Solanaceae
The Solanaceae (Nightshade) family represents one of the most economically significant plant families in global agriculture. This group includes staple crops such as potatoes, tomatoes, peppers, and eggplants. These plants are characterized by a diverse range of growth forms, spanning from annual herbs to woody shrubs, all playing a vital role in human nutrition.
What the section contains
Physalis pruinosa
Physalis pruinosa
Physalis virginiana
Physalis virginiana
Physochlaina
Physochlaina
2 items
Pichi
Fabiana imbricata
Pink Cestrum
Cestrum roseum
Porcupine nightshade
Solanum hystrix
Potato tree
Solanum erianthum
Potato Tree
Solanum wrightii
Protoschwenkia
Protoschwenkia
1 item
Przewalskia tangutica
Przewalskia
1 item
Quincula
Quincula
Rock Nightshade
Solanum petrophilum
Rooting nightshade
Solanum radicans
Rough nightshade
Solanum rude-pannum
Sacred datura
Datura wrightii
Salpichroa
Salpichroa
1 item
Salpiglossis spinescens
Salpiglossis spinescens
Sandera tobacco
Nicotiana sanderi
Saracha
Saracha Ruiz & Pav.
Saracha
Saracha
Schizanthus
Schizanthus
1 item
Schizanthus hybrids
Schizanthus hybrids
Schizanthus retusus
Schizanthus retusus
Schizanthus wisetonensis
Schizanthus wisetonensis
Schweinfurth's boxthorn
Lycium schweinfurthii
Schwenckia
Schwenckia
3 items
Scopolia
Scopolia
2 items
Sessea
Sessea
1 item
Sharp-leaf groundcherry
Physalis acutifolia
Shield-leaved nightshade
Solanum scuticum
Shining-berry nightshade
Solanum nitidibaccatum
Smooth cestrum
Cestrum laevigatum
Smooth nightshade
Solanum glabratum
Soda apple
Solanum aculeatissimum
Soda apple
Solanum capsicoides
Sodom apple
Solanum incanum
Solandra
Solandra
4 items
Solanum abutiloides
Solanum abutiloides
Solanum acaule
Solanum acaule
Solanum acroglossum
Solanum acroglossum
Solanum aculeastrum
Solanum aculeastrum
Solanum ahanhuiri
Solanum ahanhuiri
Solanum aligerum
Solanum aligerum
Solanum alternatopinnatum
Solanum alternatopinnatum
Solanum anguivi
Solanum anguivi
Solanum anomalum
Solanum anomalum
Solanum anoplocladum
Solanum anoplocladum
Solanum aphyodendron
Solanum aphyodendron
Solanum arcanum
Solanum arcanum
Solanum argenteum
Solanum argenteum
Solanum argentinum
Solanum argentinum
Solanum asperolanatum
Solanum asperolanatum
Solanum atropurpureum
Solanum atropurpureum
Solanum berthaultii
Solanum berthaultii
Solanum boliviense
Solanum boliviense
Solanum brevicaule
Solanum brevicaule
Solanum bullatum
Solanum bullatum
Solanum callicarpifolium
Solanum callicarpifolium
Solanum campaniforme
Solanum campaniforme
Solanum campechiense
Solanum campechiense
Solanaceae
Originating primarily in the Americas, these crops have been domesticated and distributed worldwide over the past several centuries. They are now cultivated across a wide range of climates, though they are primarily warm-season crops that require frost-free periods to reach full maturity and maximize yields effectively.
Botanically, members of the Solanaceae family are recognized by their alternate leaves and typically five-petaled flowers, which are often star-shaped. The fruit structures vary, ranging from fleshy berries to dry capsules. Agronomically, the presence of specific alkaloids, such as solanine, is a defining trait that influences plant physiology and breeding objectives.
Optimal growth for nightshade crops depends on well-drained, fertile soil with a slightly acidic to neutral pH. They require significant amounts of sunlight and consistent moisture levels throughout the growing season. Proper site selection and crop rotation are essential practices to manage soil health and prevent the buildup of soil-borne pathogens that thrive on these specific hosts.
In industrial and small-scale farming, management of diseases like late blight and pests such as the Colorado potato beetle is critical. Farmers employ a combination of cultural practices, biological controls, and chemical applications to protect their yields. Continuous research in breeding resistant varieties remains the primary strategy for ensuring sustainable production within this valuable family.
- Requires intensive nutrient management for optimal fruit set.
- High sensitivity to extreme heat and prolonged cold spells.
- Strategic use of trellis systems for vining varieties like tomatoes.