Tropical horticulture

Latex being collected from an incised rubber tree (Hevea brasiliensis), and a bucket of collected latex

Tropical horticulture is a branch of horticulture that studies and cultivates plants in the tropics, i.e., the equatorial regions of the world. "TropHort" is an abbreviation for Tropical horticulture.

Tropical horticulture includes plants such as perennial woody plants (arboriculture), ornamentals (floriculture), vegetables (olericulture), and fruits (pomology) including grapes (viticulture). The origin of many of these crops is not in the tropics but in temperate zones. Their adoption to tropical climatic conditions is an objective of breeding. Many important crops, however, are indigenous to the tropics. The latter embrace perennial crops such as oil palm, vegetables including okra, field crops such as rice and sugarcane, and particularly fruits including pineapple, banana, papaya, and mango.

Since the tropics represent 36 percent of the earth's surface and 20 percent of its land surface, the potential of tropical horticulture is huge.^[1] In contrast to temperate regions, environmental conditions in the tropics are defined less by seasonal temperature fluctuations and more by seasonality of precipitation. Thus the climate in the greater part of the tropics is characterized by distinct wet and dry seasons, although such variation is reduced in locations closer to the equator (±5° latitude). Temperature conditions in the tropics are affected by elevation,^[2] in which contrasting warmer and colder climate areas in the tropics can be differentiated,^[3]:4-5 and highland areas in the tropics can consequently be more favourable for production of temperate plant species than are lowland areas.

Types of plants

Both vascular and non-vascular plants grow in tropical environments. Plants indigenous to the tropics are usually cold sensitive and adapted to receiving high levels of solar radiation. They are sensitive to small variations in photoperiod ("short day" plants), and can be adapted to extended drought, high precipitation and/or distinct wet and dry seasons. High night temperatures are a major hindrance to adopting temperate crops (e.g., tomatoes) to the tropical lowlands. Furthermore, such conditions promote high respiration rates of plants, resulting in comparably lower net photosynthesis rates.^[4]

See also

References

External links

• Purdue University – tropical horticulture lectures
• AgNIC/INFOMINE at the University of California, Riverside – information about subtropical horticulture

Horticulture and gardening Gardening History Design computer-aided Garden tool Green wall Arboretum Allotment Butterfly Community Forest French intensive Guerrilla Garden Historic conservation Landscape Native Parterre Raised bed Square foot Sustainable Xeriscaping Types of gardens Back Biblical Botanical Butterfly zoo Byzantine Color Container Cottage Cactus Chinese Dutch English Fernery Floating Flower French formal landscape Renaissance Front Greek Greenhouse Hanging Islamic Italian Japanese Kitchen Knot Korean Market Mary Mughal Orangery Orchard Persian Bagh Charbagh Paradise Philosophical Pleasure Roman Spanish Rain Rose Roof Sacred Sculpture Sensory Shade Therapeutic Trial Tropical Victory Vineyard Walled Water Wildlife Winter Zen Zoological Horticulture Agriculture stock-free sustainable urban Arboriculture Botany Companion planting Crop most valuable Flora Floriculture Fruticulture Genetically modified tree Hydroculture Indigenous Intercropping Landscape architecture Oenology Olericulture Plant breeding propagation Pomology Postharvest physiology Tropical Urban agriculture horticulture forestry reforestation Viticulture Organic Biodynamic agriculture List of organic gardening and farming topics Vegan organic gardening Plant protection Fungicide Herbicide Index of pesticide articles List of fungicides Pesticide Plant disease forecasting Weed control Agriculture and Agronomy portal Gardening portal Commons