Are tap water sources polluted? These unsubstantiated claims originate from.

What exactly is Gryphosate herbicide, ask?

Glyphosate (ingredient name “glyphosate isopropylamine salt”) is an herbicide used in gardening and agriculture all over the globe, including Japan. When it is sprayed, it absorbs the leaves and green areas of plants, like the leaves and stems. Then it spreads to roots and eventually withers the entire plant. All plants will die after the herbicide is applied to leaves. Numerous pesticide companies offer herbicides containing glyphosate because the patent period for the ingredients is over. The herbicides that are available on the market have been thoroughly examined and are, therefore, reliable.

グリホサート epsps Glyphosate is a product with one of its most distinctive characteristics it’s safety. It is because of it being able to block the action of enzymes found in plants (not present on animals) and is low in the degree of toxicity to animals. If the chemical solution is sprayed on the soil, it becomes a food source for microorganisms. グリホサート They can distinguish the solution into water, carbon, and oxygen. It is recognized worldwide as a pesticide which helps in reducing greenhouse gas emissions.

Glyphosate is a component of tapwater.

Tap water is safe to drink.

What is the effect of glyphosate on tap water?

Weekly Shincho declared, April 2020: “In Japan there is no standard for glyphosate that remains in the tap water. It is only the Target value.” This value is higher than that of other pesticides or countries. グリホサート This also includes drinking water that has been polluted by pesticides. I wrote an article stating that there was. There are concerns that the high levels of glyphosate could remain in tap water. But this is incorrect.

First, glyphosate has no “standard value” and is only a “target value”. This is due to the fact that the water quality standards for draft value (concentration that is safe though you consume 2 L of tap water daily for the rest of your life) was glyphosate. It was 10 minutes at 2 ppm. The reason for this is that tap water has never seen glyphosate concentrations exceeding 0.2ppm (which is 1). In reality, in an investigation conducted by the Ministry of Health, Labor and Welfare There are no cases of glyphosate detected in tap water in Japan with a concentration exceeding 0.02 ppm. グリホサート The reason for this is there is no risk of being discovered.

Furthermore that the glyphosate sprayed gets absorbed into the soil at a rate that is reduced by half in just two days. The same amount will be transferred to tap water as well as rivers, and won’t be affected by pollution.

Japanese tap water is safe

Tap water in Japan has been proven safe. Tap water is safe as long as it is treated as it is. There are 51 inspection items to be completed prior to the sale of tap water. The water is under strict quality controls as stipulated by law. Water can be divided into three categories: neutral, acid and alkaline. Japan has a water quality standard that guarantees water from taps is of a neutral pH (5.8 or higher and 8.6 lower). グリホサート There is a possibility that iron rust could be detected within your water supply pipes.

How does tap water get created? Tap water is primarily made from surface water like river water and dam lakes as raw water. グリホサート Once the water has been purified, chlorine is introduced into the purification facility in order to remove any impurities. The water from the tap is piped to homes.

Story of Japanese pesticide residue standards value

The standard glyphosate residue value for wheat in Japan is 5 ppm at present as of December 2017. However, prior to that, it was at 5 ppm. There are opinions such as “We reduced that to 30ppm with a six-fold increase, and were adamant about the health effects.”

Glyphosate is a component of tapwater.

グリホサート The residual standard value of glyphosate is equal to the standard used in international law.

But the truth is we didn’t lower the standard. グリホサート 論文 Instead we adjusted it to meet the residual standard of international standards. Japan imports large quantities wheat from South America. And the importer, the outside producer, naturally oversees the usage of glyphosate according to the standard international level of 30ppm. If the standard amount for Japan is 5ppm, it will be higher than the standard value and all imports will be restricted. This will lead to a reduction in the supply of wheat, and could lead to Japanese food products being at risk. In order to meet international standards, the value of standardization was revised. Also, safety is not an issue with the current standard values.

It is essential to have a thorough understanding of glyphosate

To ensure that consumers are not affected by emotional debates about pesticide residuals to avoid being influenced by emotional discussions, it is crucial to allow them to get the right information which has been gained through studies conducted by scientists. It is important to be satisfied with your diet and avoid being influenced by rumors.