Seaweed Fertiliser | Humic & Fulvic Trio

Overview The Science How to Use FAQ Made by Growers · Backed by Science Seaweed fertiliser with the two soil fractions it works best beside Seaweed fertiliser Humic + fulvic Brix+ 500 ml Plant-based Packed in Stockport Own dilutions Seaweed fertiliser with humic and fulvic acid — liquid kelp plus the two soil fractions it works best alongside. Liquid seaweed is the biostimulant most gardeners reach for first; humic and fulvic acid are what make the soil underneath it hold on to what you apply. Brix+ is a liquid seaweed fertiliser made from kelp, diluted and watered on or sprayed. The humic flakes stay in the soil and hold nutrients against leaching. The fulvic powder stays in solution and moves them. What is in the trio: Humic Acid Flakes, 70% — 250 g; Fulvic Acid Powder, 70% — 250 g; Brix+ Liquid Seaweed Biostimulant — 500 ml. A note on order of use, since it is the question we get asked. The humic and fulvic fractions are soil-first: dissolve and water them in, and they go on working between feeds. The seaweed plant food is the one you reach for during the season, on a fortnightly rhythm through the growing months, as a watered-on feed or a dilute spray on the leaf. We would rather not overclaim for any of the three. Seaweed extracts have a reasonable evidence base as biostimulants; the humic fraction has a good one for cation exchange and nutrient retention. None of them replaces feeding the soil properly. Plant-based, handcrafted in Stockport. Each carries its own dilution and application rate, unchanged in the trio. More in Biostimulants, Seaweed Fertiliser, Humic and Fulvic Acid and Bundles & Kits. Background: What is seaweed fertiliser?. Also sold on their own Each is also sold on its own — Humic Acid Flakes · Fulvic Acid Powder · Liquid Seaweed Brix+ 500 mlBrix+ 250 gHumic flakes 250 gFulvic powder Own rateEach listing How the three sit together Seaweed fertiliser through the season as a dilute drench or foliar Humic flakes in the soil, holding nutrients between those feeds Fulvic powder in solution, moving nutrients On top of a proper NPK, not instead of one Seaweed plus both fractions Brix+ for the seasonal biostimulant; humic and fulvic for the soil Order of use is soil first, seaweed through the months Three dilutions, not one The two-jar pair The humic and fulvic pair if you already have a seaweed you like Brix+ on its own if you only want the liquid seaweed fertiliser Packed in Stockport Dr Forest packs this in Stockport, Greater Manchester. Plant-based. Made with organic ingredients; we do not call it certified organic. Made by Growers. Backed by Science. The Science Seaweed fertiliser, and why the soil fractions still matter Seaweed fertiliser in this trio is Brix+, a kelp biostimulant with a low NPK on purpose. The published seaweed literature is mostly on extracts: Craigie (2011), Khan et al. (2009), and the Pei et al. (2024) field meta-analysis on sugars and yield. That is a biostimulant case, not a feed case. Humic substances sit underneath that spray. They are about holding and moving what you already applied (Nardi et al., 2009). Put seaweed on a soil that will not hold nutrients and you are washing signal into the drain. Read What is seaweed fertiliser? if you want the longer version. Seaweed is the seasonal signal. Humic and fulvic are how the soil holds onto the rest. 01 Liquid seaweed as a biostimulant Brix+ at the dilution on its own page, foliar or drench. 02 Humic retention Larger molecules, cation exchange, slower soil change. 03 Fulvic movement Smaller molecules still in solution. 04 No replacement NPK 0.26% N on Brix+ is a clue, not a feed programme. References Craigie, J.S. (2011). Seaweed extract stimuli in plant science and agriculture. Journal of Applied Phycology, 23(3). Khan, W. et al. (2009). Seaweed extracts as biostimulants of plant growth and development. Journal of Plant Growth Regulation, 28(4). Pei, B. et al. (2024). Seaweed fertiliser field meta-analysis. PLOS ONE, 19(7). Nardi, S. et al. (2009). Physiological effects of humic substances on soil bacteria and mycorrhizae. Soil Biology and Biochemistry. Canellas, L.P. et al. (2015). Humic and fulvic acids as biostimulants in horticulture. Scientia Horticulturae, 196. Wally, O.S.D. et al. (2013). Phytohormone biosynthesis after Ascophyllum extract. Journal of Plant Growth Regulation, 32(2). How to Use How to use Humic, Fulvic & Seaweed Trio Soil fractions first, seaweed on a rhythm Water humic and fulvic in as their listings say. Use Brix+ through the growing months at the dilution on the Brix+ page. Fortnightly is the rhythm we use in copy on that page, not a new trio interval. Three products, three rates Do not invent a combined ml-per-litre for the set. None of the three replaces a fertiliser. Humic flakes Rate: On the humic listing | Frequency: Soil, as that page Humic Acid Flakes Fulvic powder Rate: On the fulvic listing | Frequency: As that page Fulvic Acid Powder Brix+ Rate: On the Brix+ listing | Frequency: Through the season Brix+ liquid seaweed Dissolve and water in the humic and fulvic fractions. Use Brix+ as that listing describes, usually a dilute foliar or drench. Keep the NPK programme you already have. Read What is seaweed fertiliser?. Use with Want a foliar amino as well? Humic, Fulvic, Seaweed & Amino Acid Set. Just the two fractions: Humic & Fulvic Acid Pair. FAQ Humic, Fulvic & Seaweed Trio: questions Is this a seaweed fertiliser? It includes one. Brix+ is the liquid seaweed fertiliser. Humic and fulvic are the soil fractions beside it. What order do I use them? Soil fractions watered in; seaweed through the season. Details on each listing. Can I foliar-spray all three? Brix+ and fulvic have foliar routes on their pages. Humic is soil-first. Follow those pages. Does this replace plant food? No. Brix+ is deliberately low NPK. Is it plant-based? Yes. Is it organic? Made with organic ingredients. We do not call it certified organic. Where is it made? Stockport, Greater Manchester. Is it safe for edible crops? Yes, as a garden biostimulant set, not a pesticide. Wash produce as usual.