rosy soil indoor potting mix Rosy Soil Houseplant Potting Soil

rosy soil indoor potting mix Rosy Soil Houseplant Potting SoilRosy Soil Houseplant mix is a sustainable, peat free soil made with eco friendly, high quality ingredients. It boosts aeration, drainage and nutrient uptake to naturally support healthy plant growth. It is free of peat and synthetics, and every bag is carbon and plastic neutral. In fact, Rosy's entire supply chain has a net neutral carbon footprint! NUTRIENT DENSE: Boosts soil aeration, drainage, and nutrient uptake to help drought tolerant flourish

Rosy Soil Houseplant mix is a sustainable, peat-free soil made with eco-friendly, high quality ingredients. It boosts aeration, drainage and nutrient uptake to naturally support healthy plant growth. It is free of peat and synthetics, and every bag is carbon- and plastic-neutral. In fact, Rosy's entire supply chain has a net neutral carbon footprint!

NUTRIENT DENSE: Boosts soil aeration, drainage, and nutrient uptake to help drought-tolerant flourish
RESEALABLE: Plant-based packaging in convenient sizes for cactus and succulent parents
SUSTAINABLE: Made from eco-friendly, high-quality ingredients (biochar, pumice, compost, mycorrhizae, pine bark fines, sand) and is free from peat & synthetic additives.
LIVING SOIL: Fortified with beneficial fungi & microbes to help promote healthy root development and lush foliage
MISSION-DRIVEN: Our carbon-neutral blend helps fight climate change and is perfect for all types houseplants, including foliage plants, flowers, ferns, herbs, and tropicals.

Ingredients:
Carbon-Negative Biochar - Biochar, the core of our house plant soil mix, enhances the soil’s nutrient and water retention. It also improves soil porosity (which enables plant roots’ development and prevents root rot). This creates the best conditions for your houseplant to flourish! Each ton of biochar produced captures three tons of CO2 from the carbon cycle, preventing it from contributing to climate change. This makes it an ideal, earth-friendly soil amendment — unlike conventional houseplant soil ingredients like peat moss, coconut coir (coco coir), perlite, and vermiculite.

Root Boosting Mycorrhizae - Mycorrhizae (mahy-kuh-rahy-zee) are houseplant friendly fungi that create a beneficial fungal structure on plant roots. Mycorrhizae improve your plant’s ability to absorb water and nutrients, allowing them to make the most of our fertile indoor potting soil. Moreover, mycorrhizae release a gum-like substance called glomalin that helps to further lock in moisture and nutrients.

Pine Bark Fines - Pine bark fines are a natural, eco-friendly ingredient that improves the texture and structure of our indoor plant soil mix. The small, finely ground pieces of pine bark increase the porosity of the soil, allowing for better air flow and water drainage. This supports healthy root growth, prevents root rot, and enhances nutrient uptake, ultimately leading to thriving houseplants. Pine bark fines are sustainably sourced from the byproducts of the timber industry, reducing waste and supporting a circular economy.

Compost - Rosy's aged compost adds abundant organic matter to the indoor plant soil mix, improving the soil structure and drainage. It is also a natural source of essential plant nutrients, like nitrogen and potassium. This reduces the need for chemical fertilizers, which acidify soil and harm soil microbes when used excessively. More broadly, composting upcycles organic waste that normally goes to landfills and emits greenhouse gasses.

Soil Specifications:
Guaranteed Analysis 0.72-0.22-0.37
(Derived from green compost and wood waste compost)

ALSO CONTAINS NON-PLANT FOOD INGREDIENTS

Soil Amending Guaranteed Analysis
Active Ingredients:
Rhizophagus irregularis.........2.3 propagules/cm3
Funneliformis mosseae..........2.1 propagules/cm3
30% Biochar derived from pine wood

Inert Ingredients:
70% Total Other Ingredients (inert as non-plant food ingredients)

*Biochar reduces soil density and increases soil aeration.
*Mycorrhizae may promote root mass expansion and nutrient efficiency.