Peregrina
Scientific name: Jatropha integerrima
POWO Status: Shrub or Tree
IUCN Red List threat level: Least Concern
GPS Location: 17° 42′ 56.78″ N, 64° 49′ 45.84″ W







Observations:
Phenological Markers – atropha integerrima
Common Name: Peregrina, Spicy Jatropha
Scientific Name: Jatropha integerrima Jacq.
Family: Euphorbiaceae
Leaf Phenology
- Leaf Type: Simple, alternate, variable in shape—entire, lobed, or fiddle-shaped; glossy dark green
- Evergreen: Yes, in warm tropical climates
- Leaf Flush: Continuous, especially after pruning or active flowering; new leaves are reddish or bronze
- Senescence: Individual older leaves yellow and drop over time, but overall canopy remains green
Flowering
- Inflorescence: Bright red to deep pink flowers in terminal clusters (corymbs or cymes)
- Blooming Period: Year-round in tropical conditions, with peaks in warm and wet seasons
- Pollinators: Butterflies, bees, hummingbirds
- Phenological Indicator: Bright floral clusters on branch tips; new buds, open flowers, and spent blooms often present together
Fruiting
- Fruit Type: Small, 3-lobed capsule that turns from green to tan-brown when mature
- Fruit Development: Follows flowering; develops quickly and may persist on plant for several weeks
- Dispersal: Gravity and explosive dehiscence; seeds may be ejected from mature capsules
- Phenological Indicator: Developing or mature dry capsules present alongside or after flowering
Suggested Photo Angles
- Full shrub or small tree form (typically 1.5–4 m tall)
- Close-up of leaf shape variations (entire vs. lobed)
- Flower clusters at tips of branches
- Green and mature seed capsules
- New leaf flush or reddish young foliage
Notes for Monitoring
May be confused with other Jatropha species—verify by compact flower clusters and shiny leaves
Jatropha integerrima is commonly grown as an ornamental, appreciated for its constant flowering and pollinator activity
It responds well to pruning, which often stimulates new flowering and leaf flush
Best phenological markers: terminal flower clusters, capsule formation, and leaf color transitions