View
453
Download
0
Tags:
Embed Size (px)
DESCRIPTION
Presentation at Oceans Past IV Conference, November 2012, Fremantle, Western Australia
Citation preview
Claims and Disclaims: The following PPT was used when I presented a keynote address to the Oceans Past IV conference (7-9 November, Notre Dame University, Fremantle, Western
Australia). It is my preliminary exploration of ideas, based on personal experience, on reading the research literature, hearing many different cases around the world and visiting many
different regions. Following this PPT are 2 additional slides containing additional information discovered, all by lucky coincidence, in the days following after Oceans Past IV -
http://hmapcoml.org/oceanspast/.
A look back through the lens of “fisheries management” using a network analysis approach
How to organize the information?
Searching for solutions to manage the fisheries commons • the evolving concept of “fisheries management”
A network model for case studies Three cases
• Northern Australian trepang • Southern bluefin tuna • Southeast Asian small pelagic fish
Conclusions • Turning “ugly truths” into levers of positive change
Fisheries management Fisheries governance
Fisheries networks (of networks)
Historically to 1950 • capture and/or allocate the benefits, minimize conflict • find new fisheries to replace old • stay within environment carrying capacity (more rarely)
1950-mid 1970s • Develop new fisheries, modernize
Mid 1970s-mid 1990s • capture benefits of UNCLOS • sustainability of target resources • minimize environment damage, e.g., to bycatch and habitat
Mid 1990s-present • grow exports, value chain under globalization • ecosystem approach to fisheries • fair fisheries? rights for small-scale fishers, crew, women?
“WESTERN”
• Science, fish stock based
• Biased towards industrial fishing
• Top-down, seeks tight, centralist, uniform State control may suit some fish stocks,
fishers but not others
• Aquaculture development cautious, science based, env
concerns
“WESTERN”
• Fish population dynamicists • Fisheries managers • Fisheries economists • Industry representatives • MCS professionals • Environmentalists • Aquaculture
scientist/advocates
FISHERIES MANAGEMENT
• Fish population dynamicists • Fisheries managers • Fisheries economists • Industry representatives • MCS professionals • Environmentalists • Aquaculture
scientist/advocates
FISHERIES MANAGEMENT FAO GLOSSARY
• Fish population dynamicists • Fisheries managers • Fisheries economists • Industry representatives • MCS professionals • Environmentalists • Aquaculture
scientist/advocates
Fisheries management The integrated process of information gathering, analysis, planning, consultation, decision-making, allocation of resources and formulation and implementation, with enforcement as necessary, of regulations or rules which govern fisheries activities in order to ensure the continued productivity of the resources and the accomplishment of other fisheries objectives.
FISHERIES MANAGEMENT “NON-WESTERN”
• Science, fish stock based
• Biased towards industrial fishing
• Top-down, seeks tight, centralist, uniform State control may suit some fish stocks,
fishers but not others
• Aquaculture development cautious, science based, env
concerns
• Socially, not science based
• Small-scale and industrial fishing
• Bottom-up, dispersed, heterogeneous social rather than State control may suit some fish stocks,
fishers but not others
Implicit belief in tradition
• Aquaculture development laissez-faire, practice based
FISHERIES MANAGEMENT “NON-WESTERN”
• Fish population dynamicists and biologists
• Fisheries managers • Fisheries economists • Industry representatives • MCS professionals • Environmentalists • Aquaculture
scientist/advocates
• Applied social scientists • often re-badged biologists,
economists • Development assistance
experts (recent) • Small-scale fishers
organizations • Aquaculture
scientist/advocates
FISHERIES MANAGEMENT FISHERIES GOVERNANCE
• Fish population dynamicists and biologists
• Fisheries managers • Fisheries economists • Industry representatives • MCS professionals • Environmentalists • Aquaculture
scientist/advocates
• Applied social scientists • often re-badged biologists,
economists • Development assistance
experts (recent) • Small-scale fishers
organizations • Aquaculture
scientist/advocates
FAO (1997) FISHERIES GOVERNANCE
The term “governance” covers both: (i) the activity or process of governing; (ii) those people charged with the duty of governing: and (iii) the manner, method and system by which a particular society is governed. In fisheries it is usually understood as the sum of the legal, social, economic and political arrangements used to manage fisheries. It has international, national and local dimensions. It includes legally binding rules, such as national legislation or international treaties as well as customary social arrangements.
