Search
2024-03-07
Quality analysis and evaluation of different batches of pitaya fruit (Hylocereus) in South China

January 17, 2024 | International Journal of Fruit Science |

Conducted by South China Agricultural University, this study examines the variations in fruit quality among different batches of pitaya within the same year in Guangzhou, South China. Eleven pitaya varieties were evaluated using 14 different indexes to assess fruit quality. The study employed comparative analysis and principal component analysis (PCA) for comprehensive evaluation and ranking.

Results revealed that pitaya with red peels and red pulp had a longer fruiting period and could yield more batches of fruit. Fruit weight significantly varied among the 11 varieties, except for “Guanhuahong.” Fruits from the 2nd and 3rd batches exhibited higher edible rates compared to others. Various attributes such as hardness, total sugar, total acid, betalain, total phenol, and flavonoids showed significant differences between batches.

PCA results suggested that certain batches generally exhibited heavier fruit with better color and texture, while others contained more stable antioxidant compounds. Batches picked during specific months demonstrated differences in fruit size, texture, sugar content, and acidity. The study concludes that climate conditions likely influence the variation in pitaya fruit quality and recommends harvesting batches from September to November for better quality and economic value. This research offers practical insights and a theoretical foundation for optimizing pitaya production.

Read more

Viewed Articles
Quality analysis and evaluation of different batches of pitaya fruit (<span style="font-style:italic;">Hylocereus</span>) in South China
January 17, 2024 | International Journal of Fruit Science |Conducted by South China Agricultural University, this study examines the variations in fruit quality among different batches of pitaya withi
Mar 07, 2024
Read More
SNP-based genetic diversity of a network of germplasm banks to establish a core collection for the tropical fruit <span style="font-style:italic;">Hancornia speciosa </span>
November 26, 2025 | Tree Genetics & Genomes | The study conducted in Brazil examined the genetic diversity and population structure of Hancornia speciosa, a native tropical fruit species with high nut
2025.12.23
Climate change effects on nutrient dynamics and phenology of mango (<span style="font-style:italic;">Mangifera indica</span> L.) under medium-density planting: A BBCH scale assessment
December 15, 2025 | Applied Fruit Science | To improve mango phenological development under rising temperatures and climate variability, researchers from G.B. Pant University of Agriculture & Technolo
Sustainable approaches for off-season production of tropical and subtropical fruit crops
January 08, 2026 | Applied Fruit Science | This review conducted by Nagaland University, India, examines off-season fruit production as a strategy to extend harvest windows, stabilize market supply, a
2026.02.26
Sustainable cultivation of dragon fruit: Integrated nutrient and pest management strategies for enhanced productivity and environmental stewardship
October 29, 2025 | Agronomy | This review conducted by Florida International University, USA examines current knowledge and sustainability challenges associated with dragon fruit (Hylocereus spp.) cul
2026.03.26
Climate-induced heat stress responses on indigenous varieties and elite hybrids of mango (<span style="font-style:italic;">Mangifera indica</span>L.)
July 26, 2025 | Agriculture | The study conducted by the ICAR–Central Institute for Subtropical Horticulture, India, investigated the effects of extreme heat waves on mango yield and fruit quality, wi
TOP