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How about using your bin run corn for a starter fertilizer for winter wheat? The soil’s biology is hungry for Carbon. The plants need NPK, etc. Our soils have a tremendous amount of all these nutrients, only unavailable. Soil biology make unavailable nutrients become available

RickBieber8

8,318 subscribers

60,281 просмотров • 10 месяцев назад •via X (Twitter)

Здоровье и велнес Наука и технологии

Anya Rossi• Live Now

Private livecam show

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4️⃣ Four years. 📈 Big results. Growers using BW Fusion saw phosphorus levels rise 10 ppm using only 29% of the recommended fertilizer rate, and potassium increased 44 ppm at 77% of the rate. Traditional rates said those nutrients shouldn’t have budged. Biology proved otherwise, unlocking more from the soil while cutting fertilizer costs. 🌱 To get all the data on Meltdown, visit us at:

4️⃣ Four years. 📈 Big results. Growers using BW Fusion saw phosphorus levels rise 10 ppm using only 29% of the recommended fertilizer rate, and potassium increased 44 ppm at 77% of the rate. Traditional rates said those nutrients shouldn’t have budged. Biology proved otherwise, unlocking more from the soil while cutting fertilizer costs. 🌱 To get all the data on Meltdown, visit us at:

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How would Smart Biology help you learn biology better? Finish the sentence “Smart Biology is great for…” and repost for a chance to win a year of access to Smart Biology Academy to celebrate our Twitter community hitting 50k. #thankyou

How would Smart Biology help you learn biology better? Finish the sentence “Smart Biology is great for…” and repost for a chance to win a year of access to Smart Biology Academy to celebrate our Twitter community hitting 50k. #thankyou

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This video shows real-time carbon flows inside a mycorrhizal network. Mycorrhizal fungi form a symbiotic relationship with ~ 90% of terrestrial plants and have done so for 400 million years. These specialized fungi provide plants with nutrients and water in exchange for carbon-based exudates the plant produces through photosynthesis. Current estimates say that between 4 and 20 percent of all CO2 pulled in by plants ends up stored in mycorrhizal tissues. Considering plants need to build an entire above-ground structure, a root system, and produce flowers, fruits, and seeds, this is an astounding amount of carbon to allocate to mycorrhizal biomass. A recent review study estimates that global plant communities transfer 13.1 gigatons of CO2 to the underground mycelium of mycorrhizal fungi each year – equivalent to roughly 1/3 of annual CO2 emissions from fossil fuels. The amount of time the carbon is locked up in fungi’s mycelium remains unknown. Nonetheless, the influx of such a massive amount of carbon into the soil is a boon for soil ecology, nutrient cycling, and the health of water cycles. It is no wonder the formation of terrestrial ecosystems largely started with the mycorrhizal fungi/plant partnership. Video credit: @rachaelcargill

This video shows real-time carbon flows inside a mycorrhizal network. Mycorrhizal fungi form a symbiotic relationship with ~ 90% of terrestrial plants and have done so for 400 million years. These specialized fungi provide plants with nutrients and water in exchange for carbon-based exudates the plant produces through photosynthesis. Current estimates say that between 4 and 20 percent of all CO2 pulled in by plants ends up stored in mycorrhizal tissues. Considering plants need to build an entire above-ground structure, a root system, and produce flowers, fruits, and seeds, this is an astounding amount of carbon to allocate to mycorrhizal biomass. A recent review study estimates that global plant communities transfer 13.1 gigatons of CO2 to the underground mycelium of mycorrhizal fungi each year – equivalent to roughly 1/3 of annual CO2 emissions from fossil fuels. The amount of time the carbon is locked up in fungi’s mycelium remains unknown. Nonetheless, the influx of such a massive amount of carbon into the soil is a boon for soil ecology, nutrient cycling, and the health of water cycles. It is no wonder the formation of terrestrial ecosystems largely started with the mycorrhizal fungi/plant partnership. Video credit: @rachaelcargill

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Scientists Map 110 Quadrillion km of Underground Fungal Networks… A billion Times The Distance From Earth to the Sun! Earth’s Vast Underground “Carbon Superhighway” A groundbreaking new study published today in the journal Science has revealed, for the first time, the global scale of one of Earth’s most important but hidden biological infrastructures: the networks of arbuscular mycorrhizal (AM) fungi. These thread-like fungal structures, known as hyphae, form symbiotic partnerships with roughly 70% of land plant species—including major crops like wheat, corn, and rice. In exchange for sugars from the plants, the fungi deliver essential nutrients (such as phosphorus and nitrogen) and water, while also playing a massive role in storing carbon underground. Mind-Boggling Scale Using data from more than 16,000 soil cores worldwide, machine-learning models, and high-resolution robotic imaging of fungal hyphae, researchers estimated: •Total length: ~110 quadrillion kilometers (1.10 × 10¹⁷ km) of living hyphae in the top 15 cm of global soils—enough to stretch nearly a billion times the distance from Earth to the Sun (or about 10% of the diameter of the Milky Way if laid out in space). •Biomass: ~300 megatons of carbon, equivalent to 4–6 times the biomass of all humans on Earth. •These networks move about 1 billion metric tons of carbon per year into soils, acting as a critical “carbon circulatory system” that helps regulate the planet’s climate. Densities are highest in grasslands, with notable hotspots in places like the Sudd wetlands in Africa and the Everglades. The “Wood Wide Web” at Planetary Scale This research builds on the popular “Wood Wide Web” concept, where fungi connect plants in shared resource networks. The new global maps (available for exploration via the Society for the Protection of Underground Networks, or SPUN) show these connections operating at an ecosystem-wide level, supporting plant health, resilience to drought and disease, and food security. These fungi are vital allies in the fight against climate change and for sustainable agriculture. However, they face threats from soil disturbance (like tillage), pesticides, and land-use changes. The study also highlights gaps in sampling, particularly in undersampled ecosystems that need further research. Read the full research paper (paywalled, but abstract freely available): Global density and biomass of arbuscular mycorrhizal fungal networks Explore interactive maps and learn more at This discovery underscores how much of Earth’s life-support systems remain invisible to the naked eye yet operate on a truly planetary scale. Protecting these underground networks could be one of the most effective ways to sustain healthy soils, productive crops, and a stable climate.

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110,388 просмотров • 2 месяцев назад