#soil-saturation

#soil-saturation

Aquaponics systems utilize one gallon of water to produce a kilogram of leafy greens, compared to over 30 gallons in traditional farming, showcasing remarkable efficiency.

The industrious buzz of bees tackling the dregs of cherry blossom was lawnmower-loud, accompanied by back off peeps from blackbirds nesting in the ivy.

Across Ontario, producers are building healthier soils and improving their operations through everyday decisions - ones that shape productivity today and influence the legacy left for the next generation. The Ontario On-Farm Climate Action Fund (OFCAF) supports this work by providing cost-share funding to support the implementation of nitrogen management, cover cropping and rotational grazing projects. Many operations are already putting these beneficial management practices (BMPs) to work.

"The awesome thing with pulse crops is no nitrogen needs... not having to put any nitrogen on a pulse crop is a great starting point," he says, noting that this allows growers to not only meet PKS requirements but, in some cases, build soil fertility for the rotation.

The term "soil fatigue" or exhaustion refers to the condition that soil profiles take on when they've been heavily monocropped and untended. This soil is devoid of the microbial content that offers plants bioavailable food. It lacks the fungal and bacterial organisms that interact with plant nutrients.

As concepts such as "regenerative" and "biodynamic" continue to enter the mainstream coffee lexicon, scientists continue to literally dig into the soil to give them meaning. A recent peer-reviewed study from India's Western Ghats argues that one of the clearest signals of healthy, sustainable coffee farms lies in the ground itself, with organic coffee soils performing better than soils from conventional farms treated with synthetic inputs.