346 Best Succulents for Emmitsburg | 2026 Guide - Page 5
The 346 best succulents to grow in Emmitsburg. Ideal climate: 13.3°C, 68.3% humidity.
346 Succulents for Emmitsburg
Showing 145-180 of 346
Purpus's Echeveria
Echeveria purpusorum
Sweet Prickly Pear
Opuntia dillenii
Carnival Echeveria
Echeveria gibbiflora
Graptoveria Ellen
Graptoveria 'Ellen'
Russian Houseleek
Sempervivum ruthenicum
Coppertone Stonecrop
Sedum nussbaumerianum
Monanthes polyphylla
Monanthes polyphylla
California Sunset
Graptosedum 'California Sunset'
Chilean Corkscrew Cactus
Eulychnia castanea
Corsican Stonecrop
Sedum dasyphyllum
Scarlet Bugler
Cleistocactus baumannii
Silver Jade Plant
Crassula arborescens
Panda Plant
Kalanchoe tomentosa
Stonecrop
Petrosedum
Chalk Dudleya
Dudleya pulverulenta
Liveforever
Dudleya
Burro's Tail
Sedum morganianum
Common Houseleek
Sempervivum tectorum
Pacific Stonecrop
Sedum spathulifolium
Black Echeveria
Echeveria affinis
Lipstick Echeveria
Echeveria agavoides
Pflanz's Chin Cactus
Gymnocalycium pflanzii
Caucasian Houseleek
Sempervivum caucasicum
Agave Cactus
Leuchtenbergia principis
Goldmoss stonecrop
Sedum acre
Millot Kalanchoe
Kalanchoe millotii
Spider Cactus
Lobivia arachnacantha
tasteless stonecrop
Sedum sexangulare
Common Kalanchoe
Kalanchoe rotundifolia
Aeonium
Aeonium
Marbled Succulent
Sedum mendozae
Canary Island Rose
Aeonium aureum
Tree Stonecrop
Sedum dendroideum
Jade Plant
Crassula ovata
Lavender Scallops
Kalanchoe fedtschenkoi
Great Stonecrop
Hylotelephium maximum
Ideal Succulents for Emmitsburg's Climate
Emmitsburg has an average temperature of 13.3°C and humidity of 68.3%, conditions that directly influence which succulents best adapt to the local environment.
How to Grow Succulents in Emmitsburg
To successfully grow succulents in Emmitsburg, consider that the average temperature of 13.3°C and humidity of 68.3% create a specific microclimate. Moderate humidity is favorable for most species in this category.
Advantages of Choosing Adapted Succulents
Succulents adapted to Emmitsburg's climate show greater resistance, healthy growth, and less need for interventions.