Farms.com Home   News

Alberta pioneers' carbon-neutral agriculture with Genomic Innovations

Alberta is charting new pathways in sustainable agriculture, setting the tone for carbon-neutral practices, and securing its position as a leader in Agri-innovations. A fresh round of investments in research from Alberta promises to reshape Canada's agricultural landscape.  

This venture is part of the Genome Canada-led Climate-Smart Agriculture and Food Systems initiative (CSAFS). It aims to minimize the carbon footprint of Canada's food production, thereby ensuring resilience, environmental sustainability, and economic growth. 

The spotlight shines on two transformative projects funded with over $13.1M. Firstly, we look at the "Climate Action through Grazing" initiative. Led by the University of Alberta and Agriculture and Agri-Food Canada, this project uncovers the role of livestock in achieving Canada's ambitious net-zero greenhouse gas (GHG) targets by 2050.  

Grasslands and rangelands have tiny organisms in the soil that help in controlling carbon and greenhouse gases. By changing how cattle graze, we can help the soil store more carbon naturally. 

This not only supports the environment but also provides substantial economic benefits. An additional 32.5 Mt CO2 eq. storage could be facilitated using these practices, valuing at an estimated $5.5 billion. These strides will firmly place Alberta and Canada at the forefront of sustainable grazing. 

As Dr. David Bailey, CEO of Genome Alberta, mentioned, "Alberta is looking for innovation to move our Province towards a carbon-neutral economy by 2050". These initiatives underscore the potential of the agriculture sector in this journey. 

The second project focuses on developing a climate-resilient, low carbon footprint field pea. Global food demand is set to soar by 35-50% by 2050. Synthetic nitrogen fertilizers, despite their efficacy in boosting yields, contribute significantly to nitrous oxide emissions - GHG many times more potent than CO2.  

By growing more crops like field peas that help the soil take in nitrogen, we can reduce harmful gases. This project wants to make peas stronger and more profitable using new science methods. 

With these initiatives, Alberta is making a definitive move towards a sustainable agricultural future. It signifies a brighter, eco-friendly, and more productive era for Canada's food producers. 

Source : wisconsinagconnection

Trending Video

Air Command Section Control for Pro-Force Spreaders

Video: Air Command Section Control for Pro-Force Spreaders


This patented section control system uses air to divert material on to different areas of the spinner disks for precise 4-section control, for an economical design by eliminating the need for added conveyor belts or movable spreader components. The section control uses the Raven RCM ISOBUS controller and a customer’s field boundary and coverage map to automatically turn off any of the four sections at any time to avoid applying valuable fertilizer in areas where it’s not needed.

This results in fertilizer savings which means more money in your pocket for a maximum Return On Investment. The powerful blower fan sends air through a 4-section manifold while the conveyor automatically speeds up or slows down as sections are turned on or off for consistent and precise fertilizer application.

• The revolutionary patented Air Command section control utilizes a pneumatic system to accurately place fertilizer onto the spinner disks to give you individualized 4-section control of your spread pattern.

• Pinpoint accuracy of four individual sections allows you to operate the system with ease. This robust design with few moving parts offers no gimmicks, just real-world results.

• The new Air Command section control option is available on pull-type models 2250 and 1850 with the new PTO drive system, and on 1450, 1250 and 1050 pull-type models with standard single hydraulics.

• Continue to do it all with the Unverferth pull-type Pro-Force Spreader. Use the Air Command section control for spreading fertilizer and in-seeding applications, while converting to single-section lime or litter application in a matter of minute