The ”Norwegian model” : Rejected the introduction of a ITQ model : IVQ model - :Strong emphasis on: diverse ownership of quotas and.

Slides:



Advertisements
Similar presentations
Renewable Common-Pool Resources: Fisheries and Other Commercially Valuable Species Chapter 14.
Advertisements

Dutch beam trawl fishery COBECOS. Beam trawl fleet Beam trawlers > 1500 HP Fishing outside 12 mile zone in the North Sea Target species: flatfish (sole.
Stock assessment of red mullet and hake in the Egyptian Mediterranean Waters Sahar Mehanna Fish Population Dynamics Lab NIOF, Egypt.
4 Questions 1.What are our current fishing practices? 2.What impacts do these practices have on the ocean floor? 3.What are the major problems plaguing.
(Western) Channel Case - study Channel Fisheries Model cemare.
The Norwegian Fishermen's Association Norwegian Discard Ban Living with the ban for 20 years - Experience from the industry Brussel 10. October 2008 Ian.
The VALDUVIS project The valorization of sustainably caught fish
Danish reflections on Right Based Management Mogens Schou BS RAC 15. january RBM as a way to economic efficiency 2.RBM as a.
The development of the Icelandic fisheries in the post- war era closely followed the path predicted for common property fisheries. They exhibit increasingly.
Mackerel management Coastal states agreements (EU, Norway, Faroe Islands) since mid 1990’s Coastal states agreements (EU, Norway, Faroe Islands) since.
Shetland Aquaculture David Sandison General Manager.
Review of CFP in context and priorities for Ireland Presentation by Minister Simon Coveney.
Fishery management: Wild and farmed fish Frank Asche IRIS,
Individual Transferable Quotas in the Baltic Sea Herring Fishery: a Socio-bioeconomic Analysis Soile Kulmala, Hanna Peltomäki, Marko Lindroos, Sakari Kuikka.
Swedish Board of Fisheries
The Norwegian experience with a TFC-like system (Structural Quota System) Fish for the Future Transferable fishing Concessions - the solution to overfishing.
Introduction to the Circumpolar World The marine environment #2 Hreiðar Þór Valtýsson, MSc in Fisheries Biology Assistant Professor, Faculty of Business.
Overview on some fisheries and aquaculture indicators in the Black Sea Dr.V.Raykov, IO-BAS EUROPEAN COMMISSION DIRECTORATE-GENERAL ENVIRONMENT Directorate.
Catch of the Day: The State of Global Fisheries
INTRODUCTION TO FISHING
Icelandic Fisheries Legislation Development and Experience Presentation November 2005.
Pelagic Trawling for Cod, Haddock and Saithe in the Barents Sea Shale Rosen, Terje Jörgensen and Arill Engås Insitute of Marine Research Postboks 1870.
Norwegian Russian Fish Trade By Torbjorn Trondsen Norwegian College of Fishery Science University of Tromso.
Norwegian Ministry of Fisheries The Norwegian system for management of living marine resources Minister of Fisheries Svein Ludvigsen.
SOFIA 2004 SOFIA 2004 A few words about:  The Global Overview  The Issues  The FAO Special studies, and  The Outlook.
Technological progress and capacity estimations - Management implications for the Danish cod trawl fishery Erik Lindebo, SJFI Copenhagen, Denmark.
Copyright © 2009 Pearson Addison-Wesley. All rights reserved. Chapter 14 Renewable Common- Pool Resources: Fisheries and Other Commercially Valuable Species.
Fisheries management as a regional business -The case of Norway Paper presented to: EAFE, Rome 5-7 th April 2004 Torbjørn Trondsen, NFH, University of.
Gunnar Stefansson Marine Research Institute/Univ. Iceland
China’s distant water fisheries and its response to flag state responsibilities Guifang (Julia) Xue* Marine Policy 30 (2006) 651–658 Advisee : Yu-Heng.
The Swedish fisheries administration – an overview Maria Hellsten, head of executive staff unit.
. Assessment of the Icelandic cod stock Björn Ævarr Steinarsson Marine Research Institute.
