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Perspective plan and strategy for development of marine capture fisheries in India

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Tisfiery ^sources:

Conservation Strategies

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Proceedings o f the National Seminar

on

FISHERY RESOURCES : IMPLICATIONS AND CONSERVATIONS STRATEGIES

29-30 Septem ber, 2015

Organized hy

P o s t G r a d u a t e & R e s e a r c h D e p a r tm e n t o f Z o o lo g y S t.T h o m as C o lleg e, K o/.hencherry, K erala State. PIN: 689 641 w w w .zoologystthom as.org; E -m ail:zooIogystthom as@ rediffm ail.com

Sponsored by

U n iv e r s ity G r a n t s C o m m is s io n N ew D elhi

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P E R S P E C T IV E P L A N A N D S T R A T E G Y F O R D E V E L O P M E N T O F M A R IN E C A P T U R E F IS H E R IE S

IN IN D IA

P. V. Zacharia

P r i n c i p a l S c i e n t i s t a n d H e a d , D e m e r s a l F i s h e r i e s D iv i s i o n , C e n t r a l M a r i n e F i s h e r i e s R e s e a r c h I n s titu t e , C o c h i n

Introduction

Indian marine fisheries w hich existed as sustenance fishery for years, underwent a series o f change with the advent o f mechanisation in the fifties evolving itself into amulti-billion dollar industry. The demand for fish in the next decade is expected to increase due to the awareness o f the people on the nutritive value o f fish. Sustainability o f marine fish landings at the projected level is a major concem and there exists limited scope to increase the capture harvest in future as the production is stagnating between 2 .5 -3 .0 m t since mid-90s. The m arine fishing sector is facing serious challenges like unsustainable harvesting, socio­

economic conflicts, low catch per unit from an open access to a regulated regime which in turn dem ands the establishm ent o f a scientifically informed marine fisheries management system. In the Indian context, management regulations are possible only by considering the socio­

economic conditions as well as the intricacies o f tlie multi species ti-opical ecosystem.

A. A chievin g sustainability

L D e v e lo p m e n t o f s c ie n tific a lly in fo rm ed m a rin e fish e r ie s m anagem ent system

Any fishery has to be scientifically managed for it to sustain. For this, sustainable harvesting strategies have to be evolved by assessing

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the status o f the exploited stocks, potential yield and optim um fleet size. Such information should be generated on a regional platform and therefore regional management plans should be in place for effective management o f the resources. Minimum legal size for capture o f species should be prepared based on biological parameters and should be sti ictly adhered to. The information generated through research should also be effectively converted into infomiation beneficial to the stakeholder and disseminated.

2. P rom otin g deep sea fishing

The deep sea resources like tunas, billfishes, pelagic sharks and oceanic squids have not been adequately exploited mainly due to lack o f sound fishing technologies, less opportunities for public funding etc.

Moreover, schemes which were implemented earlier for the conversion o f existing vessels for deep sea fishing did not take o f f Funding for conversion o f existing vessels into long liners for deep sea fishing coupled with training and capacity building will empower the fishing commiuiities to exploit these resources effectively. However, policies are to be in place to ensure that the converted vessels carry out fishing for the resources for w hich it was converted. Im proved and better harvest and post-harvest techniques, introduction o f m other boats for quick processing o f tunas caught by long liners, catamarans and gillnetters, promoting m arketing o f value added forms o f tunas and squids will further encourage m ore entry into the deep sea sector. Placem ent o f FADs to attract tuna and facilitating their capture by tuna fishing fleet have been highly successflil in many tuna fishing nations. Guidelines for monitoring o f FADs have to be prepared and strictly complied as these are capital intensive projects. Tuna resources o f FADs could be shared by large group o f fishers thus generating em ploym ent and thereby improving all-round socio-economic development o f the area.

