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Local fishery, global commodity: the role of institutions in mediating intersectoral conflict, cooperation, and competition in a globalized fishery

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Published 10 July 2023 © 2023 The Author(s). Published by IOP Publishing Ltd
, , Focus on Markets and the Commons: Pressures, Responses, and Pathways Citation Katherine L Seto et al 2023 Environ. Res. Lett. 18 075008 DOI 10.1088/1748-9326/acdca8

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Abstract

Commons scholarship has improved our understanding of how to govern resources for sustainability. However, it has also been critiqued for its focus on traits (e.g. well-defined system boundaries) that are increasingly threatened by social and environmental trends. Fisheries are a key example of this challenge. While small-scale fisheries are critically important to the diets and livelihoods of millions, industrial fisheries from developed countries now dominate fishing around the world. While these two systems are governed separately, there is substantial overlap between them, conceptualized as the growing influence of globalization on local common pool resource (CPR) systems. One of the most impactful, but least understood consequences of this convergence are the emerging conflicts and competition between small-scale and industrial fisheries. In these systems, the interaction between small-scale CPRs and globalized commodity chains has meant the creation of a new, hybrid resource system, addressed by neither conventional industrial nor traditional small-scale governance approaches. We use empirical data from 396 cases of interactions at sea between globalized industrial and local small-scale fishers in Ghana from 1984 to 2013 to examine the conditions under which resource users conflict or cooperate, linking them to broader political and economic dynamics across scales. We consider the institutional factors that mediate these interactions, identifying policies to promote cooperative, and avert conflictual incidents. We further consider the long-term effects of these patterns of conflict and cooperation for the resilience or vulnerability of the resource base, the fishers, and the institutions governing the system. We suggest that specific governance arrangements that reduce disparities between groups, promote bridging social capital, and enhance hybrid and cross-scale institutions offer the best potential to govern resource systems where traditional CPRs and market-oriented industries converge.

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1. Introduction

Unprecedented rates of social and environmental change have altered, and continue to reshape, small-scale common pool resource (CPR) systems. In the last several decades, commons scholarship has achieved a great deal in academic and policy spheres, improving our understanding of how communities govern resources for sustainable use (Earl and Potts 2011, Dietz 2017, van Laerhoven et al 2020, Villamayor-Tomas and García-López 2021). Building upon Ostrom's landmark Governing the Commons, this scholarship has suggested the conditions under which resources systems may endure (Ostrom 1990, 2007, Agrawal 2001, Ostrom and Cox 2010). However, this literature has also been critiqued for its focus on systems and traits that are increasingly rare (e.g. subsistence systems; isolation and localism), and threatened by current social and environmental trends (e.g. globalization, climate change, urbanization) (Berkes 2006b, Schlager and Heikkila 2011, Fleischman et al 2014, Bennett and Basurto 2018, Kim et al 2018, Yoder et al 2022). In some cases, these trends may act not only as discrete challenges, but as state changes with the potential to undermine the fabric of long-enduring CPR institutions.

Fisheries provide a key example of this challenge. Small-scale fisheries support the livelihoods of over 100 million people and provide calories and micronutrients to some of the most vulnerable people in the world (Short et al 2021, Golden et al 2021b). These fisheries are often characterized by passive fishing gear (i.e. where capture relies on the behavior of the target, (von Brandt 1984)), limited range, and low capital and catch per unit effort 6 . However, fisheries around the world are now dominated, in volume and value, by industrial fishing from developed countries (FAO 2020). Global fisheries trade has increased twentyfold since 1976, and seafood is now the most widely traded food resource (Gephart and Pace 2015, FAO 2022). These divergent sectors are reinforced by management approaches designed for industrial fisheries and global markets on one hand (e.g. quotas, port state measures), or small-scale fisheries and subsistence or local markets on the other (e.g. community based management). While these systems are governed separately, there is substantial overlap between them, conceptualized in diverse ways, for example spatially (Platteau 1989, Belhabib et al 2019, Park et al 2020, Seto et al 2022), socio-economically (Bavinck 2005, DuBois and Zografos 2012, Crona et al 2015), or ecologically (Belhabib et al 2017). However, across these framings, the convergence of these sectors has been shown to challenge the persistence of small-scale fisheries CPRs.

Young et al (2006) conceptualize these challenges in terms of the growing influence of globalization on social-ecological systems. They suggest four key characteristics of globalization that have majorly influenced the enduring governance of small-scale CPRs: changing connectedness and complexity (e.g. trade), increasing speed (e.g. communications, transportation), spatial stretching (e.g. telecoupling, (Liu et al 2013)), and decreasing diversity (e.g. biological, cultural) (Young et al 2006, Liu et al 2013). While these characteristics can have positive or negative impacts, the pressures of globalized markets, labor and commodity chains have frequently disrupted small-scale fishing operations. These pressures have led to declining fish abundance and diversity (Berkes 2006a, Brewer et al 2012, Cinner et al 2013), decreasing ecological (Brewer et al 2013, Cinner et al 2013) and small-scale fisheries resilience (Armitage and Johnson 2006, Knight et al 2020), and fragmenting food and livelihood systems (Armitage and Johnson 2006, Berkes 2006b, Knight et al 2020, Golden et al 2021a). Perhaps one of the most impactful, but least understood consequences are the conflicts and competition resulting from the convergence of small-scale and industrial fisheries in the world's coastal waters.

Here we use empirical data from reported incidents at sea between globalized industrial and local small-scale fishers off the coast of Ghana to examine the conditions under which resource users conflict or cooperate. We explore the factors that contribute to conflictual or cooperative patterns, linking immediate circumstances to broader political and economic dynamics at local and global scales. We also consider the institutional factors that mediate these interactions, identifying potential approaches to promote cooperative, and avert conflictual incidents. We further consider the long-term effects of these patterns of conflict and cooperation for the resilience or vulnerability of the resource base, the fishers, and the institutions governing the system.