DEEPFISHMAN Using bioeconomic modeling for evaluation of management measures – an example Institute of Economic Studies.
ICES Advice for 2015 – Sea bass Carmen Fernández, ICES ACOM vice-chair For Inter AC Sea bass workshop (Paris, May 26, 2015)
Economic impacts of changes in fish population dynamics: the role of the fishermen’s behavior Dipl.-Geogr. Peter Michael Link, BA Research Unit Sustainability.
Marine life – our common responsibility Discard ban – a cornerstone of a comprehensive policy packet By Peter Gullestad Director General of Fisheries,
Norwegian-Russian cooperation aimed at studying of living marine resources as a basis of sustainable fishery and conservation of the Barents Sea ecosystem.
ITQ Management System in Icelandic Fisheries Assembled by Birgir Runolfsson.
Mrs Nafisat Bolatito IKENWEIWE (PhD) DEPARTMENT OF AQUACULTURE AND FISHERIES MANAGEMENT UNIVERSITY OF AGRICULTURE, ABEOKUTA FISH STOCK ASSESSMENT
Click to edit Master subtitle style Collaborative Action 8: Purse seine Terje Jørgensen Institute of Marine Research Berge, Norway.
Slide 1 Max Nielsen FOI, University of Copenhagen, Denmark Ola Flaaten University of Tromso, Norway Staffan Waldo AgriFood Economics Centre, department.
Human impacts on Aquatic Biodiversity… Our large aquatic footprint.
The ocean as food More than 3 billion people obtain one-fifth or more of their animal protein from fish.
Human impacts on Aquatic Biodiversity… Our large aquatic footprint.
Fish. Characteristics of Fish Skeleton made of ________ _______________ bladder for buoyancy Mucus to reduce friction, ______________________________.
Lakes and Ponds q=lakes+and+ponds&FORM=HDRSC 3#view=detail&mid=A8C9DDEE AEE4A8C9DDEE AEE4http://
Managing Fish as a Resource Unsustainable Fishing? The United Nations estimates that 80% of world fish stocks are fully exploited or overfished and require.
Copyright © 2009 Pearson Addison-Wesley. All rights reserved.
Georges Bank East Scotian Shelf Grand Banks.
Management of the brown crab (Cancer pagurus) fishery in Ireland Oliver Tully Irish sea Fisheries Board (BIM)
Introducing the landing obligation for the COD in the Kattegat, Kenn Skau Fischer, NSAC, Charlottenlund 29 January 2016.
Laely Nurhidayah Indonesian Institute of Sciences–LIPI (Jakarta) IUCN Colloquium 7-12 September 2015.
Nils: CCB fishery policy officer Feel free to contact me on
BERING SEA FISHERIES INFORMATION Frank Kelty, City of Unalaska.
Data requirement of stock assessment. Data used in stock assessments can be classified as fishery-dependent data or fishery-independent data. Fishery-dependent.
Species Interactions in the Baltic Sea -An age structured model approach PhD Student Thomas Talund Thøgersen.
1 CCB Sustainable Fisheries seminar Gdynia, May 2005 "CCB views on important actions to develop Baltic Sea sustainable fisheries" Gunnar Norén.
STRENGTHENING ALASKA’S FISHING COMMUNITIES AMIDST A GULF OF ALASKA CATCH SHARE PROGRAM Presentation to the House Fisheries Committee March 6, 2014 Community.
Powerpoint Templates Page 1 EU-FIN PROJECT EUROPEAN UNION FISHING NETWORK The three main fishing activities exercised by Pegeia’s fishing fleet. Marios.
Fisheries Management: Principal Methods, Advantages and Disadvantages
FISHING EFFORT & CPUE.
Growth rate (replacement) and size of the fish stock/pool
Copyright © 2009 Pearson Addison-Wesley. All rights reserved.
Valuing the Linkages Between the Shrimp Fishery and Mangroves in Campeche, Mexico This case will provide an example of market based valuation.
ICES Advice for 2015 – Sea bass
Copyright © 2009 Pearson Addison-Wesley. All rights reserved.
Renewable Common-Pool Resources: Fisheries and Other Commercially Valuable Species Chapter 14.
Implications, adaptations & policies for economic development
The role of MCS in the implementation of
Blue Business in the Arctic
Presentation transcript:

