This Agricultural Breakthrough Makes Every Crop Self-Fertilizing

Weve been using nitrogen fertilizers to bolter crop growth since the neolithic era. But producing enough food for nearly seven billion mouths requires intensive farming farming practices that demand heavy applications of fertilizers. And their overuse is taking a heavy toll on the environment—an estimated $91 billion to $428 billion worth of damage in Europe alone.Until now, the ammonia and nitrogen oxide emissions from fertilizer plants and the massive aquatic dead zones downstream from farms caused by nitrogen runoff-fueled algae blooms have all been considered necessary evils in the name of agriculture, because pumping fertilizer into the soil is the only way to get plants their nitrogen fix. Except that now, a University of Nottingham researcher just figured out how to coerce every crop plant on Earth to pull nitrogen directly from the atmosphere. No fertilizer required.A building block of amino acids, proteins, and DNA, nitrogen is a vital nutrient for plants and animals alike. But unfortunately very few plants can absorb nitrogen directly from the air. They must wait for bacteria in the soil to convert it to ammonia and ammonium, a process known as nitrogen fixation, which they then absorb through their roots and convert back into nitrate for use.The few plants that can pull atmospheric nitrogen, specifically legumes like peas and beans, do so with the help of symbiotic cyanobacteria that perform the nitrogen fixation within the plant itself. And its this mutually beneficial relationship that Prof. Edward Cocking, director of the University of Nottingham’s Centre for Crop Nitrogen Fixation, has developed for the worlds crops.The technique, dubbed N-Fix, doesnt involve modification of the crops genome. It involves a specific strain of nitrogen-fixing bacteria commonly found in sugar cane that has no qualms about colonizing the cells of other plant species. Most of these symbiotic bacteria have evolved to live only in specific plants but Cockings bugs are happy to set up shop anywhere, including all of humanitys major food crops. N-Fix is applied as a seed coating, whereupon the bacteria penetrate every cell of the growing plant and impart their nitrogen fixing abilities.The university has been conducting proof of concept and safety studies for more than a decade now. It recently licensed the technology to Azotic Technologies Ltd which is conducting field trials for regulatory approval in the UK, Europe, USA, Canada, and Brazil. Theres no word yet on how long that will take—but once this method takes hold, its going to change the world.

via This Agricultural Breakthrough Makes Every Crop Self-Fertilizing.

Advertisements

About StevenTorresRamos

https://steventorresramos.com/about-my-blog/
This entry was posted in Breaking News, Interesting, Science. Bookmark the permalink.

One Response to This Agricultural Breakthrough Makes Every Crop Self-Fertilizing

  1. Karen Vance says:

    tHIS IS PRETTY COOL scl but for years the limiting factor in plant growth has been carbon dioxide. If we could capture some of the CO2 emissions & keep them under a dome (like the TV show) to alter the atmosphere of growing crops, you would be amazed. KV as a Horticulturist

    Karen Vance, BA, BS [image: facebook icon]

    http://www.karenvance.com 813 232-5227

    Certified Member: National Association Of Dog Obedience Instructors Certified Trainer: Certification Council for Professional Dog Trainers Charter Member: Association of Pet Dog Trainers Canine Good Citizen and S.T.A.R. Puppy Evaluator: American Kennel Club Clicker Assessed Proficiency Level 2 With Distinction: Competency Assessment Programme Professional Pet Guild Member

    On Tue, Jul 30, 2013 at 1:48 PM, It’s my life, you’re just along for the

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out /  Change )

Google+ photo

You are commenting using your Google+ account. Log Out /  Change )

Twitter picture

You are commenting using your Twitter account. Log Out /  Change )

Facebook photo

You are commenting using your Facebook account. Log Out /  Change )

Connecting to %s