The Philippine agricultural scientist.
Material type:
- 00317454
- S17 .P5
- The Importance of Weather Forecasts and Meteorological Information in Adaptation to Climate Change in Agricultural Production: Some Preliminary Findings
- Physiological Responses to Low Temperature Conditioning and Chitosan Coating of Red-Fleshed Dragon Fruit [Hylocereus polyrhizus (Weber) Britton & Rose]
- Salinity tolerance and traits correlations of selected magic indica rice (Oryza sativa L.) genotypes at seedling stage
- Production of extracellular Lipase from the antarctic bacterial isolate Pseudomonas sp. INK1 by solid state fermentation of Soybean meal
- Interpretation of genotype by environment interaction for barley genotypes via simultaneous selection for yield and stability
- Future scenarios for the supply and demand for fish in the Philippines: Simulations from the Asiafish model
- Estimation of Alkali spreading value and gelatinization temperature of some Philippine rice varieties using digital photometry
- Role of different nutrient elements and AgNPs for in vitro shoot proliferation of GF-677 rootstock
- Optimization of Sowing Time and Seed Rates Can Enhance Wheat Yield in Semi-arid Environment
Item type | Current library | Call number | Status | Barcode | |
---|---|---|---|---|---|
Continuing Resources | PSAU OLM Periodicals | JO PAS DE2018 (Browse shelf(Opens below)) | Available | JO062 |
Dragon fruit (Hylocereus sp.) is a climbing cactus natively produced in Mexico and Central and Southern America and was believed to be introduced in the Philippines during the Spanish era. It was originally grown as an ornamental crop in many local homes but has gained popularity in the Philippine market because of its peculiar shape, enticing color and high nutritional value. Many farmers have engaged in dragon fruit farming because of its high profitability. Among the two popular species of dragon fruit, the red-fleshed (H. polyrhizus) is highly preferred than the white-fleshed (H. undatus) as it is believed to be more nutritious because of its intense red pulp which translates to high antioxidant activity. Other than being eaten as intact fruit for dessert, it can also be processed to jams, ice creams, wines, beverages and dyes. Because of the expanding market for dragon fruit, developing appropriate technologies to keep its physical and nutritional quality after harvest have become imperative to address the fruit's short shelf life. The use of chitosan coating and low temperature conditioning in dragon fruit prior to storage have been tested and showed potential in alleviating chilling injury when stored at suboptimal temperatures thus preserving fruit quality and extending market availability.
"A publication of the College of Agriculture University of the Philippines Los Baños."
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