2. Methods

2.1. Analysis framework

Here we employ an analytical framework from Ratner et al (2013) based on the Institutional Analysis and Development (IAD) model (Ostrom 2007, 2009, 2011) 7 . Building upon the IAD model, the framework incorporates principles from political ecology and resilience theory to understand when conditions of cooperation or conflict emerge, and the implications for livelihoods and management (Berkes et al 1998, Allison and Ellis 2001, Folke 2006, Ratner et al 2013, supplementary material).

The Ratner et al (2013) framework has four primary components (figure S1) 8 . The first is the context of the resource system, comprised of resource attributes (e.g. abundance, observability), resource user attributes (e.g. ethnicity, wealth), and governance arrangements (e.g. formal laws, customary institutions). This context shapes the second component and primary moment of analysis, the action arena, or the 'stage for social bargaining' on which actors engaged in resource competition choose to cooperate or conflict (Ostrom 2005, DiGregorio et al 2008, Ratner et al 2013). Within this arena, three factors—actors (e.g. individuals, coalitions), action resources (e.g. material assets, social prestige), and rules in use (e.g. local laws, behavioral norms)—combine to shape the third component, the patterns of conflict and cooperation. These patterns lead to the fourth component, outcomes of interest, identified in the framework as those that pertain to livelihood security, resource sustainability, and adaptive capacity (Ratner et al 2013). Finally, over time, the outcomes of repeated patterns return to influence the broader context, potentially promoting social-ecological resilience or increasing vulnerability (LeBillon 2001, Anderies et al 2004, Folke et al 2005, DiGregorio et al 2008, figure S1).

2.2. Case study: Ghanaian fisheries incidents at sea

This study is situated in Ghana, where marine fisheries are critically important, and both globalized industrial and small-scale fisheries are present (Kwadjosse 2018, Ameyaw et al 2021). We drew on a data set of historical narratives of incidents at sea from national fisheries data systems, compiled from the Ministry of Fisheries and Aquaculture Development offices in Tema, Takoradi, and Accra, as well as archives in Tema and Takoradi (Seto 2017). Records represent cases brought to the Arbitration Committees in Tema and Takoradi from all four coastal regions in Ghana (figure S2). Since data only reflect those cases brought to the Committees, it is likely that a large number of incidents occurred, and were never reported; indeed, some estimates suggest 5% of conflicts are reported to the Arbitration Committees (Environmental Justice Foundation 2017). It is also possible that the issue of reporting may bias data toward cases that are more severe or proximal to Arbitration Committee locations, however the diversity of locations and estimated losses do not suggest strong bias (figure S2). Cases were considered discrete units as they were reported to the Arbitration Committees, though sometimes multiple petitioners or accused were named in a single case. The records included narrative information from incident participants (i.e. those present during the incident at sea) as well as administrative and official documentation from Ghanaian fisheries officials, fishing companies, and Arbitration Committee members. For full description of incident records, please see the supplementary material.

2.3. Tracing conflict and cooperation in Ghana's coastal fisheries

Here we analyze this historical data set, tracing the context, action arena, and patterns of conflict and cooperation from the Ratner et al (2013) framework to identify general and specific pathways toward conflict or cooperation. To do this, we utilized a process tracing approach to identify the processes linking a set of initial conditions to a particular outcome (George and Bennett 2005, Vennesson 2008). Process tracing is a critical element of causal case study research that emphasizes the identification of causal mechanisms connecting variables (George and Bennett 2005). Here, we combine positivist and interpretivist approaches, allowing us to 'explore both the causal "what"' (e.g. the link between different factors; section 3.1) 'and the causal "why"' (e.g. the reasons that actors give for their actions and behavior; section 3.2) (Vennesson 2008). To do this, we focused on incidents containing one or more of seven observed 'patterns of conflict and cooperation' between small-scale and industrial fishing vessels: three cooperative, four conflictual (n = 396; figure 1; table 1). We considered the interaction at sea, defined as verbal or physical contact between individuals onboard the vessels, to constitute the action arena of interest from the Ratner et al (2013) framework. Using qualitative data analysis software MaxQDA v.12.2.0 (MaxQDA Standard 12 n.d.), we coded all 396 case narratives for these patterns of conflict and cooperation as well as interaction characteristics pertaining to the actors, action resources, and rules in use. We analyzed the association of specific interaction characteristics with specific patterns of conflict and cooperation within case narratives (section 3.1) to understand which interaction factors created pathways toward conflictual (section 3.2) or cooperative (section 3.3) incidents, and which factors altered those trajectories.

Figure 1.

Figure 1. Tracing patterns of interaction at sea. Incidents at sea were analyzed in 2 stages: (1) the overall context, including both general and immediate context of the first encounter at sea, and (2) the action arena. Within the Ratner et al (2013) framework, the interaction and the interaction outcomes comprise the action arena and the patterns of conflict and cooperation that are the subject of this study. Seven outcome variables were observed, conflictual indicated in red, and cooperative in green, as well as their relative frequency observed from interaction cases (n = 396).

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Table 1. The seven interactions variables observed in small-scale/industrial fisheries interactions at sea.

 Interaction variableInteraction classificationDetail% cases with observed variable
1CooperationCooperativeMay consist of: sanctioned admittance of one actor onto another's vessel, relaying of contact information for onshore compensation, aid in the case of collision, etc.30%
2CompensationCooperativePrimarily consists of compensation at sea with money, food, fish, capital such as pieces of net, rope, petrol, and engine oil, or other items such as cigarettes or whiskey.8%
3Attempted compensationCooperative10%
4ArgumentConflictualMay occur onboard, alongside, or tethered to a vessel, and either small-scale or industrial actors may perpetrate threatening or violence. Violence may be hand-to-hand, though many cases involved knives, stones, clubs, iron rods, water cannons, and bottles, and rarely involved firearms, dogs, and projectiles like crabs and lobsters.57%
5ThreateningConflictual16%
6ViolenceConflictual18%
    
    
    
    
7AbductionConflictualMost often occurs against small-scale fishers when they board an industrial vessel, however in rare cases an industrial actor was taken by small-scale fishers to ensure compensation.3%

3. Results

3.1. Tracing patterns of interaction at sea

In this section, we summarize the results of the process tracing analysis, describing the links between different factors within interactions at sea, as described in the narrative cases, and tracing specific interaction characteristics to distinct patterns of conflict and cooperation.

