Notes

Is tap water contaminated? Where are the unfounded rumors originate?
What is a Gryphosate herbicide, you ask?

Glyphosate (ingredient designation "glyphosateisopropylamine sodium") is herbicides that are used to combat pests in gardening and agriculture all over the world and even in Japan. Spraying it absorbs from the green parts of plants, including the stems and leaves. It then migrates to roots and eventually withers the whole plant. Because it is classified as an "non-selective" herbicide the plants will die after the agent is applied on the leaf surface. The herbicides based on glyphosate are typically sold by pesticide companies because the patent period for their ingredients is over. Of course, all glyphosate herbicides that are available are safe products that have passed rigorous testing.

One of the advantages of glyphosate (glyphosate) is its "safety". This chemical is extremely non-toxic to animals, and it inhibits the activity of enzymes in plants. The sprayed chemical solution becomes food for microorganisms after it comes into contact with the soil. グリホサート https://kotobank.jp/word/グリホサート-486290 It is later separated into water and carbon dioxide. This makes it unique since it does not contain herbicide components. It is a recognized pesticide around the world, and it helps in reducing greenhouse gases because it enables no-tillage cultivation.

Glyphosate is a component of tap water.

Tap water is safe and has no risk

Does glyphosate mix with tap water

Weekly Shincho stated that there is no standard for glyphosate found in Japan's tap water. It is only the value of the target. Furthermore, it is more than other pesticides, as well as other countries, and is contaminated with pesticides. I published an article declaring that there was. This has raised questions about high concentrations of glyphosate may remain in the tap water. グリホサート 雨上がり It is not the case.

グリホサート The first is that glyphosate doesn't have a specific value however, it has an acceptable goal value. This is due to the fact that the glyphosate concentration for 10 minutes at 2 ppm is the standard water quality for drafts. value. This is due to the fact that a concentration that is greater than 0.2ppm, which is 1, has never been detected in tap water. According to the Ministry of Health, Labor and Welfare there was no instance of glyphosate exceeding 0.02ppm was discovered in Japan tap water. The real reason is that there is no danger of being detected.

https://www.cainz.com/g/4549509659075.html Furthermore, the sprayed glyphosate actually gets absorbed into the soil in a manner that can be halved in two days. The glyphosate will then be absorbed into tap water and water sources at the same time and will not be a source of pollution.

Japanese tapwater is secure

Tap water from Japan is believed to be safe. Tap water is safe to drink as it stands. There are 51 requirements for inspection and the water supply is under strict quality control. The difference in pH of the water and the water determines whether it's acidic, neutral or alkaline. Japan's water quality standards require the tap water to be close to neutral (5.8+ and 8.6+). If your home's water supply pipes have been corrosion-prone, iron rust could still be an option.

How is tap water produced in the first beginning? Tap water is made primarily by consuming water sources like rivers and dam lakes. After cleansing the water, chlorine is added to make it more sterile. Every household is supplied with tap water via its pipes.

A story about the Japanese standard values for pesticide residues

The glyphosate residual standard for wheat is 5 ppm in Japan. It was 5 to 5ppm until December 2017. There are opinions such as "We have increased that amount to 30ppm, which was a 6x increase and were adamant about the health effects."

Glyphosate in tap water

The glyphosate residual standard value is identical to that of the international standard.

https://agriknowledge.affrc.go.jp/RN/2010890726.pdf The fact is that the international standard was not modified, rather it was adjusted to the residual value of the international standard. Japan imports large quantities of wheat from South America, Canada, and the United States. The importer (the overseas producer) determines the quantity of glyphosate that is used in accordance with the standard of international standards (30ppm). However, if the normal value in Japan is set at 5ppm, it will be higher than the value of the standard and imports are restricted. If this occurs, there could be a disruption to the bread wheat supply and Japanese food may be in danger. We therefore modified the standard value to meet the international standards. Security remains a concern even though the values are up-to-date.

An understanding of Glyphosate is essential

To avoid consumers being affected by the emotional discussions about pesticide residues, it is vital to gather the correct facts based on scientific research conducted by experts. It is equally important to enjoy your meals without getting distracted by gossip.


Website: https://www.nies.go.jp/kisplus/dtl/chem/YOT00096