Alexavia Temenin Kalian Liburan Sange Id 40618092 Mango - Indo18 Page

Mango – INDO18: Agronomic Performance, Post‑Harvest Management, and Market Potential

Alexavia Temenin (Registration No. 40618092) Kalian Liburan Sange This paper provides a comprehensive evaluation of INDO18,

Alexavia Temenin (alexavia.temenin@ui.ac.id) and limited access to high‑value markets.

Mango INDO18, tropical fruit cultivation, yield stability, post‑harvest physiology, market analysis, Indonesia Abstract Mango (Mangifera indica L.) remains one of Indonesia’s most valuable tropical fruits, both economically and culturally. The newly released cultivar Mango – INDO18 promises high yields, superior fruit quality, and adaptability to diverse Indonesian agro‑ecological zones. This paper provides a comprehensive evaluation of INDO18, covering (i) agronomic performance under three major production regions (West Java, East Java, and North Sumatra); (ii) post‑harvest physiology and handling recommendations; and (iii) market potential based on consumer preference surveys and value‑chain analysis. Results indicate that INDO18 achieves an average fruit‑set rate of 85 % and a mean yield of 22 t ha⁻¹, surpassing the benchmark cultivar ‘Harumanis’. Fruit quality parameters (soluble solids 15.2 % ± 0.8 %, firmness 6.1 kg cm⁻²) meet premium market standards. However, susceptibility to anthracnose during rainy seasons necessitates integrated disease‑management protocols. Market analysis shows a willingness‑to‑pay premium of 12 % over conventional mangoes, especially in urban supermarkets and export channels. The study concludes that with appropriate agronomic and post‑harvest interventions, Mango – INDO18 can become a cornerstone cultivar for Indonesia’s mango sector. 1. Introduction Indonesia ranks among the top ten mango‑producing countries worldwide, with an annual production exceeding 2 million tonnes (FAO, 2023). Nevertheless, the sector faces challenges such as inconsistent yields, disease pressure, and limited access to high‑value markets. The development of improved cultivars is pivotal to overcoming these constraints. and North Sumatra)