Notes

Is the tap water contaminated with the herbicide glyphosate? Where do these unsubstantiated reports come from?
What is a glyphosate herbicide ? And how does it work?

Glyphosate (ingredient name "glyphosate isopropylamine salt") is a herbicide used for gardening and agriculture across the world , including Japan. It is absorbed by the stems and leaves, and it then spreads to the roots and causes the whole plant to die. Because it's a non-selective herbicide, all plants will die when the agent is sprayed to the leaf's surface. Pesticide firms are now selling glyphosate based herbicides as the patent on the ingredients has expired. Of course, all herbicides containing glyphosate available are dependable products that have been tested by rigorous inspection.

Glyphosate has one its distinct characteristics that is its security. This is due to a mechanism that blocks the action of enzymes found in plants (not present in animals) and is safe for animals. Additionally, the chemical solution has the capacity to be absorbed by the soil and become a food source for microorganisms. グリホサート The chemical can be differentiated into carbon dioxide, water and various other substances. It is a pesticide recognized around the world, and it aids in the reduction of greenhouse gases because it enables no-tillage agriculture.

Glyphosate in tapwater

Tap water is safe

What effect does the chemical glyphosate on the water supply?

Weekly Shincho stated that there was no standard value for glyphosate in Japan's tap water. Only the target value. The value is higher that other pesticides and drinking water sources are is contaminated. I wrote an article in which I stated that there was. It has been feared that high concentrations may still remain in tap water. However, this content is incorrect.

The first is that glyphosate doesn't have a specific value and only an acceptable goal value. This is due to the fact that glyphosate 10 minutes at 2 ppm is the draft water quality standard value. The reason is that tap water has not had concentrations of glyphosate exceeding 0.2ppm (which is one). According to the Ministry of Health, Labor and Welfare, Japan has not seen any instances of glyphosate contaminating tap water. There is no chance of detection.

In addition, the soil will decay at a rate of about half a percent in two days following the spraying. Thus, it is transfered to rivers and tap water at the same concentration and won't be a source of pollution.

Safe tap water in Japan

Tap water in Japan has been found to be safe. It's safe to drink tap water as is. グリホサート There are 51 strictly inspected items that are provided based on strict quality controls imposed by the law. According to the pH difference, water can be classified as "acidic", 'neutral" or "alkaline". However the Japanese water quality standard stipulates that tap water has to have a pH that is close to neutral (5.8 or greater and 8.6 or less). Iron rust is still possible if your water supply pipes are damaged.

グリホサート How is tap water made in the first place? Tap water uses mainly surface water, such as river water and dam lakes for raw water. グリホサート After removing impurities through precipitation and filtration the water is then sterilized in the water purification plants. The water that is produced in the purification plant is pumped to each home.

The story of Japanese pesticide residues and their standard value

The current glyphosate residue standard for wheat is Japan 5 ppm. It was 5 ppm up to December 2017. There are opinions such as "We have increased that amount to 30ppm by 6x and were adamant about the health effects."

Glyphosate is a component of tapwater.

The glyphosate standard that remains has the same amount as the international standard.

In reality that we didn't change the standard. We adjusted it to the international residual standard. Japan imports large quantities of wheat from South America, Canada, and the United States. The importer (the foreign producer) regulates the amount of glyphosate that is used in accordance with the international standard (30ppm). http://www.aisti.co.jp/assay/sti-gs/ The standard Japanese value is 5ppm. Anything that is higher than the standard will be penalized. The supply of wheat could be affected and Japanese food products could be at risk. We have therefore revised the standard value to conform to the international standard. Also, safety is not an issue in the current standards.

Learn to comprehend the glyphosate chemical formula properly

To ensure that consumers are not influenced from emotional discussions regarding pesticide residues, it is important for them to be able to get the right information which has been gained through research conducted by scientists. It is also essential to not let gossip distract from your healthy lifestyle.


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