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April 22, 2026New Zealand Journal of Crop and Horticultural Science0 citations

Identification of Postharvest Chili Losses Across Various Distribution Patterns in Indonesia

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SWSiti Mariana WidayantiHTHerlina TariganKIKurnia Suci Indraningsih

Key Points

  • This research aims to quantify chili losses after harvest across various marketing patterns in Indonesia.
  • Conducted structured interviews using questionnaires with farmers and traders in West Java and Jakarta.
  • Used descriptive statistical methods to analyze loss percentages across different marketing chains.
  • The marketing chain with the most intermediaries had a loss rate of 22.5%.
  • The chain with the fewest intermediaries experienced an 8.5% loss rate.
  • Identified interventions such as better transportation, packaging, and sorting to reduce losses.

Abstract

It is thought that more than 60% of vegetables, especially chili, are lost after they are picked in Indonesia. One of the main reasons for this is how the marketing channels are set up. The purpose of this study was to determine how much chili is lost after harvest under different marketing patterns. This study involved 29 participants consisting of 10 farmers and 19 traders from West Java and Jakarta who were selected through snowballing sampling technique. We used structured interviews with questionnaires to gather information and descriptive statistical methods to determine the loss percentages for different parties in the supply chain. The results showed that the marketing chain with the most people, which included a farmer, a collector, and a modern market, had the most losses after harvest, with a loss rate of 22.5%. The marketing chain with the fewest people, which included a farmer, a collector, and a retailer, had the lowest loss rate at 8.5%. These results show that longer supply chains do make postharvest losses more likely, but they are not the only factor that affects postharvest loss levels. The study also identified ways to handle crops after harvest that could help reduce losses. These include better transportation planning, better packaging in plastic crates, and more careful sorting and grading. If these technologies for handling crops after harvest are used correctly, they should keep total losses across different supply chain patterns to a minimum.

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Cite This Study

Widayanti et al. (2026) studied this question.

synapsesocial.com/papers/69e864ec6e0dea528dde99c6https://doi.org/10.1002/nzc2.70168
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