• Applied social scientists • often re-badged biologists,
economists • Development assistance
experts (recent) • Small-scale fishers
organizations • Aquaculture
scientist/advocates
Fisheries Management • New modern solutions, based on economic concepts would
deliver profits and sustainability in a virtuous cycle e.g., limited entry, strong MCS, TACs/seasonal closures, ITQs
Fisheries Governance • Traditional fisheries ‘management’ is the solution E.g., sasi laut, pangalima laut, van chai,… BUT Foale et al 2011 tenure and taboos in the Pacific, Davies
and Ruddle 2012 • Marine protected areas are a panacea (conservationists)
Both • Co-management will create a more inclusive, egalitarian
and sustainable management process
• Most current fisheries are mixed “western” and “non-western” characters mixed types and scales, even in the “west” advanced technologies, globalized markets and loose State
management measures the mix does not suit many fish stocks or fishers
• Fisheries and aquaculture are embedded in other social/economic/ecological systems and their histories
• Elinor Ostrom’s coupled socio-ecological systems Homo cooperaticus vs Homo economicus An approach to finding key variables associated with self-
organization in commons resources
when history confronts us with negative lessons?
Dilbert 5 November 2012
Increasing use of network models in fisheries management analysis • From sociology, material semiotics, research and
innovation system studies • More process and less structurally oriented than SES
Actor-Network Theory (ANT) is popular Links people and natural systems Translation as the process of forming a network Network development and translational stages have historical
overtones Increasing use in fisheries studies, E.g., scallop culture (Callon 1986), studies on MSC (Bear and Eden
2008), NZ quota systems (Rees 2005), Indian cage culture (Ramachandran 2009), “cyborgization of the fisheries” (Johnsen et al 2009)
Drawing from actor-network theory Adding a glossary of terms
The Actor-Networks of “management” • “Actants” – human and non-human factors The resource and its characteristics Technology People (including women), collectives, markets Management systems and relations
Translations • At critical changes • Stages with drivers and motivations
Outcomes
Translations – stages of the change • 1. Problematisation defines the problem and actors who, by defining the problem
and how to deal with it, make themselves indispensible • 2. Interessement during which the primary actor(s) recruit other actors for roles
which recognize the centrality of the primary actor's own role • 3. Enrolment during which roles are defined and actors formally accept
and take on these roles, and • 4. Mobilisation during which primary actors become spokespeople for
passive network actors (agents) and mobilize them to action.
Need = demand for basic needs including food, employment, income, tax, conflict resolution, social and moral status
Greed = wants, market demand, profits, market control
Speed = competition, technology innovation, economic efficiency, productivity
Need = demand for basic needs including food, employment, income, tax, conflict resolution, social and moral status
Greed = wants, market demand, profits, market control
Speed = competition, technology innovation, economic efficiency, productivity
Northern Australian trepang fishery Southern Bluefin Tuna
Southeast Asian small pelagic fish
Chief source of information Charles Campbell McKnight 1976
The Voyage to Marege’: Macassan trepangers in northern Australia.
