Reference · Crops

Ranunculaceae

The Buttercup (lat. Ranunculus) is a diverse genus of herbaceous flowering plants within the Ranunculaceae family. In agricultural and horticultural contexts, the cultivated varieties, particularly the Persian buttercup, are highly prized for their vibrant, multi-layered flowers, which make them a staple crop for professional cut-flower production.

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Hayek's buttercup Ranunculus hayekii Heart-leaved buttercup Ranunculus cordiger Hellebore Helleborus L. 22 items Helleborus cyclophyllus Helleborus cyclophyllus Helleborus hybrids Helleborus hybrids Helleborus multifidus Helleborus multifidus Helleborus torquatus Helleborus torquatus Henriques' buttercup Ranunculus henriquesii Henry's monkshood Aconitum henryi Hepatica hybrids Hepatica hybrids Heracleifolia baneberry Actaea heracleifolia High arctic buttercup Ranunculus hyperboreus Hilton's buttercup Ranunculus hiltonii Himalayan Larkspur Delphinium himalayae Hinckley's columbine Aquilegia hinckleyana Hooked buttercup Ranunculus recurvatus Horned buttercup Ranunculus cornutus Hybrid buttercup Ranunculus hybridus Hybrid columbine Aquilegia hybrids Hybrid meadow-rue Thalictrum hybrids Illyrian buttercup Ranunculus illyricus Isopyrum Isopyrum 4 items Ispahan clematis Clematis ispahanica Ivy-leaved crowfoot Ranunculus hederaceus Ivy-leaved water-crowfoot Ranunculus omiophyllus Japanese buttercup Ranunculus japonicus Japanese clematis Clematis japonica Japanese monkshood Aconitum japonicum Javan meadow-rue Thalictrum javanicum Kashmir delphinium Delphinium cashmerianum Kidney-leaf buttercup Ranunculus abortivus Kidney-leaved buttercup Ranunculus reniformis Kitadake buttercup Ranunculus kitadakeanus Kitaibel columbine Aquilegia kitaibelii Knotted buttercup Ranunculus nodiflorus Kuepfer's buttercup Ranunculus kuepferi Kyushu meadow-rue Thalictrum kiusianum Lapland buttercup Ranunculus lapponicus Large-flowered buttercup Ranunculus grandiflorus Large-flowered Clematis Clematis grandiflora Large-leaved buttercup Ranunculus macrophyllus Larkspurleaf monkshood Aconitum delphiniifolium Lawson's Clematis Clematis lawsoniana Leafy meadow-rue Thalictrum foliolosum Ledebour's globeflower Trollius ledebourii Leipsic anemone Anemone lipsiensis Leptopyrum Leptopyrum 1 item Lesser celandine Ficaria verna Lesser celandine Ficaria 2 items Lesser spearwort Ranunculus flammula Lethal monkshood Aconitum lethale Lisbon buttercup Ranunculus ollissiponensis Little buttercup Ranunculus uncinatus Liverleaf Hepatica Liverleaf Hepatica nobilis Long-stalked buttercup Ranunculus longipes Macoun's buttercup Ranunculus macounii Madeira larkspur Delphinium maderense Many-flowered buttercup Ranunculus polyanthemos Marsh buttercup Ranunculus paludosus

Ranunculaceae

Buttercups are native to temperate and cold regions of the Northern Hemisphere, showing wide adaptability to different environments. Successful cultivation requires a balance of environmental factors, specifically high light intensity during the vegetative stage and cool, stable temperatures to prevent premature bolting and stress in the plants.

Botanically, these plants are defined by their tuberous root systems that store energy for the growing season. The foliage is typically deeply lobed, creating a lush rosette, while the floral structures vary significantly between species. Commercial cultivars are selected for their stem strength, flower longevity, and a wide spectrum of colors ranging from white and yellow to deep red and purple.

Regarding soil and agrotechnology, buttercups thrive in well-draining, fertile, sandy-loam soils with an ideal pH range of 6.0 to 7.0. Irrigation must be managed with precision; because the roots are susceptible to hypoxia and fungal pathogens, moisture levels should be kept consistent without allowing the soil to remain saturated for extended periods.

Integrated pest and disease management is essential to minimize crop loss. Common pathogens include various species of Pythium and Rhizoctonia, which cause root rot, while pests such as aphids and spider mites frequently infest commercial greenhouses.

  • Implement crop rotation patterns.
  • Use certified disease-free tubers.
  • Maintain optimal greenhouse ventilation.
  • Apply preventative fungicides as necessary.