🍃 AGROECOLOGY ARCHIVE
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Glomalin protein soil aggregation, polyculture hedgerow windbreaks, and closed-loop nitrogen fixation.
The Ecological Gazette of Mycorrhizal Fungal Inoculants, Biochar Sequestration & Soil Biodiversity.
4:1 Ratio
Fungal:Bacterial Biomass
38 tons/ha
Biochar Carbon Sink
45% Increase
Soil Water Holding
Arbuscular Mycorrhizal Fungi: Glomalin-Driven Soil Aggregate Stability
How fungal hyphae exude hydrophobic glomalin glycoprotein to bind mineral soil particles into erosion-resistant water-stable aggregates.
8 min read
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Slow Pyrolysis Biochar: Generating High Cation Exchange Soil Amendments
Optimizing pyrolysis peak temperatures (550°C) to maximize surface area and oxygenated carboxylic functional groups for nutrient retention.
7 min read
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Perennial Multi-Strata Hedgerows: Windbreak Aerodynamics and Field Hydrology
Designing 50% porosity mixed tree and shrub shelterbelts that reduce downwind wind velocity by 60% without creating turbulent leeward eddies.
9 min read
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Rhizobial Nodulation: Flavonoid Signaling and Biological Nitrogen Fixation
The chemical dialogue between legume root hair exudates and soil rhizobia converting inert atmospheric N2 into plant-available ammonia.
6 min read
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