During an interaction at sea, individuals on the accused vessel most often responded by denying culpability and refusing or delaying inspection by petitioners. This response was associated with conflictual outcomes including arguments and threatening by both small-scale and industrial fishers (table 1; box 1: A; figure 1). These responses often led to attempts by small-scale actors to board the industrial vessel to force negotiation. When this occurred, industrial actors frequently attempted to prevent boarding by use of threats and violence (e.g. knives, bottles, etc) (table 1; box 1: B and C; figure 1). If boarding was successful, both conflictual and cooperative patterns emerged. Conflicts were the most common onboard, involving all four conflictual variables (figure 1), with the most severe involving assault, abduction, starvation, and abandonment at sea (table 1; box 1: D–F). Notably, these conflicts were bi-directional, perpetrated by small-scale petitioners on industrial fishers and vice versa. When industrial fishers perpetrated violence, it was usually to remove small-scale fishers from their vessel (box 1: D and F), and when perpetrated by small-scale fishers, violence was meant to compel compensation or seek retribution for lost or damaged capital (box 1: E). Though less common, all three cooperative outcomes also followed a forced boarding (figure 1), usually when Ghanaian industrial crew interceded, or petitioners were compensated with fish or money (table 1; box 1: G and H). Notably in rare cases, industrial actors did not deny culpability, but directly cooperated by allowing petitioners on their vessel, sharing contact information, or aiding in searching for lost gear (box 1: I). In these cases, conflicts at sea were circumvented, and the 'stage for social bargaining' was shifted to an onshore forum.

Box 1: Interaction characteristics and emerging patterns of conflict and cooperation: select quotes from incident at sea reports

  • A.  
    Small-scale fisher: 'The vessel refused and told us that if they pull up their net and find our net is not on theirs they will kill us... it [was not] time for them to pull up their net; luckily we found our net on theirs'
  • B.  
    Small-scale fisher: 'We approached the vessel to protest against what they had done but we were met with machete wielding men who prevented us from boarding the vessel to complain and seek a solution.'
  • C.  
    Small-scale fisher: 'I made 2 attempts to get onboard but each time the captain hit my hands with a rod; we tied our rope to the trawling wires but again this same captain cut the rope'
  • D.  
    Small-scale fisher: 'I managed to get onboard the vessel in order to amicably settle the issue but the captain spoke to the crew sailors... struggled and wrestled with me to throw me overboard. I was onboard for 3 d without food or water'
  • E.  
    Industrial fisher: 'The crew on the canoes started throwing stones, boarded the [industrial vessel] ... started molesting and assaulting the crew with sticks, cudgels, and cutlasses... captain, boatswain, and one sailor... were badly assaulted.... captain and sailor were kidnapped and taken to Jamestown to answer for destroying the net of the canoes'
  • F.  
    Small-scale fisher: 'I accused them and asked that they allow me to go onboard the vessel to verify since they were hauling their nets; the crew onboard the vessel pounced on me with an iron rod and knife saying they have not damaged any net but I boarded with one of my crew members... a white man drew a knife threatening to kill us. He then started to punch us with hefty blows that my crew member cried brutally... my crew member attempted to collect the net but he was booted and beating mercilessly that he fell flat on the floor with blood oozing from his ankle...'
  • G.  
    Small-scale fisher: 'One of my crewmembers tried and jumped into the vessel despite a threat by one of the crew in the vessel to hit him with a rod; a black bosun placated my crew member onboard the vessel to be patient and rang his Tema office...'
  • H.  
    Small-scale fisher: 'Some of our fishermen managed to get on board the vessel to get a clear response of the accident. While onboard the black crew told us that the captain did not experience such an accident before because he was a new man handling the boat... so they promised to give 5 sacks of fish as compensation to repair our net.'
  • I.  
    Small-scale fisher: '[Our crew] boarded the boat and approached the captain and he gave them Chinese writing to be given to the officer in charge at Sekondi for compensation.'

3.2. Explaining patterns of interaction at sea

In the following sections, we complete the process tracing analysis by applying the Ratner et al (2013) framework to analyze the interaction characteristics (e.g. actors, action resources, rules in use) observed in these accounts in relation to their overall context and associated patterns of conflict (section 3.2.1) and cooperation (section 3.2.2) (Vennesson 2008). While process tracing does not preclude the influence of additional factors in shaping conflict outcomes, it takes seriously 'the reasons that actors give for their actions and behavior,' providing a way to 'learn and to evaluate empirically the preferences and perceptions of actors, their purposes, their goals, their values, and their specification of the situations that face them' (Vennesson 2008)

3.2.1. What explains patterns of conflict in Ghana's fisheries?

Based on case narratives, actors are compelled toward conflict by their perceptions of a threat to themselves, their property, or their livelihoods in the form of their ability to access fisheries resources in the future (Turner et al 2003). These perceptions are produced and shaped by three trends that emerge strongly from analysis of the action arena (i.e. the actors, action resources, and rules in use) (box 2). These include divergent political economies and vulnerabilities between small-scale and industrial sectors, different notions of legitimacy and cohesion, and disparate rules and norms. While each are described individually below, these forces also interrelate, reinforcing each other and their influence on conflict outcomes.