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3. R edu cing by-catch and prom ote habitat conservation

Intensive trawling has adversely affected the benthic ecology and biodiversity. Annually, an estimated 3.5 lakh o f bycatch is landed by trawl fishery. Therefore, it is essential to have the provisions introduced in the M arine Fishing Regulation Act (M FRA) o f the coastal States/

UTs or further strengthened by making them m ore stringent and im plem entable to reduce the by-catch and prom ote resource conservation. In addition, destruction o f natural habitats through deforestation o f mangroves and reclamation o f land has substantially reduced fish breeding and nursing grounds. Program m es towards strengthening o f MFRA, optimization o f fishing capacity for each coastal state, reduction in by-catch and other postharvest losses, habitat conservation for facilitating breeding and grow th o f juveniles, reh abilitation/alternate livelihoods o f displaced fishers, stock enhancement through Artificial Reefs (ARs) and FADs, etc should be in place. The Tamil Nadu model o f installing artificial reefs along the coasts for enhancing stocks and prom oting indigenous fishery and livelihood should be tried in other parts o f the Indian coast.

4. C lim ate ch a n g e and coastal fisheries

Marine fisliing communities mostly reside within 2-3 hundred metei-s o f the coastline and are the most vulnerable group o f people with respect to natural sea calamities. Climate change related adaptation and disaster m anagem ent m easures need to be put in place by taking into consideration the uniqueness o f the different coastal regions. Although the fisheries sector is relatively a minor contributor to carbon dioxide emissions, nevertheless, the fishing boats have to reduce emissions by using fuel efficient engines, adhering to fuel emission noims by adopting suitable methods, such as use o f sails for harnessing wind power etc.

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Eftbrts towards green fishing or more use o f solar power in fishing may also be attempted.

5. Im p rovin g design s and construction o f fish in g v essels

In India, there are neither standards for fishing vessel construction nor guidelines for boat yards in the country. The safety and living conditions in the fishing boats are very pathetic. Tlie traditional fishing crafts have not undergone any major modification with respect to their design, efficiency or safety since the introduction o f the FRP material for boat building in the mid-eighties. Over the years the sam e design has been stretched both length-wise and breadth-w ise to suit the requirements by foregoing all nonns o f safety and stability o f the boats.

Therefore, it is essential that standards for both boats and boat building yards be prescribed in the countiy.

6. D evelop m en t o f island fisheries

The potential annual yield o f skipjack tunas and the other fishes around Lakshadweep is estimated to be about 5 0 ,0 0 0 1 each against the current harvest o f about 10,0001, w hich is only 10percent o f the harvestable potential. In A ndam an & N ico b ar Islands, future developm ent o f marine fisheries will largely depend on the level o f exploitation o f the potential tuna resources o f about 1

,

00,0001 and

other varieties such as re e f fishes, lobsters, etc. Fish production in Lakshadweep could be increased by i) scaling up o f modified fishing craft (traditional boats, pole & line boats, gillnetter-cum-troll lines); ii) introduction o f new craft (tuna longline-cum-gillnetter Sashimi grade tuna, Maldivian type pole and line vessels, mother/collector vessels; iii) modernization o f fishing gear; iv) improving communication network and v) adopting sea farming practices, wherever feasible. The location o f the Andam an and N icobar Islands is strategic with respect to the world tuna markets and good connectivity (by both air and sea) between the Islands and the markets coupled with better post-harvest facilities could be ideally used for export o f high grade tuna products to the Far

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East countries such as Japan. Further, a sound presence o f the hidian fishing fleet in the waters siurounding the two island groups would reduce poaching o f resources and also contribute to the overall security o f the country.

7. E sta b lish m en t o f M a rin e Protected A reas

While MPAs are an important tool for consei'vation o f coastal and marine biodiversity and in the long run are expected to contribute to the sustainability o f the marine resources, in many instances the MPAs have resulted in loss o f livelihoods o f traditional and small-scale fisher folk. Recreational fishing and eco-tourism may be allowed in the outer zone o f the MPA thereby increasing the economic value o f the MPA and improving the life o f the fisherfolk around the MPA.

B. Im proving M C S in support o f sustainability

An effective and im plem entable M onitoring, Control and Surveillance (M CS) system is a prerequisite for m anagem ent and conservation o f fisheries resources in the Indian EEZ. An established MCS system can act as an assurance to the international community on India’s com m itm ent to prom ote sustainable m arine fisheries and can strengthen country’s position in intemational and regional negotiations on fisheries and related matters. The m ajor com ponents o f the scheme are

1. Satellite-b a sed Vessel M o n ito rin g System (V M S)

A satellite-based VMS involves the monitoring o f vessels witliin the EEZ o f the state for the puipose o f ascertaining the vessels location and/or the type o f fishing activity in which they are engaged. Cuirently such systems have not been implemented in India, and these are very necessary for implementing the fishery regulatory (control) systems in vogue and also to ensure sea safety to the fishermen lives.

