soil health: the foundation of sustainable agriculture

soil health: the foundation of sustainable agriculture

“Because tomorrow’s agricultural success stories won’t just be growing crops, they’ll be growing soil.” Why Soil Health Matters Soil health isn’t just environmental stewardship; it’s a strategic business advantage with measurable returns. Beneath every thriving agricultural operation lies its most powerful yet frequently undervalued asset: living, functioning soil. When managed as a dynamic ecosystem rather…

perennial grain systems with polyculture
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how perennial grain systems are transforming agriculture

Perennial grain systems are emerging as a transformative model for sustainable agriculture. Unlike traditional annual crops that require replanting each year, these systems grow resilient, deep-rooted plants that regenerate soil, support biodiversity, and sequester carbon—while producing food. This article explores the development of crops like Kernza® and perennial rice, how they function in polycultures, and…

Rotational Grazing Guided by Satellite Monitoring

7 breakthrough regenerative agricultural practices transforming food systems in 2025

Climate change and soil degradation threaten global food security, but regenerative agricultural practices offers solutions that go beyond sustainability to restore ecosystem health. Discover seven breakthrough practices—from AI-powered cover cropping to mycorrhizal network enhancement—that are transforming food systems in 2025. These innovative approaches demonstrate that farming can simultaneously boost productivity and ecological resilience while building soil carbon and reducing dependency on external inputs.

geoengineering explained: the benefits and challenges of bioenergy with carbon capture and sequestration

The production of bioenergy with carbon capture and sequestration is considered a form of carbon dioxide removal (CDR). The process begins by growing biomass, burning it to create energy and finally capturing and sequestering the carbon dioxide created in the process. Negative CO2 emissions are generated by combining bio-energy production [biomass fuel power stations, pulp…

geoengineering explained: the benefits and challenges of ocean fertilization

Ocean fertilization is an untested carbon dioxide sequestration (CDR) technique that involves dissolving nitrates or iron into the water which will encourage an increase in carbon uptake by phytoplankton. After the plankton blooms, it dies and then sinks to the ocean floor where the carbon will be stored as sedimentary rock. BENEFITS CHALLENGES Relatively safe…

geoengineering explained: the advantages and disadvantages of ambient air capture

Ambient air capture, a form of carbon dioxide sequestration (CDR), involves building large machines that can remove carbon dioxide directly from the ambient air so that the captured CO2 can be stored elsewhere. The three steps of the air capture process are: Contacting the air Absorption or adsorption on a sorbent Recovery of the sorbent see also:…

geoengineering explained: the benefits and challenges of afforestation

Afforestation is the process of planting trees, or sowing seeds, in a barren land devoid of any trees to create a forest. The term should not be confused with reforestation, which is the process of specifically planting native trees into a forest that has decreasing numbers of trees. The increased number of trees helps to…