Box 2: Patterns of conflict: select quotes from incident at sea reports

  • A.  
    Small-scale fisher: 'I am pleading through your office to come to our aid as to recover my lost nets to enable me to repay the huge bank loans and also to be able to continue to cater for my own families including the extended ones as well as the families of my either crews who I am looking after.'
  • B.  
    Small-scale fisher: 'As a result of this accident, we are no more fishing; our wives are threatening to divorce us since the fishing business is our only livelihood coupled with our children crying for food.' Official: 'The fisherman had to use his retirement money to pay for a new net since he hasn't been compensated'
  • C.  
    Official: 'Urgent because fishermen cannot continue fishing because of the accident'
  • D.  
    Small-scale fisher: 'I am appealing to the authorities concern to come to our aid to have an amicable settlement because it is our only livelihood'
  • E.  
    Small-scale fisher: 'The captain invited us, and we went to them, but he did not compromise with us and we had to leave as we were getting short of fuel.'
  • F.  
    Small-scale fisher: 'After a lengthy discussion they arrived at a conclusion and gave us one crate of fish (kakadiamaa) and one crate of mixed flying fish and ray which was not our desire'
  • G.  
    Small-scale fisher: 'The captain a white man... asked us to leave the vessel but we refused. We struggled with them to go with us to search for our nets but the crew asked us to go... we left one of our crew and the rest of us went to search for the nets. They gave us fish to go and buy fuel. We refused and insisted they go with us. After some time, we took fish as evidence they have destroyed our nets'
  • H.  
    Small-scale fisher: 'About twenty minutes later the vessel returned to the scene of the accident and we saw the captain taking pictures and the crew members in life jackets ready to rescue us. The vessel stayed for about one hour more but due to language barrier we could not communicate with each other. She therefore left westwards.'
  • I.  
    Official: 'After all the canoe fisher are not pirates as he originally thought but rather local fishers who were asking of their net'
  • J.  
    Small-scale fisher: 'Punish [the perpetrators], since we the local fishermen cannot stay in our country to suffer inhuman from these unscrupulous people in the fishing industry'
  • K.  
    Small-scale fisher: 'We went to the ship and they told us the captain has gone ashore; as we waited a little while they pulled out a water hose to pump water on us so we told them we cannot be destroyed in our own waters and if they dare we will send them to court'
  • L.  
    Small-scale fisher: 'This is our source of income; these vessels always come so close to the coastal areas that they pose a threat to us'
  • M.  
    Small-scale fisher: 'Although our dinghy went alongside [the industrial vessel] they failed to come to our aid and absconded against maritime regulations'
  • N.  
    Small-scale fisher: 'Since the two parties are all seafarers, we should make effort to resolve this issue amicably, so as to promote peace at sea'
  • O.  
    "Industrial fisher: 'The [industrial vessel] cannot be held fully responsible for the following reasons: (a) Appropriate Navigational lights were not placed on the fishing net to alert on coming vessels. (b) Majority of the artisanal fishermen were ignorant of unauthorized fishing zones.'
  • P.  
    Small-scale fisher: 'We made an attempt to board the vessel to go and collect our net. Immediately the crew onboard the vessel released two dogs who growled at us threateningly. Being afraid, we went back into our canoe but still hanging beside the vessel'
  • Q.  
    Small-scale fisher: 'When we attempted to go near them so as to discuss the case with them a certain man probably one of the crew brought out a pistol and attempted to shoot at us so we had to run back. Every one of the boats went ashore out of fear.'

3.2.1.1. Divergent political economies and vulnerabilities

One of the trends leading to conflicts are the disparities between industrial and small-scale fishers' 'action resources' that create divergent incentives. Ratner et al (2013) describe action resources as 'those intangible and tangible assets that give actors the capability for agency' (p. 193). Assets provide the basis for choices; the more assets one has (e.g. education, wealth, time), the more choices perceived between conflict or cooperation. These assets are also more than the sum of their parts, and constitute the resource user's livelihood strategy (Allison and Ellis 2001, LeBillon 2001, Stonich and Vandergeest 2001, Campling et al 2012).

In Ghana, these sectoral differences are dramatic. Small-scale fishers often have limited financial capital, nets and boats are financed through credit, and frequently represent a large proportion of the owner's personal wealth (box 2: A, B). There is no insurance scheme in the small-scale fishery, so losses are incurred solely by the net or vessel owner. Ghanaian small-scale fishers also have limited access to alternative livelihoods, so loss of capital may mean temporary or permanent loss of employment and income (Finegold et al 2010, box 2: C and D). In contrast, the capital and operations of industrial fishing are predominantly funded by fishing companies, large entities owned by multiple stakeholders not present during an interaction at sea. Industrial vessels are insured, reducing the likelihood that loss or damage are incurred by the fishers themselves. The two sectors have dramatically different technological assets, with small-scale vessels comprised of dugout or planked canoes, operating by paddle, sail, or small outboard motor, and industrial vessels utilizing inboard engines and hydraulic technologies (Atta-Mills et al 2004, Finegold et al 2010). Industrial actors also display a number of intangible assets that improve their relative agency. Since industrial vessels frequently hold licenses to fish in neighboring countries, and because they are provisioned for longer trips of greater distances, they have greater assets of time and mobility than small-scale actors, who are bound to shore for food and fuel (box 2: E). In some cases, these assets enable industrial actors to avoid local ports and land-based authorities, requiring small-scale actors to settle for the—potentially insufficient—compensation negotiated at sea (box 2: F and G).

These configurations of 'action resources' are a product of their historical development and the very different markets and patterns of accumulation between sectors. As foreign-owned, export-oriented vessels, industrial actors are part of a globalized 'accumulation regime' that separates labor from capital, integrates it into a mechanized means of production, with insurance protecting actors from loss (Peluso and Watts 2001, Collins 2008). In contrast, small-scale fisheries represent a local CPR 'accumulation regime,' guided by catch sharing and local markets, integrally connected to the means of production, and sharing both profits and losses without insurance arrangements to protect them (Peluso and Watts 2001). This uneven distribution of tangible and intangible assets creates an uneven playing field wherein small-scale actors have fewer choices, increased vulnerability, and strong motivation to resolve incidents at sea (box 1: F, box 2: A–D). Meanwhile, industrial actors have more choices, less vulnerability, and an opposing incentive to avoid interaction and negotiation, as it would likely result in loss of property and time, and could result in harm to vessel or crew. In this way, the convergence of opposing political economies directly shapes the positions of actors, configuring their incentives and relative power (figure S1). While differences in action resources are not, in themselves, sufficient to explain incidences of conflict, their role in creating divergent incentives lends insight into the emergence of conflicts.

