Showing posts with label grain. Show all posts
Showing posts with label grain. Show all posts

Genes from Wild Rice in Northern Australia

Lost handwriting skills

Genes in rice growing wild in the northern part of Australia hold the hope of transforming commercial varieties. It is planned to spice the DNA in the strains we eat. When cooked the Australian kind is much softer than common ones. It is someway off, but progress is being made. Plans are in train to begin the research. ~ Genes if from for Wild and Rice on in too Northern up Australia no Genes who from are Wild it Rice or in the Northern if Australia oil Genes we from see Wild do Rice at in hey Northern run Australia can Genes all from go Wild me Rice ho in ox Northern be Australia fit ~ ⦿ tie species pit he henry ret world gov population sub globally of nab wing set crocodile-infested new waters the key sum world's aye breeding zip international was hi researchers not grows zap billion pad max university for institute a nutritious tea genetic of consumed id arizona or ⦿ ∎ species australian henry world population globally research wing crocodile-infested waters key world's breeding international commercial researchers grows billion feed university institute nutritious genetic consumed arizona today ∎ || splice, laboratory, genetics, types, grain, chemistry, molecules, oryza, asian, food, cooking, ||
Australian wild rice

BAYER Signs Herbicide Development Deal with GRDC Australia

It is not only humans that are becoming resistant to drugs developed to fight disease, chemicals used by farmers to combat crop destroyers are also not working so well. The world's supply of grain is at risk.
Grains Research and Development Corporation (GRDC) signs deal with BAYER
The Grains Research and Development Corporation (GRDC) in Australia is signing a deal with Bayer CropScience. This Herbicide Innovation Partnership aims to find more effective weed-fighting chemicals.

More than 40 Australian researchers will be taken on board at the Bayer’s global centre of excellence in Germany. Australian is a major grain producer and Bayer will target agriculture in this country.  Benefits will spread to other countries.

Australian farmers spend $3.25 billion on weed control every year. This is the largest input cost, greater than fertilizer. Resistance to herbicides is pushing the cost higher as growers spray more to defeat weeds.
Chemistry by Ty Buchanan
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Lose Weight by Drinking Milk from Grass-Fed Cows?

Drink milk from grass-fed cows and have a healthier heart. This is because this milk has five times more unsaturated fat than that from grain-fed cows. You can even lose weight by drinking the milk. This is a call back to the past. Today most cows in the West are grain fed.

People having high levels of unsaturated fat had a third less risk of getting a heart attack. Studies have found that a diet consisting of unsaturated fats reduced cancer cells and tumours.  Though meat from grain fed cows seems to have less fat, looks can be deceiving.

There is a problem with the proposition from this research. In Australia and New Zealand milking cows are fed mainly on pasture. However, people in these countries are almost as fat as US citizens and high blood pressure is just as bad. As a person ages milk consumption decreases. Australians do eat a lot of take away food. And these food establishments foister coke on you. When you order tea or coffee you can almost hear a sigh from those serving you. You see pained expressions on their faces as they search around for milk and cups hidden away under the counter. Some even opt out of the "chore" by asking older staff members to make it.

A campaign to make consumers buy grass-fed milk would be a waste of money. This type of milk would be more expensive anyway with separate processing and packaging requirements. It would be like the call for free-range eggs. Producers and sellers can be dishonest. Battery eggs are sold as free-range and buyers don't know the difference. The same thing would happen with "healthier" milk.

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Conservation
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Study on Livestock Pollution Not Sound

Much has been said about cattle that increase carbon and methane levels in the atmosphere. Test were done on cattle in the European Union. Options were considered on how the emissions could be reduced. It was found that dairy and beef cattle contributed 60 per cent of pollution for the whole livestock industry.

Because little can be done about body waste emissions, efficiency factors were at the center of the study. Poor land use was the second highest factor in global greenhouse gas emissions after direct production. Pollution for wasted food followed inefficient use of land.

As usual the investigators did their calculations on how much pollution could be lessened if their advice was adopted by the livestock industry. It was estimated that the lowest impact would be a reduction of 12 per cent. Optimists in the group said 60 per cent.

Somehow consumption of meat was to be reduced. Just how this was to be done was not made clear. With people in developing countries adopting a taste for Western food potential meat consumption will probably increase, even if in the EU less is consumed.

It was found that changing to grain fed beef from grassland beef would decrease pollution. This is a questionable hypothesis considering more high quality grain would have be grown to feed more cattle. It is a very expensive way of producing beef as well. This finding was based on the assumption feed lots would be constructed on poor grazing land and good grazing land was left alone. This in itself would be a decrease in overall production efficiency. To reduce greenhouse gasses consumers would ultimately have to pay the price. Like the carbon tax, few countries will introduce a more costly meat production system purely because it will raise the price for consumers.
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