The Agriculture Revolution
Exploring how Silicon (Si) can revolutionize crop yield and quality โ from lab research to real fields.
Silicon is the second most abundant element in Earth's crust. In agriculture, it's a beneficial element that strengthens crops and boosts resilience.
Silicon strengthens cell walls and activates defense mechanisms against drought, salinity, and heavy metal toxicity in crops.
Research shows Si fertilization can increase grain yield by 5-18% depending on application method and dose. Even with 50% less NPK!
Silicon treatment increases protein and fat content in grains while improving 1,000-grain weight and bulk density.
Si helps reduce dependence on chemical fertilizers, aligning with the EU Green Deal goal of cutting mineral fertilizers by 20%.
Silicon alleviates drought-induced yield reduction, especially critical during late vegetative and early reproductive stages.
Si improves LAI (Leaf Area Index), PAR absorption, and NDVI values โ directly enhancing photosynthetic capacity.
Based on a 2-year field trial (2023โ2024) in Central Poland, studying silicon's effect on maize grain yield and quality.
Achieved with 500 kg/ha soil Si + foliar Si-Ca application combined
Si treatments at half NPK dose achieved +11.9% yield โ nearly matching full NPK (+12.6%)
Best Si treatment (300 kg/ha soil) increased grain protein from 7.98% to 9.26%
Foliar Si application can reduce DON mycotoxins by 82-91% in grain (related studies)
Note: The study used SiGSยฎ soil fertilizer (Si 200 g/kg, Ca 181 g/kg, Mg 46 g/kg) and Barrier Si-Caยฎ foliar fertilizer (Si 336 g/dmยณ, Ca 207 g/dmยณ). Field experiment covered 4.0 ha with 64 plots in a randomized complete block design.
We're currently testing silicon applications on three key crops. Follow our journey from seed to harvest.
Our primary research crop. Testing soil and foliar Si applications at varying NPK levels. Based on the Artyszak et al. methodology with promising early results.
Rice is a natural silicon accumulator. We're investigating how additional Si supplementation can enhance paddy yields in tropical conditions in Tenjojaya, West Java, Indonesia.
Exploring how silicon affects fruit quality, sweetness, and shelf life in melon cultivation in Tenjojaya, West Java, Indonesia. A new frontier in Si research for horticultural crops.
Maize grain yield comparison across different silicon fertilization treatments (2023โ2024 average).
We're building a community around silicon agriculture research. Support the mission and join the revolution.
The Agriculture Revolution Token
$SILICA is a community token on pump.fun representing the silicon agriculture movement. Every holder supports research into sustainable farming practices.
CA: 3A5XAuz5wixCQgZq5T39BVqmwHcRZrCuyLiLAFBVpump
โ ๏ธ This is a community token. Always do your own research (DYOR).
Share silicon agriculture findings openly with farmers worldwide. No paywalls, no gatekeeping.
Conduct real-world experiments on corn, rice, and melon to validate lab research findings.
Build a global community of farmers experimenting with silicon to share knowledge and results.
Reduce chemical fertilizer dependency by 20-50% using silicon-based supplementation.