3.2.1.2. Disparate notions of legitimacy and cohesion

A second trend contributing to conflictual outcomes is the divergent sense of legitimacy and historical claim created by the disparate identities and values of industrial and small-scale actors. Past work on commons governance suggests user groups with shared identity, values, and history of cooperation are more likely to engage in effective resource management, whereas actors with substantial differences are more likely to conflict (Ostrom 1990, Baland and Platteau 1996, Agrawal 2001). Where multiple horizontal inequalities align, such as where differences in identities or values correlate with differences in assets or historical claim, risk of violence and conflict increases (Stewart et al 2008). This increased likelihood of conflict is rooted in the historical development of these identities, and conflict represents the process by which individuals and communities contest the allocation and distribution of resource benefits (Barbrow-Strain 2001, Peluso and Watts 2001, Turner et al 2003).

In Ghana, these differences profoundly affect the ways small-scale and industrial fishers perceive each other and interactions at sea. Small-scale fishers in Ghana have operated regionally for centuries and locally for millennia; the industrial fishery emerged in the 1950s and 1960s in response to development programs aimed at generating foreign currency (Adjetey 1973, Atta-Mills et al 2004, Overå 2011, Seto and Campbell 2020). While the small-scale fishery is almost exclusively Ghanaian, the industrial fishery is more varied; captains and first mates are oftentimes Chinese, Korean, or other nationalities (Nunoo et al 2014, O'Neill et al 2018), while crews are mixed and required by law to be at least 75% Ghanaian (Government of the Republic of Ghana 2002). These differences mean industrial actors have different cultures, languages, and values from small-scale fishers, complicating interactions and challenging communication (box 2: H and I). Small-scale fishers demonstrate strong group identity linked to place (Walker 2002, Atta-Mills et al 2004), whereas industrial fishers' are more closely tied to their vessel than their residence or sector as a whole (Walker 2002, Atta-Mills et al 2004) (Nunoo et al 2014). These dissimilarities contribute to conflicts, as small-scale fishers cite their Ghanaian nationality, identity as fishermen, and historical entitlement as support for their prevailing legitimacy and resource claims (box 2: J and K).

These disparate notions of legitimacy and historical claim are critical, as they reveal the ways in which fishing communities contest resource allocation. Small-scale fisheries are ancient, grassroots, based in nationalist, ethnic, and linguistic identities, and tied to fishers' communities. In contrast, industrial fisheries are a few decades old, government-initiated, largely operated by foreign interests for export market profit, and stationed in two large urban ports. These divergent histories give way to equally different senses of historical claim, perceived legitimacy, and resource rights (Bavinck 2005), reinforcing small-scale fishers' entitlement to fisheries resources, and strengthening their determination to pursue reparation at sea. While different identities are not sufficient to explain conflicts, they improve our understanding of the relationship between fishing sectors, between sectors and the resource, and the perceptions of benefit that guide conflictual outcomes.

3.2.1.3. Different rules and norms of behavior

The third trend contributing to patterns of conflict are the different sets of laws and norms guiding behavior of small-scale versus industrial fishers. Legal pluralism, where different legal mechanisms and institutions are applicable within a given situation (Vanderlinden 1972, Bavinck 2005, Tamanaha 2008), has been credited in some contexts with producing positive outcomes for cooperative resource management (Meinzen-Dick and Pradhan 2002, Berman 2006, Ostrom 2010). However, in other cases, it has been linked to conflicts, where different actors abide by separate sets of rules and norms that make competing claims of authority or impose conflicting demands (Bavinck 2005, Jentoft et al 2009, Ratner et al 2013).

In Ghana, the different 'rules in use' that industrial and small-scale fishers appeal to within an interaction highlights this pathway to conflict. Small-scale fishers often draw upon national laws to demonstrate the illegality of activities conducted by industrial fishers and increase the legitimacy of their claims (box 2: L and M), most commonly citing the inshore exclusion zone (IEZ), an area reserved for small-scale fishing (Government of the Republic of Ghana 2002, Seto et al 2022), as well as laws prohibiting light fishing, pair trawling, and destruction of nets (Government of the Republic of Ghana 2002). Small-scale fishers also draw upon norms to rebuke industrial fishers for unethical practices, claim preeminent user rights, or engender compassion and commonality. Small-scale fishers sometimes appeal to a sense of kinship or commensuration, employing norms of reciprocity and shared identity to compel cooperation and compensation (box 2: N). Industrial fishers also refer to state laws, such as those regarding lighting and traffic zones, to bolster their position and assign blame to small-scale fishers (box 2: O). Industrial actors do not frequently draw upon ethical norms of behavior, but often appeal to international laws outlined in the UN Convention on the Law of the Sea (UNCLOS) or the International Maritime Organization (IMO). For example, industrial actors cite laws about navigation, unsanctioned boarding of a vessel, and piracy to legitimize their actions and undermine the claims of small-scale fishers (UN General Assembly 1982, IMO 2009). For industrial actors, the 'rules in use' are primarily national and international laws, not local or cultural norms.

In addition to the 'rules in use,' different institutions dominate the two sectors. Likely the most influential institution governing Ghanaian small-scale fishers is the chief fisherman and the council of elders. The chief fisherman is an ancient institution, occurring in each fishing village along the Ghanaian coast (Walker 2002, Finegold et al 2010). Chief fishermen exert substantial power and influence over small-scale fishing activities, setting rules and taboos, determining access rights, and mediating disputes. In the industrial sector, individual fishing companies are the institutions with the most influence on vessel behavior, with some influence from industrial fishing associations. This multitude of laws and norms is critical in understanding conflict and cooperation, as it comprises the framework within which actors perceive and assert claims, convey power, and conceptualize the positions of others. These rules and institutions constitute different 'sea tenure systems' (Cordell 1989, Bavinck 2005), wherein not all actors are subject to every governance arrangement. For example, the chief fisherman is the most influential institution governing small-scale fisher behavior, but it is not recognized by the industrial sector. Similarly, small-scale fishers are often unaware of international laws and regulations that shape industrial fishing endeavors. Here the small-scale sea tenure system emphasizes commensuration and compels fishers to negotiate at sea, whereas the industrial system emphasizes vessel autonomy, obliging them to avoid negotiation and prevent boarding at great cost. These differences are a primary contributor toward pathways of conflict and violence.

