Ps. Semilanceata (Liberty Cap)

The Liberty Cap Spore Syringe (Psilocybe Semilanceata)

Arguably the most widespread and recognized psychedelic mushroom globally. This particular strain boasts a fascinating origin, first discovered in the wild expanses of British Columbia, Canada.

Known for its resilience and adaptability, the Liberty Cap and liberty cap subspecies have graced diverse landscapes across continents, from the highlands of Peru to the vibrant fields of India, and even down under in Australia and New Zealand, and across the United States. These mushrooms thrive in cooler climates, with their preferred temperature range generally falling between 10-15° Celsius (50-59° Fahrenheit).

Please note: Due to the specific environmental needs and unique cultivation requirements of the Liberty Cap spores this strain is considered hard to cultivate. Although this product is intended for microscopy and research purposes only.

Liberty cap mushroom characteristics:

• Species: Psilocybe Semilanceata (Liberty Cap)
• Origin: Discovered in British Columbia, Canada
• Global Distribution: Found in Peru, India, Australia, New Zealand, United States, and other northern temperate regions.
• Preferred Temperature: 10-15° Celsius (50-59° Fahrenheit)
• Cultivation Difficulty: Hard
• Intended Use: Microscopy and research purposes only.

Each spore syringe contains:

• Sterile water
• High-quality Psilocybe Semilanceata spores
• Sterile needle for precise application

Important Considerations:

• Legal Status: Please be aware of and comply with all local, state, and federal, provincial laws regarding the possession and use of psilocybin mushroom spores. Furthermore we are not responsible for any legal issues that may arise from the misuse of our products.
• Research Only: These spores are sold for microscopy and taxonomic research purposes only. Do not germinate or cultivate these spores in regions where it is illegal to do so.
• Cleanliness: Always maintain sterile procedures when handling spore syringes to prevent contamination.