Producing Glyphosate Results in Radioactive Waste

Many are aware of the problems with the herbicide Glyphosate, the active ingredient in Round-up. It’s the most commonly used herbicide in the world today and has been known to cause cancers, fertility problems, and many other health problems not just in humans, but in other wildlife.

Producing glyphosate can cause just as much environmental damage as spraying it can. One of the main ingredients is phosphorus, produced by extracting it from the mineral phosphate ore, mined Florida and Idaho. Florida is called the “phosphate capital of the world”. Around 80% of the mineral is mined in Florida.

The chemical treatment used to create phosphoric acid creates large amounts of phosphogypsum, a radioactive waste product.

It may ultimately be impossible to determine whether the finished product or sourcing the material caused more damage to human health and the environment. What is certain is the financial gain enjoyed by the agrochemical industry. The global fertilizer market was worth $83.5 billion in 202017 and estimated to grow 1.69% from 2020 to 2027. This means the industry may be worth more than $93.9 billion by 2027.

Radioactive Waste Is a Damaging Agrochemical Byproduct

To avoid glyphosate try to shop organic whole produce as much as possible. Better yet, grow as much of your own food as you can!




Phosphorus, a Natural Resource That Could Be Sustainable

We consume a lot of resources. Gasoline, coal, water, phosphorus, oil, and rare minerals are the six most used natural resources. We consume them on a daily basis.  Our usage of these resources is completely unsustainable, so unsustainable scientists believe we will run out of the building blocks of life within the next 100 years. Many countries will be facing drastic water shortages as well as major gas and oil shortages.

Phosphorus is a resource with a sustainable solution. It is one of the major additives in synthetic/chemical fertilizers such as Miracle-Gro used to fertilize fruit and vegetable. In this sense, our use of phosphorus to keep the world’s food supply alive is beneficial, but the way that we mine phosphorus is completely unsustainable.

Phosphorus is contained within rocks and is currently accessed by blowing them up.  Think about how crazy that is! We blow up rocks to get phosphorus, and to top that off, there are only three countries in the world with rocks that contain phosphorus – the United States, China, and Morocco.

We are destroying mountain ranges like the Appalachians. Yes, we are blowing up mountain ranges to get phosphorus. Then the phosphorus is added to a synthetic fertilizer in such high concentrations that often ends up burning the plants it was supposed to nourish, defeating the purpose of using it in the first place.

Another damaging effect of chemical fertilizers (all of which have phosphorus in them) is that they kill the beneficial life in our soil. While phosphorus is a valuable nutrient for plant growth,  currently accepted practices will eventually render the soil infertile.

Thankfully there is a better way and this solution is completely sustainable. The solution comes from two crops that are already being grown for animal feed all over the world: organic alfalfa and organic soybeans.

Organic alfalfa and organic soybeans are phosphorus rich cover crops. Cover crops are used as part of a successful organic management system as they are grown solely with the intention of being tilled under (rather than harvested) in the late fall/early spring (depending on winter weather patterns).

Cover crops break down and contribute nutrients naturally found within them back into the soil. Cover cropping is a full circle solution. You plant the crops you are intending to grow for the year, these crops take resources from the soil to support their growth, and then you plant cover crops at the end of the growing season to return those spent resources to the soil.

Cover cropping with your own organic alfalfa or organic soybean (or purchasing an organic alfalfa meal or organic soybean meal powder) is the perfect solution to create a sustainable phosphorus source. There are many other sustainable ways to get beneficial nutrients to your plants. Honestly, who wants to blow up rocks and destroy the natural beauty of our planet to gain access to nutrients like phosphorus when we can plant our own sources and can keep the natural beauty of this planet intact.

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