3.2.2. What explains patterns of cooperation in Ghana's fisheries?

While the three trends above compel interactions toward conflict, two trends observed in the case narratives are strongly related to situations of cooperation (box 3). Specifically, conflicts are averted in circumstances where social capital or bridging institutions can minimize asymmetries and promote cooperation at sea.

Box 3: Patterns of cooperation: select quotes from incident at sea reports

  • A.  
    Small-scale fisher: 'The vessel suddenly stopped and pulled out her net at which time the canoe fishermen were able to get closer to them and made a formal complaint (through the Ghanaians on board) to one white man who appeared, to cooperate with them to resolve the issue. However, in a turn of events another Ghanaian officer appeared and ordered the vessel to leave.'
  • B.  
    Small-scale fisher: 'The trawler started to runaway to deep sea and my people also ran after them. There [were] some crewmembers who came from the same district with us, told them not to run after them but they should rather go to their head office'
  • C.  
    Small-scale fisher: 'We approached the vessel and the crew confirmed the incident... When captain woke up he did not show concern and started to motor away when the crew asked us to write the name and number of the vessel and report the captain and the vessel to the fisheries office.'
  • D.  
    Small-scale fisher: 'After the incident we went to them and the Chinese captain on board failed to compromise with us concerning the damage they have caused our nets. It was the few Ghanaians onboard who sympathized with us.'
  • E.  
    Small-scale fisher: 'I boarded the vessel to collect my net but the crew tried to deny causing any damage. I was warned by the black crew members that the white man will injure me with a knife because he attempted to do so when a canoe came to them'
  • F.  
    Small-scale fisher: 'We approached them and report the damage of our net to the crew... They told us to come on board to meet the captain he said he will call the agent to solve the problem'
  • G.  
    Small-scale fisher: 'We gave the vessel a hot chase; one of my crew members tried and jumped into the vessel despite a threat by one of the crew in the vessel to hit him with a rod; a black bosun placated by crew member on board the vessel to be patient and rang his Tema office'
  • H.  
    Small-scale fisher: 'We told them about the damage caused, at this point they disagreed with us, rather attempting to beat us, but we insisted and came to the fishing harbor together for amicable settlement.'
  • I.  
    Small-scale fisher: 'We flashed lights and burned petrol flares but they still hit the boat and one man fell overboard... We approached the boat and one crewmember said we should file a report in Tema'
  • J.  
    Small-scale fisher: '[Our] fishers held their trawl ropes to tell the vessel about damage, and crew (white man started it) threw various objects at them—broken bottles were kept as evidence.'
  • K.  
    Small-scale fisher: 'Four crewmembers went onboard the [industrial] vessel to retrieve and determine cost of the damage. The white sailors attacked them with shovels and a long bamboo pole with hook at one end which is in my custody.'
  • L.  
    Small-scale fisher: 'The captain... offered to give some sacks of fish to the canoe crew members to defer the cost of damage of the net which the canoe crewmembers rejected. The captain then agreed to give them a letter written in Chinese to be given to the authorities... for settlement.'
  • M.  
    Small-scale fisher: 'We resisted for our net to be taken away and that resulted in a struggle but due to the dangers of their knives I suggested that the rules governing the sea reveals that if such a thing happens the only alternative is to take the number of our vessel and report to the appropriate quarters for investigation but they insisted on taking our net'
  • N.  
    Small-scale fisher: 'When the attention of the crew of the boat was drawn to the damaged causes, they rather took offense and were throwing water on the crew of my canoe. [As it] drew nearer to their boat they became furious and aggressive, seeing the situation and in order to avoid an attack on us by them my crew left them while they dragged the net of my canoe away... as all attempts to get the owners of the said fishing boat to replace my fishing net have failed me, I lodge this complaint'

3.2.2.1. Bridging social capital

While much research has focused on the triggers of resource conflict, one strength of the current framework is identifying the circumstances in which actors avert conflict, and cooperate. Where cooperation emerged, the ability for actors to create commonality between industrial and small-scale actors proved essential. Studies of social capital suggest that social bonds and norms are important for individual and community function, and by lowering the transactions costs of working together, social capital can facilitate cooperation (Pretty 2003). In this function, bridging social capital, or connections between groups that may have different or opposing views, is particularly key (Woolcock 2001, Pretty 2003).

The requirement that 75% of industrial crew be Ghanaian nationals results in a mixed industrial crew, and in some cases, Ghanaians on industrial vessels provided the bridging social capital needed for cooperative outcomes (Government of the Republic of Ghana 2002). These Ghanaians acted to: enhance communication and act as interpreters; refer small-scale fishers to land-based institutions like the vessel's fishing company, the Arbitration Committee, or the police station; communicate the industrial vessel's identity; express sympathy and warn small-scale fishers of potential threats or violence; and enable small-scale fishers' boarding, appease arguments, and suggest means of resolution (box 3: A–F). The Ghanaian crewmembers that bridge the gap between industrial and small-scale sectors' values and tenure systems represent 'change agents' able to influence others toward pathways of conflict or cooperation (Ratner et al 2013). Within incidents, both kinds of change agents are present, in some cases defusing what began as a conflictual interaction, and in others, escalating what had begun as cooperation (box 3: A and G). However, where cooperation did emerge, the role of Ghanaian industrial crewmembers was often pivotal.

This heterogeneity of the industrial crew—created through a specific regulation—complicates straightforward notions of sector differentiation and conflict. Peluso and Watts (2001) state that, 'There is no single theory of violence... It is important to ask, therefore, why violence occurs in some places and not in others, why some factors are more important than others, and why brutal acts define some conflicts and not others... to reveal how these causal forces articulate in specific circumstances.' Here, cases of cooperation demonstrate that conflict is not the inevitable consequence of certain triggers, but even where these triggers occur, conflict is a social process, and cooperative outcomes are possible.

