are needed to ensure that women farmers can fully participate in and benefit from agricultural production.
Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers Top 20 risks of pesticides on women farmers
The number of women in agricultural employment is increasing worldwide; women now account for about 43% of the total workforce in agriculture.
Gender-sensitive research is needed to properly address the study of women’s pesticide exposures and related adverse outcomes.
A better understanding of potential gender-environment and sex-environment interactions related to pesticide exposure and health effects in women is needed.
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