Picture: FAO 2008
THE ACTOR-NETWORKS OVERVIEW
The resource characteristics
Technology
People, collectives
Management systems
• Sessile, accessible, multi-species • Lucrative, distant markets
• Dive fishery • Simple processing
• Distant fishing owners, male crew Women stayed at home
• Importers (China) • Local communities Including aboriginal men and women
• Capital owners • Australian, Dutch colonial, Northern
Territory authorities
TRANSLATION - STAGES OVERVIEW
Pre-Makassan fishing • To mid 1700s
Makassan and colonial
phase • Mid 1700s to 1907
Post-Makassan
• Early 1900s to present
Little or no exploitation by first
Australians • Few local uses, no external markets
Major translations
• Makassans led early stages • Later, Australian authorities
dominated
Low level of Australian fishing to 1945, then little until late 1980s
Northern Territory fails to gain • Now only 3 licences, attempting
aquaculture • Markets resurged with Asian wealth
TRANSLATION MAKASSAN PHASE (LATE)
Makassan’s had established markets, technology on arrival
• Developed worker, community relations with aboriginal people
From 1870s, (South) Australian authorities established regulations to tax catch and imported goods
• By 1907, declining stocks and heavy taxes ended fishery
1. Problematisation • S. Aust sub-collector of customs
in Northern Territory launched bid for power and assets on basis of controlling trepang fishery
2. Interessement • Enlisted colonial support for law,
ship, officers to tax industry 3. Enrolment
• protection of aborigines, cattle station interests co-opted by Australians; Makassans co-opted Dutch consul to negotiate
4. Mobilisation • Both Australian and Makassan
sides engage in policing, tax collecting/amerliorating behaviour
OUTCOMES MAKASSAN PHASE
Networks of the Makassan northern Australia trepang fishery fell apart • Markets, labour, technology,
etc were not replicable by white or original Australians
• Resource was depleted • Chinese market languished
for decades under wars and poor economies
Other fisheries took over to supply what markets remained
Smoking a ‘Macassan” pipe, NT. Source: McKnight, 1976
From Northern Territory Fishery Status Report 2004, p. 98
By 1907, the South Australian government had ceased issuing licences to Macassans, possibly due to the emergence of a local industry.
GOALS OF ACTORS MAKASSAN PHASE
Need Greed Speed Sustainability
Makassans: • markets to meet but had depleted
closer resources • technology, skills, know-how • profitable thru efficient labour,
technology Australian colonial authorities
• saw resource as theirs and wanted recompense until they could harvest it themselves
• means to impose rules First Australians
• subsistence, tools, cultural artifacts Markets (China)
• wanted goods but sources fungible
MANGNGELLAI DAENG MARO, 1969
PRAUS, RAFFLES BAY 1839, L. LE BRETON
MADAMAN, 2 PRAUS AND TREPANG BOILERS
MUSLIM CEREMONY, MAKASSAR 1914
POBASSOO, WM WESTALL, 1803
ALFRED SEARCY, LATE 1800S
Pole and line fishing of SBT juveniles in the hey-day of the Australian fishery.
Photo Kevin McLoughlin, BRS, AUSTRALIAN FISHERIES RESOURCES (1993) p. 365
THE ACTOR-NETWORKS OVERVIEW
The resource characteristics
Technology
People, collectives
Management systems
• Single stock, mobile, long lived • V. high value, Japan chief market • Stock at <5% of virgin biomass
• Longline, pole and line • Cage grow-out of juveniles
• Multi-national fleets, owners,
crew • Importers control price, market • Women marginal, invisible in
communities, factories, markets
• Capital owners pressure gov’ts
TRANSLATION - STAGES OVERVIEW
Pre-international management • From 1930 to about 1980
Trilateral management
• 1979 to 1994
Convention on the Conservation of SBT • 1994 to present
Japanese fishing starts south of Java Australia starts fishing inshore juvs Global catch peaks in 1960s (81k t)
Japan, Australia and NZ trilaterals
• Industry actors are major influence Other countries became active Stock assessments difficult, disputed
CCSBT tough to negotiate Stock fails to recover; CITES attempt Serious catch under-reporting Culture efforts in train Current quota 10 k t
TRANSLATION TRILATERAL & CCSBT PHASES
Trilateral parties hold greatest influence, led by Japan
• But new players have power to further undermine stock
Eventually, CCSBT rules found not to have been respected by the parties
1. Problematisation • Stock assessment scientists
prepare the management ground 2. Interessement