3.2.2.2. Bridging land based institutions

Where shared 'rules in use,' in the form of laws and institutions, were known, they were also essential in guiding cooperative outcomes. Interactive and adaptive governance suggests that many conventional institutions are poorly suited for conflict management between groups with different or opposing characteristics (Folke 2006, Sanginga et al 2007, Jentoft et al 2009, Jentoft and Bavinck 2014). Customary approaches (e.g. chief fishermen) are often unable to operate across communities or scales (Cash et al 2006, Berkes 2006b), while legal and administrative mechanisms are frequently inaccessible to marginalized user groups (e.g. rural communities) or lack the subject matter expertise to solve conflicts (e.g. police; Sanginga et al 2007). Further, within conventional institutions, actors have unequal power, such as industrial actors entering arbitration through the chief fisherman or a small-scale fishers negotiating with industrial fishing companies (Adger et al 2005, Sanginga et al 2007). However, hybrid and cross-scale institutions can provide an alternative wherein both actors trust in the negotiation of outcomes (Folke 2006).

In Ghana, the Arbitration Committee, which is comprised of small-scale and industrial fisheries representatives as well as Ghanaian Fisheries officials, is an example of a cross-scale institution. The Arbitration Committee acts as a quasi-governmental institution through the Fisheries Commission, however it arbitrates incidents outside the official legal and judicial system within Ghana, providing a faster, cheaper, and more sector-appropriate venue for dispute resolution than the court system. In the incident narratives, where individuals knew of the Arbitration Committee (box 3: H), or were informed of it at sea (box 3: I), conflicts were avoided and cooperation emerged. In these cases, small-scale fishers could leverage this knowledge while at sea to improve their case on land, collecting proof and testimony for evidence at the Arbitration Committee. Evidence may include contact information, weapons, accounts of industrial actors or nearby observers, or other materials (box 3: J–L). Since limited government capacity constrains monitoring in sea space, access to land-based mechanisms of enforcement and accountability provided an essential secondary means of restitution.

The choice to engage in conflict or cooperation depends on each actor's calculus of anticipated benefit (Ramirez 1999). When small-scale fishers perceive interactions at sea as the only avenue to restitution, there is strong incentive to compel negotiation and compensation in sea space. However, knowledge of a competent cross-scale institution alters that 'calculus of anticipated benefit' by providing an alternative, land-based means of settlement and potential compensation. While in some cases, actors used their knowledge of the Arbitration Committee to engender cooperation (box 3: M), in others it was used more as a last resort, less prompting cooperation so much as avoiding conflict escalation and providing a channel for onshore restitution (box 3: N). Here, the presence of the Arbitration Committee also provides an exception to notions of a deterministic pathway to conflict, providing the circumstances to avert conflict and shape cooperation.

4. Discussion

Having identified factors that contribute to cases of both cooperation and conflict at sea, an important final step in the Ratner et al (2013) framework is to consider the long-term effects of these patterns for the resilience or vulnerability of the resource, the fishers, and the institutions governing the system (Ratner et al 2013, figure S1). While each incidence of conflict or cooperation has immediate outcomes, the repetition of these patterns over time also results in broad changes for the system as a whole.

One example of these recurrent patterns in Ghana is the emergence of a dedicated 'fishery' for trawler bycatch. In recent decades, trawlers in Ghanaian waters have begun transferring bycatch to small-scale canoes for fee or barter, offloading their 'trash fish' to local fishermen and markets (Nunoo et al 2009). This form of cooperation between industrial and small-scale fishers has increased in recent years, with diverse and substantial impacts on both fish and fishers. First, small-scale fishers in many locations have come to prefer bycatch trade to 'seek and capture' fishing, raising fears of the erosion of deep fishing traditions in Ghanaian coastal communities. Second, tensions have arisen between small-scale fishers who engage in this practice and those who do not, due to the increased profit potential when fishing gear is unnecessary, declines in market prices from influxes of 'trash' fish, and perceptions of unsustainability attributed to this practice, which is rendered illegal by the prohibition on transshipment (Government of the Republic of Ghana 2002, Nunoo et al 2009). The practice of trading 'trash fish' also has considerable implications for fish stocks, as it is believed to incentivize the use of small mesh nets and enable trawlers to fish longer without coming to shore to land bycatch. This, combined with the fact that fish traded to small-scale fishers are counted in neither small-scale nor industrial catch estimates, leads to the perception that this trade promotes overfishing and unsustainable harvest. Finally, and perhaps ironically, this cooperation between industrial and small-scale fishers is ultimately perceived to increase the number of conflicts with small-scale fishers, as it encouraged trawlers to fish closer to shore and within the IEZ (Nunoo et al 2009, Seto et al 2022).

In addition to cooperation, conflictual outcomes may also alter the characteristics of both industrial and small-scale fishers. Within the narratives, small-scale fishers state that their employment and livelihoods are threatened by the loss of capital and fishing time caused by the incident (box 2: A–D). In some cases, those impacts may lead to defaulting on loans (box 2: A), using savings or retirement funds to replace fishing inputs (box 2: B), or ultimately poverty traps (box 2: A–D, Barrett and Carter 2013). Conflictual outcomes appear to have already altered the behavior of industrial fishers, as narratives recorded the presence of guns and dogs onboard the industrial vessel, ostensibly to deter boarding by small-scale fishers (box 2: P and Q).

Here, the tactics employed by both sectors, repeated through time, tend to intensify risk to both groups. However, some adaptations are notable. For example, adaptations may promote cooperation between sectors—such as the growth in bycatch trade—but potentially undermine resource sustainability or internal cohesion within the small-scale fishery over the long term. While this trade may indicate cooperation by industrial vessels with specific small-scale actors, it does not necessarily represent a trend within the entire subsector, and cooperation with some may intensify conflict with others. Compensation at sea represents another adaptation, with mixed consequences. While undoubtedly many cases of compensation have resolved grievances, in other cases it has led to conflict escalation or complicated overall assessment of damages and restitution. Furthermore, the repeated use of this strategy has led industrial fishers to claim that small-scale gear damage is an intentional tactic to extort money from industrial fishers, and a precursor to piracy.