Technological change and institutional implications Dag Standal SINTEF Fisheries and aquaculture

The ”Norwegian model” 1990-91: Rejected the introduction of a ITQ model 1991- : IVQ model - :Strong emphasis on: diverse ownership of quotas and vessels (rural policy) maintain a diverse fleet structure via the allocation policy (”the trawl ladder”) IVQ model: integrates vessels and quotas in one system (market) Input regulations (technology) and output (biology) are integrated. Main challenge in terms of capacity: balancing input and output regulations Cut down unprofitable overcapacity !

Table 1 Number of vessels above 28 meters and % change, 1988 and 2003. Length group(m) 1988 2003 % 28 - 39,9 232 93 -60 40 - 49,9 125 107 -14 50 - 59,9 74 74 0 60 - 43 88 +105 Total : 474 362 - 24 Reduction in number of vessels Structural changes

Table 2 Technical parameters for arctic trawlers built in 1988 – 2002 (cod/shrimp trawler). Building year : 1988 2002 1988-2002 Lenght (m): 61.50 64.00 1.04 Breadth (m): 12.80 16.60 1.30 Prod. cap (tons): 20 35 1.75 GRT: 1905 2574 1.35 HP: 3342 8046 2.41 Number of trawls 1 3 2.00 Catch (tons) 1000-1500 3000-4000 2-3 Trawl doors (tons): 4.5 7.0 1.56 Crew (number.): 14 14 1.00 Electronics: echo sounder echo sounder Catch sensor catch sensor trawl sensor GPS

Table 3 Development in size for different gears, 1988 - 2003 . Gear- Gear Gear dimension dimension factor (R) Gear 1988 2003 1998-2003 Shrimptrawl : 168 294 3.00 Cod trawl: 60 120 2.00 Blue whiting trawl: 1200 2400 4.00 Purse seine: 105 280 180 000 1.71 Long line: 20 000 35 000 1.75 Source: Norwegian gear producers and fishermen, 2004.

Tabell 4 Formula, estimating technical development

Tabell 5 Technical capacity development entire fleet above 28 meters, 1988 og 2003. Number vessels Capacity factor (K) Group capacity Capacity change Rel. change Length group 1988 2003 change% Net ch. Change. % Loa = 28 - 39,9m 232 93 -60 % 0.93 1.86 215 173 -43 -20 % -6 % Loa = 40 - 49,9m 125 107 -14 % 1,96 3,04 245 325 80 33 % 10 % Loa = 50 - 59,9m 74 0 % 3,80 5,11 281 378 97 34 % 12 % Loa ≥ 60 m 43 88 105 % 5.43 9.82 233 864 631 270 % 84 % Sum Ocean fleet 474 362 -24 %   1034 1865 832 82 % 100 %

Capacity calculations for the Norwegian Ocean going Fleet, 1988 and 2003

Institutional boundaries and technological adaptations, Norway. Unregulated species in Norwegian fisheries, 2004 (tons): Blue whiting : 852 000 Total Nowegian catch: 2 549 000 tons. Shrimp : 60 000 Tusk/ling : 27 000 Horse mackerel: 10 000 Other : 30 000 Total (unreg.) : 979 000= 38. 40 % of total ctach. Source, Fisheries Directorate, 2006. ”Technology does not follow the institutional boundaries” Combination of closed and restricted open access fisheries Capacity expanding adaptations !

Table 6 Norwegian catches blue whiting, 1988 and 2003.

Tabell 7 Norwegian catches shrimp, 1988 and 2003.

Capacity feedback systems Stock (border) TAC Cod, herring, mackerel, etc. Allocation policy (output) Institutional boundaries Structure policy (markets) Institutional boundaries Restricted open access / combined fisheries Restricted open access / combined fisheries Capacity (input) Capacity feedback Capacity feedback

The Unit Quota System, 1984-2006. Year : No. of quotas Duration No. of pr. vessel (years) quota-markets 1984-1997: 2 13 3 1997-2003: 3 18 3 2004 -2005: 3 eternal 1 2005- : 3 20/25 1

Developent, number of vessels and average quotafactors, cod trawlers, 1991-2006.

Distribution of quota factors, cod trawlers, 2006.

Future challenges- technological development? ”Stagnated technology” (path dependency and a predictable pattern) No paradigmatic innovations sice the 70’s (excpept for electronics, GPS etc.). Heavy fuel consumption, strong increase in fuel costs Deep sea fleet towards a critical mass in regard to innovations? No. Of vessels, 2008 2015 Cod / shrimp trawlers : 50 decline Herring/mackerel/blu whiting : 47 decline Long lining : 25 decline Loosing out of the national innovation system? The deep sea fleet as future market for todays manufacturers of equipment ? Further pressure on todays structural policy or a change towards ITQ.