Notes

How did Roundup Ready or Roundup get their names?
First of all, what is Roundup Ready and what are the Roundup Ready plants? Roundup Ready, a trademark for a patent-protected line of genetically modified seeds that are resistant to herbicides Roundup is a term that is used to refer to Roundup Ready. ラウンドアップ are referred to as 'Roundup Ready' crops.

Roundup Who was the one who invented it?
ラウンドアップ (Monsanto Chemist) first identified Glyphosate as a herbicide in Roundup. Most herbicides used in the ag business were pre-emergent. This meant that they were sprayed prior to the plant and before the plants grew. Glyphosate's capability to control large quantities of grass weeds and broadleafs was a completely different thing. Its extraordinary environmental properties (soil inactivation and rapid degradation, etc.) and toxicological qualities (extremely low levels of toxicity for mammals as well as other beneficial species) made it a revolutionary product.

In what ラウンドアップ was Roundup the first time it was created?
Roundup(r) was first introduced in 1974 to the market as a broad-spectrum insecticide rapidly became a top worldwide agricultural chemical. Roundup(r) was initially was employed in ditches on railroad tracks and in fields during growth seasons. This helped farmers keep a check on grass and broadleaf weeds emerging from the soil. ラウンドアップ decreased the necessity for tillage, maintained soil structure, and decreased soil erosion.

The Roundup Ready GMOs were next.
Inspiring by the amazing breakthroughs in recombinant DNA technology in the 1970s, Monsanto scientists recognized the numerous advantages for farmers when Roundup(r) could be applied directly to their crops to eliminate weeds from their fields. Ernie Jaworski, Rob Horsch, Steve Rogers, and I began working on this issue. The first systems for introducing gene into plants were created by this group in the early 1980s. Following that we turned our attention to creating virusesresistant insects, insect-resistant, and Roundup-tolerant plants.

It was widely known that Roundup may block the biochemical pathway that plants use to create aromatic amino acids. Roundup's high degree of protection for humans and mammals is due to the fact that glyphosate can be broken down quickly by soil microorganisms. In the latter half of the 1980s researchers discovered plants' genes as well as microbial genes which conferred higher tolerance to herbicides. In 1987, the USDA approved the first field trial of Roundup Ready crops. It was a genetically modified variety of tomato plants that were resistant to Roundup. In https://www.kaunet.com/rakuraku/spook3/main?Keyword=%83%89%83E%83%93%83h%83A%83b%83v%83%7D%83b%83N%83X%83%8D%81%5B%83h&ShowList=1 following years, the Roundup Ready gene was identified and isolated.

Let's start with soybeans. The answers to the questions "What are Roundup-Ready soybeans?" and "How are Roundup-Ready soybeans produced?" will help us understand how soybeans are made. Roundup Ready Soybeans are genetically engineered soybeans which have had their DNA changed so that they can withstand the herbicide glyphosate which is the main component in the herbicide Roundup. Since each soybean seed was injected with the Roundup Ready gene prior planting, these soybeans are resistant to glyphosate. This permits farmers to spray their field with herbicides and not kill their crop.

As you can observe, the introduction of Roundup Ready crops in 1996 revolutionized agriculture and farming science! Roundup resistance rapidly became a popular crop in the United States. More than 90% of U.S. soybeans and cotton, corn, and canola farms now employ this biotech characteristic. In ラウンドアップ to simplifying and improving weed control methods which improved yields of crops Roundup Ready crops decreased tillage and reduced equipment costs and also allowed for more efficient harvests due to "cleaner fields" with less weeds. The increase in the use of conservation tillage has a significant environmental benefit. Through reducing plowing, farmers reduce the amount of energy used and also GHG emissions while keeping soil structure intact and reducing erosion. This is equivalent to the removal of 28.3 billion kilograms of carbon dioxide (or 12.4 million cars) from the road. Source: PG Economy.
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