Identifying system archetypes in Nigeria’s rice agri-food system using fuzzy cognitive mapping

Nigeria is a major rice-producing and rice-importing country in Africa, challenged with ensuring rice-food security for its growing population. Successive governments have implemented several strategies to increase local rice production such as rice import restriction policies and agricultural inves...

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Main Authors: Glory I. Edwards, Kasper Kok, Rik Leemans
Format: Article
Language:English
Published: Resilience Alliance 2023-09-01
Series:Ecology and Society
Subjects:
Online Access:https://www.ecologyandsociety.org/vol28/iss3/art7
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author Glory I. Edwards
Kasper Kok
Rik Leemans
author_facet Glory I. Edwards
Kasper Kok
Rik Leemans
author_sort Glory I. Edwards
collection DOAJ
description Nigeria is a major rice-producing and rice-importing country in Africa, challenged with ensuring rice-food security for its growing population. Successive governments have implemented several strategies to increase local rice production such as rice import restriction policies and agricultural investments. These strategies have yielded results but achieving long-term sustainable growth in Nigeria’s rice agri-food system has remained elusive. Addressing food security and sustainability in agri-food systems requires a systems-thinking approach. In this study, we applied two systems thinking techniques, fuzzy cognitive mapping (for describing the system structure and behavior) and archetype analysis (to reveal generic system archetypes and effective strategies to improve the system). Our analysis revealed three system archetypes: limits to success, fixes that fail, and drifting goals. Rice production is limited by low agricultural productivity indicating the “limits to success” archetype. Farmers tend to increase rice area as a “quick fix” to productivity issues but this quick fix leads to unintended consequences such as soil degradation (fixes that fail archetype). Additionally, because of the import-restriction policies generating an unmet demand for rice, the government may face pressure to lower the goal of self-sufficiency falling into the “drifting goals” archetype. However, our analysis shows that suspending import-restriction policies would result in undesirable system states, with reduced demand for local rice and lower rice production. Our results underscore the importance of government policies in increasing rice production sustainably and ensuring food security.
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spelling doaj.art-c79444081e0a4ea8af28e3251682fe362023-10-12T13:07:46ZengResilience AllianceEcology and Society1708-30872023-09-01283710.5751/ES-14227-28030714227Identifying system archetypes in Nigeria’s rice agri-food system using fuzzy cognitive mappingGlory I. Edwards0Kasper Kok1Rik Leemans2Environmental Systems Analysis Group, Wageningen University and Research, Wageningen, the NetherlandsEnvironmental Systems Analysis Group, Wageningen University and Research, Wageningen, the NetherlandsEnvironmental Systems Analysis Group, Wageningen University and Research, Wageningen, the NetherlandsNigeria is a major rice-producing and rice-importing country in Africa, challenged with ensuring rice-food security for its growing population. Successive governments have implemented several strategies to increase local rice production such as rice import restriction policies and agricultural investments. These strategies have yielded results but achieving long-term sustainable growth in Nigeria’s rice agri-food system has remained elusive. Addressing food security and sustainability in agri-food systems requires a systems-thinking approach. In this study, we applied two systems thinking techniques, fuzzy cognitive mapping (for describing the system structure and behavior) and archetype analysis (to reveal generic system archetypes and effective strategies to improve the system). Our analysis revealed three system archetypes: limits to success, fixes that fail, and drifting goals. Rice production is limited by low agricultural productivity indicating the “limits to success” archetype. Farmers tend to increase rice area as a “quick fix” to productivity issues but this quick fix leads to unintended consequences such as soil degradation (fixes that fail archetype). Additionally, because of the import-restriction policies generating an unmet demand for rice, the government may face pressure to lower the goal of self-sufficiency falling into the “drifting goals” archetype. However, our analysis shows that suspending import-restriction policies would result in undesirable system states, with reduced demand for local rice and lower rice production. Our results underscore the importance of government policies in increasing rice production sustainably and ensuring food security.https://www.ecologyandsociety.org/vol28/iss3/art7agri-food systemfuzzy cognitive mappingnigeriaricesystem archetypes
spellingShingle Glory I. Edwards
Kasper Kok
Rik Leemans
Identifying system archetypes in Nigeria’s rice agri-food system using fuzzy cognitive mapping
Ecology and Society
agri-food system
fuzzy cognitive mapping
nigeria
rice
system archetypes
title Identifying system archetypes in Nigeria’s rice agri-food system using fuzzy cognitive mapping
title_full Identifying system archetypes in Nigeria’s rice agri-food system using fuzzy cognitive mapping
title_fullStr Identifying system archetypes in Nigeria’s rice agri-food system using fuzzy cognitive mapping
title_full_unstemmed Identifying system archetypes in Nigeria’s rice agri-food system using fuzzy cognitive mapping
title_short Identifying system archetypes in Nigeria’s rice agri-food system using fuzzy cognitive mapping
title_sort identifying system archetypes in nigeria s rice agri food system using fuzzy cognitive mapping
topic agri-food system
fuzzy cognitive mapping
nigeria
rice
system archetypes
url https://www.ecologyandsociety.org/vol28/iss3/art7
work_keys_str_mv AT gloryiedwards identifyingsystemarchetypesinnigeriasriceagrifoodsystemusingfuzzycognitivemapping
AT kasperkok identifyingsystemarchetypesinnigeriasriceagrifoodsystemusingfuzzycognitivemapping
AT rikleemans identifyingsystemarchetypesinnigeriasriceagrifoodsystemusingfuzzycognitivemapping