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April 18, 2026Aquaculture Fish and Fisheries1 citationsOpen Access

Impact of Load Shedding on Fresh Fish Suppliers and Consumers in Chinsali District, Zambia

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MKMwansa KambiliCBChewe BwalyaJMJoyce Mbewe

Key Points

  • This research investigates how load shedding impacts the handling and supply of fresh fish, as well as consumer access to it.
  • Administered semi-structured questionnaires to fish suppliers and consumers.
  • Analyzed data using descriptive statistics and chi-square tests.
  • Sample included 19 suppliers and 169 consumers.
  • 93% of suppliers reported negative effects from load shedding.
  • 84% of consumers faced challenges due to energy disruptions.
  • Issues included accelerated spoilage, inconsistent supply, and rising operational costs.
  • Consumers opted for smaller purchases or alternative protein sources, while suppliers reduced inventory and sought alternative energy options.

Abstract

ABSTRACT Fresh fish is highly perishable and requires an efficient cold chain to maintain quality and safety. In Zambia, recurrent load shedding disrupts refrigeration and storage systems, increasing the risk of post‐harvest losses and food safety. This study examined the effects of load shedding on fresh fish handling, supply and consumer access in Chinsali District of Muchinga Province, Zambia, in June 2024. Semi‐structured questionnaires were administered to fish suppliers ( n = 19) and consumers ( n = 169), and data were analysed using descriptive statistics and the chi‐square test of independence. Results showed that 93% of suppliers and 84% of consumers were negatively affected by load shedding, mainly through accelerated spoilage, inconsistent supply and increased operational costs. Consumers responded by purchasing smaller quantities or shifting to alternative protein sources, whereas suppliers adopted coping measures, such as reducing inventory and investing in alternative energy options. The findings highlight the vulnerability of the fresh fish value chain to energy disruptions and emphasize the need for improved preservation technologies, training in post‐harvest handling and policy support to strengthen cold‐chain resilience in rural aquaculture and fisheries markets.

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Cite This Study

Kambili et al. (2026) studied this question.

synapsesocial.com/papers/69e3216540886becb6540ab4https://doi.org/10.1002/aff2.70246
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Also Consider

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  4. 4Loadshedding impact on food spoilage: an analysis of household experiences in South Africa2026
  5. 5Determinants of Postharvest Physical Losses in the Fish Value Chain: Evidence from Lake Hawassa, Sidama National Regional State, Ethiopia2024