However, other adaptations have more positive long-term implications, such as where industrial actors do not attempt to prevent negotiation, and immediately cooperate by suggesting onshore arbitration or compensation (figure 1). In these cases, repeated cooperation improves relations between actors, enhancing capacity for continued learning and collaboration. Two institutions are key in promoting these long-term cooperative patterns. The first is the Arbitration committee mentioned above, which establishes a cross-sector forum for negotiating and compensating claims. The second is the Ghanaian requirement that industrial vessels land catches in Ghanaian ports (section 134) and be owned or controlled by a majority Ghanaian entity (section 47, Government of the Republic of Ghana 2002). These requirements are essential to the functioning of the Arbitration Committee, as they ensure that legitimate industrial fisheries representatives are available onshore in Ghana. These two institutions enable the relocation of negotiations to onshore for a capable of effectively resolving conflicts. These institutional arrangements and adaptations represent promising advances in the mediation of fisheries conflicts, and may present solutions for other systems challenged by the convergence of traditional and market-driven resource users.

While there are several strengths to the data and analysis presented here, are also key limitations. One limitation is the likelihood of missing data on both cooperative and conflictual interactions at sea (supplementary material). Since cases of successful cooperation are particularly unlikely to be reported, this limits our ability to understand the multitude of factors contributing to cooperation, and prevents robust quantitative or comparative analyses. There are also limitations inherent in the IAD and Ratner et al (2013) frameworks. While the Ratner et al (2013) framework addresses several of the critiques of institutional analyses, such as the lack of attention to power dynamics and the failure to consider institutional change over time (supplementary material), two key limitations still apply. First, key institutions are still analyzed in a static way, with limited understanding of their broader history or evolution. Second, in taking conflict as a social phenomenon, the framework places limited focus on the ecological or environmental elements of the resource system (Epstein et al 2013). Therefore, while analyses utilizing the Ratner and IAD frameworks, such as the one presented here, do not preclude the possibility of resource scarcity, empirical evaluation of resource sustainability is limited (Seto et al 2022).

5. Conclusion

In this article we have considered the conflicts between small-scale and industrial fisheries as a critical but understudied consequence of the globalization of small-scale CPRs. By taking conflicts at sea as a process, assuming a priori neither specific causal factors (e.g. resource abundance or scarcity) nor specific outcomes (e.g. conflict), we provide insight into moments of contingency, and thus moments of potential intervention. In emphasizing the moment of social bargaining at sea, but taking seriously the relationship it has to political and economic structures, we highlight both the proximal and distal factors that shape conflictual and cooperative outcomes. These findings lead us not to reductive policies that seek to create more fish or fewer fishers (Finkbeiner et al 2017), but to more nuanced solutions with the potential to address the roots of conflict at sea. Previous policy prescriptions aimed at reducing conflicts have focused on resource intensive monitoring, control, and surveillance efforts, seeking to enforce spatial or temporal regulations separating the two fleets (Seto et al 2022). However, in refocusing on these conflicts as social phenomena, this research suggests that the best approaches to reducing conflicts at sea would reduce the economic and cultural disparities between sectors, rather than separate them entirely.

Globalization is an inevitability of modern life. While many of its impacts work to disrupt CPRs like small-scale fisheries, there are also unquestionable benefits (e.g. telecommunications, economic development) that improve quality of life and opportunities for diverse peoples. The challenge of globalized CPRs is the challenge of governing hybrid resource systems where traditional CPRs and market-oriented industries converge. Rather than seeking to avoid the impacts of globalization and insulate small-scale CPRs, we suggest that specific governance arrangements that reduce disparities between groups (e.g. wealth redistribution policies) may be key in preserving resource entitlements and reducing conflict. These policies, combined with governance arrangements that promote bridging social capital and enhance hybrid and cross-scale institutions—like those observed here—offer the best potential for enduring resource systems in the modern age.

Acknowledgments

We thank the women and men who assisted with the archival data collection for this study, including Paul Bannerman, Alex Sabah, Scott Apawudzaa, Francis K Nunoo, Josephine Laryea, Donkor, and Mr Tettey. We also thank members of the Brashares and O'Neill research groups for their feedback on the formulation of this study and valuable comments on earlier drafts of this manuscript. We also thank D Robson and P Krishnayya for editorial support. This work was supported by NSF-GEO Grant CNH115057 as well as by the Andrew And Mary Thompson Rocca Scholarship in Advanced African Studies, the West African Research Association, the Institute of International Studies John L Simpson Memorial Research Fellowship, & the National Science Foundation Graduate Research Fellowship Program.

Data availability statement

The data that support the findings of this study are available upon request from the Fisheries Commission, Ghana.

Funding

This work was supported by NSF-GEO grant CNH115057 as well as by the Andrew And Mary Thompson Rocca Scholarship in Advanced African Studies, the West African Research Association, the Institute of International Studies John L. Simpson Memorial Research Fellowship, & the National Science Foundation Graduate Research Fellowship Program.

Footnotes

  • Although the specific characteristics of artisanal and industrial fishing vary from region to region, it is still possible to compare and contrast their characteristics. For more in-depth treatment of the differences between the sectors over time, please see the Thompson tables and other analyses available in (Thompson 1980, Lindquist 1988, Berkes et al 2001, Jacquet and Pauly 2008, Mills et al 2011).

  • While the IAD has most often been used to understand the construction of collective action institutions to cooperatively manage resources, the framework itself is highly adaptable and may be used to understand divergent outcomes at both the operational (Bushouse 2011, Oakerson and Parks 2011) and policy (Andersson 2006) levels.

  • The analytical framework is explained briefly here, however for full discussion of the diverse ways in which these components may influence outcomes, see Ratner et al (2013). Here we apply the framework in a directed way to analyze empirical data from Ghanaian fisheries, however it is worth examining the framework as a whole to better understand the full diversity of potential factors and how they may influence conflict and cooperation outcomes.

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Supplementary data (1.2 MB PDF)