293 Best Succulents for Fort St. John | 2026 Guide - Page 2
The 293 best succulents to grow in Fort St. John. Ideal climate: 4.7°C, 69.8% humidity.
293 Succulents for Fort St. John
Showing 37-72 of 293
Orange Stonecrop
Sedum kamtschaticum
Mexican Firecracker
Echeveria setosa
Blue Barrel Cactus
Ferocactus glaucescens
Mistletoe cactus
Rhipsalis baccifera
Queen of the Night
Epiphyllum oxypetalum
Common Houseleek
Sempervivum tectorum
Christmas Cactus
Schlumbergera buckleyi
Great Stonecrop
Hylotelephium maximum
Japanese Stonecrop
Sedum makinoi
Cathedral Bells
Kalanchoe pinnata
Christmas Cactus
Schlumbergera × buckleyi
October Daphne
Sedum sieboldii
Tree of Love
Aichryson laxum
Stringy Stonecrop
Sedum sarmentosum
Christmas Cactus
Schlumbergera russelliana
Caucasian Houseleek
Sempervivum caucasicum
Mistletoe Cactus
Rhipsalis teres
Russian Houseleek
Sempervivum ruthenicum
Needle Stonecrop
Sedum lineare
Red Orchid Cactus
Disocactus ackermannii
Beach Apple Cactus
Cereus fernambucensis
Fishbone cactus
Epiphyllum anguliger
Red Mistletoe Cactus
Pseudorhipsalis ramulosa
Blue Spruce Stonecrop
Sedum reflexum
Blue Stonecrop
Petrosedum rupestre
Concertina Plant
Crassula rupestris
Flapjack Plant
Kalanchoe luciae
Rock Stonecrop
Petrosedum forsterianum
Prickly Pear Cactus
Opuntia
Easter Lily Cactus
Echinopsis oxygona
Palmer's Sedum
Sedum palmeri
Argentine White Torch Cactus
Soehrensia candicans
San Pedro Cactus
Trichocereus pachanoi
Giant Peruvian Cereus
Cereus peruvianus
Graptosedum
Graptosedum
Greene's Liveforever
Dudleya greenei
Ideal Succulents for Fort St. John's Climate
Fort St. John has an average temperature of 4.7°C and humidity of 69.8%, conditions that directly influence which succulents best adapt to the local environment.
How to Grow Succulents in Fort St. John
To successfully grow succulents in Fort St. John, consider that the average temperature of 4.7°C and humidity of 69.8% create a specific microclimate. Moderate humidity is favorable for most species in this category.
Advantages of Choosing Adapted Succulents
Succulents adapted to Fort St. John's climate show greater resistance, healthy growth, and less need for interventions.