Rosy Soil Cactus & Succulent Mix is a fast-draining, chunky mix made using eco-friendly, high-quality ingredients. 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! Feel great about using this sustainable, peat-free soil to naturally support healthy plant growth.
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 of cacti and succulents
Ingredients:
Biochar is a horticultural charcoal that holds onto oxygen and nutrients while also storing microbes and carbon in the soil.
Pumice is a naturally occurring volcanic rock that is lightweight and porous, helping to improve soil drainage and aeration.
Mycorrhizae are beneficial microorganisms that form a symbiotic relationship with plant roots, allowing the plants to absorb more nutrients.
Sand has large grain size, coarse texture, and high silica content to support soil drainage.
Pine Bark Fines are a byproduct of the mulch industry which enhance soil structure and improve aeration.
Compost helps reduce waste in landfills by turning green waste and wood waste into a useful source of nutrients for plants.
Soil Specifications:
Guaranteed Analysis 0.56-0.17-0.29
(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
15% Biochar derived from pine wood
Inert Ingredients:
85% 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.
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 of cacti and succulents
Ingredients:
Biochar is a horticultural charcoal that holds onto oxygen and nutrients while also storing microbes and carbon in the soil.
Pumice is a naturally occurring volcanic rock that is lightweight and porous, helping to improve soil drainage and aeration.
Mycorrhizae are beneficial microorganisms that form a symbiotic relationship with plant roots, allowing the plants to absorb more nutrients.
Sand has large grain size, coarse texture, and high silica content to support soil drainage.
Pine Bark Fines are a byproduct of the mulch industry which enhance soil structure and improve aeration.
Compost helps reduce waste in landfills by turning green waste and wood waste into a useful source of nutrients for plants.
Soil Specifications:
Guaranteed Analysis 0.56-0.17-0.29
(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
15% Biochar derived from pine wood
Inert Ingredients:
85% 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.