• Government managers looked to scientists to shore up national positions, find solutions; fishing industry fought for advantages
3. Enrolment • Government, science and industry
positions entrenched 4. Mobilisation
• Main actors survived into next stage despite new entrants (conservation, new countries)
OUTCOMES CCSBT PHASE
The battles continue, all parties hope for signs of recovery, or at least an increase in their quota …
SBT distribution. FAO
GOALS OF ACTORS CCSBT PHASE
Need Greed Speed Sustainability
Australians • had rights to resource in EEZ • technology, know-how, profitable
industry to protect Japanese
• saw resource as historical right • innovated to lower costs • dominates market, makes the rules
Other countries • jostle to gain catch share
CCSBT • peaceful allocations, sustainability
Markets • Want SBT and sources not fungible
Scientists, conservationists • Still trying
TUNA MAKES THE TOWN A COMPLEX INDUSTRY
2012 Tunarama Ambassador Entrants (formerly Miss Tunarama)
TUNA MAKES THE TOWN A COMPLEX INDUSTRY
2012 Tunarama Ambassador Entrants (formerly Miss Tunarama)
A Man
ACAP TSUKIJI AUCTION OF PORT LINCOLN FATTENED TUNA
ACAP TSUKIJI AUCTION OF PORT LINCOLN FATTENED TUNA
A Woman
PROCESSING AFTER THE AUCTION SUSHI BAR
Malacca Strait, C Class purse seiner, Pulau Pangkor, Perak State, Malaysia
THE ACTOR-NETWORKS OVERVIEW
The resource characteristics
Technology
People, collectives
Management systems
• Strong local markets • Multi-species, multi-gear fishery • Stock status poorly known
• Mainly industrial at different scales • Simple processing
• Embedded in local communities • Many foreign crew, large employer • Women in services, processing,
markets
• National regulatory systems • Sporadic enforcement, except
cross-border transgressions
TRANSLATION - STAGES OVERVIEW
Pre-industrial fishing • From early 1900s to 1970s,
depending on area
Industrial colonial • Early 1900s to post WWII
Modern
• Starting 1950 to 1970s, depending on country, to present
Myriad of methods Lift-net systems gradually
replaced with mechanised, especially purse seines
Japan and colonial powers supported mechanisation
Increasing intensification and mechanisation
TRANSLATION, OUTCOMES MODERN PHASE
Population and economic growth drive demand
Industry functions with little government interference
• Except in acute events • Despite legislation
Science has soft voice • Stock status poorly known
Major overcapacity • Political, racial risks of
reducing capacity are high • Aquaculture preferred
means to fill fish gap
GOALS OF ACTORS MODERN PHASE
Need Greed Speed Sustainability
Catching sector • Ready market for affordable fish • Technology continually upgrading • Fishing owners large players
Processing, marketing • From villages to supermarkets • Price pressures in supply chain?
Government • Reluctant to reduce capacity • Interest in high value fish,
aquaculture Society
• Women in processing, marketing sector, in family business roles
• New conservation, civil movements
NEW PURSE SEINER, P. PANGKOR
MIGRANTS SORTING IKAN BILIS, LANGKAWI
KEREPOK LEKOR SELLERS, TERENGGANU
THIS WEEK’S SPECIALS AT TESCO MALAYSIA
Don’t ignore the “ugly truths” but turn need, greed and speed into useful levers
The actor-network approach • Resonated with perceptions and analyses • Provides useful framework
Need, greed and speed accounted for most of the past translations • Sustainability has been a more minor human goal
To influence fisheries management • certainty, or science or education won’t save the world • Can’t ignore the “ugly truths” of need, greed and
speed – they have to also provide the positive levers for change to sustainability
Need = demand for basic needs including food, employment, income, tax, conflict resolution, social and moral status
Greed = wants, market demand, profits, market control
Speed = competition, technology innovation, economic efficiency, productivity
“The Needy and the Greedy” by Handy Jager 1989 http://www.stors.tas.gov.au/au-7-0074-00022
Thanks to Tony Harrison and his excellent work on Australian, especially Tasmanian, fisheries history for preserving this personal account. The first sentence in this account is as follows:
Firstly let me state I consider there are two kinds of fishermen - "the needy" and "the greedy" and I can assure
you there are no shortage of either in the industry.
A wonderful picture of Torres Strait Island women processing trepang can be seen in:
W. Saville Kent. 1893. The Great Barrier Reef of Australia: It’s Products and Potentialities.
http://archive.org/details/greatbarrierreef00kent