116 Best Orchids for Ceaucé | 2026 Guide - Page 2
The 116 best orchids to grow in Ceaucé. Ideal climate: 12.3°C, 79.9% humidity.
116 Orchids for Ceaucé
Showing 37-72 of 116
Fragrant Encyclia
Encyclia fragrans
Small Spider-orchid
Caladenia parva
Golden Shower Orchid
Oncidium varicosum
Spider Orchid
Brassia caudata
Dancing Doll Orchid
Oncidium flexuosum
Two-edged Laelia
Laelia anceps
Maroonhood
Pterostylis pedunculata
Pale Umbrella Orchid
Bulbophyllum longiflorum
Moon Orchid
Phalaenopsis amabilis
Bamboo Orchid
Arundina graminifolia
Ascocenda Orchid
Ascocenda
Phalaenopsis Hybrid Orchid
Phalaenopsis x hybridus
Spotted Eulophia
Eulophia maculata
Vanda Orchid
Vanda
Chinese Crown Orchid
Eulophia graminea
Indian Boat Orchid
Cymbidium aloifolium
Maxillaria (genus)
Maxillaria
Stinking Orchid
Bulbophyllum phalaenopsis
Devon's Cymbidium
Cymbidium devonianum
Honohono Orchid
Dendrobium anosmum
Sekkoku Orchid
Dendrobium moniliforme
Helmet Orchid
Gongora galeata
Early-purple orchid
Orchis mascula
Tailed Slipper Orchid
Phragmipedium caudatum
Closterium Dendrobium
Dendrobium closterium
Pink Butterfly Orchid
Dimerandra emarginata
Ascocentrum orchid
Ascocentrum
Pink Rock Orchid
Dendrobium kingianum
Large Round-leaved Orchid
Platanthera orbiculata
Noble Dendrobium
Dendrobium nobile
Lady Slipper Orchid
Paphiopedilum insigne
Moth Orchid
Phalaenopsis aphrodite
Clawed Ground Orchid
Spathoglottis unguiculata
Rock Orchid
Dendrobium speciosum
Miltassia orchid
Bratonia Charles M. Fitch
Orchid
Orchidaceae
Ideal Orchids for Ceaucé's Climate
Ceaucé has an average temperature of 12.3°C and humidity of 79.9%, conditions that directly influence which orchids best adapt to the local environment.
How to Grow Orchids in Ceaucé
To successfully grow orchids in Ceaucé, consider that the average temperature of 12.3°C and humidity of 79.9% create a specific microclimate. High humidity favors tropical species, but requires attention to ventilation to prevent fungal issues.
Advantages of Choosing Adapted Orchids
Orchids adapted to Ceaucé's climate show greater resistance, healthy growth, and less need for interventions.