Beneath every thriving forest and productive farm field lies an invisible partnership that’s been sequestering carbon for 400 million years. Mycorrhizal fungi form thread-like networks that connect with tree and plant roots, extending their reach up to 1,000 times while pulling carbon dioxide from the atmosphere and storing it deep in the soil. For Alberta farmers, this natural alliance represents an untapped opportunity to enhance both soil health and carbon credit potential without requiring additional land or major equipment investments.
The science is straightforward: mycorrhizal fungi receive sugars from plants while …

Transform traditional grazing operations into thriving ecosystems by integrating trees, livestock, and forage crops through silvopasture. This innovative agricultural practice has demonstrated proven silvopasture success across Alberta’s diverse landscapes, delivering multiple benefits for farmers and the environment. By strategically planting trees in pastures, producers create natural shelter belts that protect livestock, enhance soil fertility, and …

Crush basalt or olivine rocks into a fine powder and spread it across your agricultural fields to accelerate natural weathering processes – one of the most promising natural climate solutions available to Canadian farmers. This centuries-old practice is gaining new relevance as research shows it can sequester up to 4 tonnes of CO2 per hectare annually while enriching soil with essential minerals and micronutrients.
Enhanced rock weathering works by mimicking and accelerating Earth&#…

Wetlands stand as nature’s most efficient carbon capture systems, storing up to 50 times more carbon per hectare than our Alberta forests. These vital ecosystems, from prairie potholes to boreal peatlands, lock away millions of tonnes of carbon while providing essential habitat for wildlife and natural flood control for farming communities. Recent research shows that restored wetlands on agricultural land can sequester up to 2.5 tonnes of carbon per hectare annually – a game-changing opportunity for Canadian farmers looking to diversify income through carbon credits while enhancing their land’s resilience to climate …

Transform depleted farmland into a powerful carbon sink through proven carbon farming practices that boost both soil health and crop yields. Alberta farmers are leading the charge in soil carbon sequestration, storing up to 2 tonnes of carbon per hectare annually through strategic management techniques.
Perennial crops, with their extensive root systems reaching depths of 2-3 meters, naturally pull carbon dioxide from the atmosphere and lock it deep within the soil structure. This process not only …

Transform your farmland into a powerful carbon sink through proven carbon sequestration in agroforestry systems. Alberta’s agricultural landscape presents unique opportunities to capture and store atmospheric carbon while enhancing soil productivity and farm resilience. By integrating native trees like trembling aspen and white spruce with forage crops, Canadian farmers are already sequestering 2-5 tonnes of carbon per hectare annually. This practical approach combines traditional farming…

Transform city landscapes into carbon-capturing powerhouses by integrating green infrastructure across urban spaces. Strategic placement of native trees, bioswales, and permeable surfaces reduces urban heat islands while sequestering significant amounts of carbon dioxide. Modern urban agroforestry initiatives boost biodiversity, manage stormwater runoff, and create resilient community spaces that adapt to climate change impacts.
Canadian municipalities leading this green revolution …

As ocean temperatures rise, innovative carbon sequestration strategies in our oceans offer promising solutions for Canadian agriculture. The world’s oceans naturally absorb nearly 30% of global carbon emissions, acting as Earth’s largest carbon sink. By enhancing these natural processes through specialized farming techniques and marine ecosystem restoration, Canadian coastal communities can play a crucial role in climate change mitigation.
Ocean carbon …