121 Best Orchids for Taylorsville | 2026 Guide - Page 2
The 121 best orchids to grow in Taylorsville. Ideal climate: 10.6°C, 57.2% humidity.
121 Orchids for Taylorsville
Showing 37-72 of 121
Jewel Orchid
Ludisia discolor
Crucifix Orchid
Epidendrum secundum
Golden Shower Orchid
Oncidium sphacelatum
Dancing-lady orchid
Gomesa bifolia
Cambria orchid
Vuylstekeara
Jamieson's Epidendrum
Epidendrum jamiesonis
Govenia
Govenia
Spider Orchid
Brassia arachnoidea
Spotted Zygopetalum
Zygopetalum maculatum
Green Fleshy Tree Orchid
Drymoanthus adversus
Easter Cattleya
Cattleya intermedia
Dancing Lady Orchid
Oncidium leleui
Rosy Tinted Laelia
Laelia rubescens
Orange Cattleya
Guarianthe aurantiaca
Harrison's Bifrenaria
Bifrenaria harrisoniae
Cattleya Orchid
Cattleya spp
Lady Slipper Orchid
Paphiopedilum sp
Tall Oncidium
Oncidium altissimum
Corsage Orchid
Cattleya
Christmas Orchid
Cattleya trianae
Terete Vanda
Papilionanthe teres
Lady of the Night
Brassavola nodosa
Laelia Orchid
Laelia
Giant Orchid
Grammatophyllum speciosum
Jiminy Cricket Cattleya Orchid
Rhyncovola Jiminy Cricket x Cattleya dowiana
South American Slipper Orchid
Phragmipedium
Spider Orchid
Brassia
Boat Orchid
Cymbidium hybridum
Charming Paphiopedilum
Paphiopedilum venustum
Moon Orchid
Phalaenopsis amabilis
Phalaenopsis Hybrid Orchid
Phalaenopsis x hybridus
Virot's Dendrobium
Dendrobium virotii
Dancing Lady Orchid (genus)
Oncidium
Blue Vanda
Vanda coerulescens
Miltonia Orchid (genus)
Miltonia
Bauer's Dancing Lady Orchid
Oncidium baueri
Ideal Orchids for Taylorsville's Climate
Taylorsville has an average temperature of 10.6°C and humidity of 57.2%, conditions that directly influence which orchids best adapt to the local environment.
How to Grow Orchids in Taylorsville
To successfully grow orchids in Taylorsville, consider that the average temperature of 10.6°C and humidity of 57.2% create a specific microclimate. Moderate humidity is favorable for most species in this category.
Advantages of Choosing Adapted Orchids
Orchids adapted to Taylorsville's climate show greater resistance, healthy growth, and less need for interventions.