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2. U sin g zon es as a tool to con trol fish in g

In this case, areas for authorized fishing are established by latitude and longitude and all other areas are closed to all fishing.

Geographical zones or areas are recom m ended because they are often easier for fishers to understand and com ply w ith, and also to enforce both in court (the evidence required is fairly straight forward) and by using administrative penalty mechanisms. These windows or zones will be established for different gear, size o f vessels or based on fisher status (e.g. subsistence fishers) and can be patrolled by VMS.

Windows or zone closures can be used effectively to reduce gear conflicts between offshore commercial and artisanal fishers. Another advantage o f using windows or zones as a surveillance tool is that sea patrols can be concentrated on these areas for at-sea inspections.

3. In trod u ction o f log b o o k system

Use o f log books for obtaining data is being increasingly p ra c tic e d and re c e n tly th e E u ro p e a n U n io n (E U ) h as also introduced log books as a part o f its certification schem e for fish catches destined for the EU m em ber-states. With its pre-dom inant sm all-scale fisheries, use o f log books in India would be a daunting task, but a beginning could be made in the Twelfth Five-Year Plan, initially starting with the m echanized fishing vessels. The data generated by the log books can be used as an input for the fisheries inform ation system.

4. L icen sin g and R egistration

A fishing license establishes the legal rights, privileges and o b lig atio n s o f fishers. In o rd er for a licen sin g regim e to be introduced, legislation m ust be enacted to require licenses as a precondition for fishing access and penalties provided for violations o f such con ditio ns. E n forcem ent o fficers m u st be given the necessary authority to control com pliance w ith license conditions.

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A fisher loses his access to the resource by faihng to comply with the terms and conditions. This license can in turn be used to gain a wide variety o f information related to fisheries activities in the area to which it applies. Furthemioi-e, it is the primaiy mechanism for a State to receive a resource rent for the privilege o f fishing.

5. E stab lish in g a F ishery G overnan ce Structure

In fisheries m anagem ent and governance a m ore dynam ic partnership is needed, using the capacities and interests o f the local fishers and community, com plem ented by the ability o f the state to provide enabling legislation, enforcem ent and other assistance, specifically co-management. Co-management aims to achieve joint responsibility and authority for resource m anagem ent through cooperation between the government and local resource users. A 3- tier governance stmcture following the co-management principle can be established. In the first tier there would be a Village Fisheries Council (VFC) with representatives from fishers and the government. The next higher level tier would be District Fisheries Council (DFC) and finally the State Fisheries Council (SFC). The DFC and SFC would have adequate representatives from fisher groups, fishery research institutions and the government.

6. E n a b lin g P ositive In cen tiv es/ Sub sidies

According to the FAO, a fisheries subsidy is a government action or inaction that is specific to the fisheries sector, as defined within a given econom ic policy context. The m ost com m on subsidy in the fisheries sector is that given as friel tax rebates. Hencefoith all subsidies would be linked to responsible fishing and given only to those vessels (registered and licensed) following MFRA. Besides an incentive scheme would becom e operational to encourage adherence to rules and regulations. Incentives/ subsidies would also be provided to those vessels which are converted from trawling (~50% overcapacity) to deep sea fishing such as long-lining, squid jigging and pelagic trawling.

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7. V oluntary v e sse l/ licen se buy b ack sch em e

The mechanized sector (particularly trawl fisheries) in most o f the m aritim e state is reportedly having 50% overcapacity. Therefore, a voluntary vessel/ license buy back schem e is to be introduced. The exact num ber o f vessels to be decommissioned is to be decided with rates determined by resale value. Alternate livelihood options will also be provided to fishers opting to return their licenses.

C. Infrastructure developm ent

The infrastructural requi rements o f the fisheries sector are manifold.

Ranging from construction o f Fishing \ larbours (FH) and Fish Landing Centres (FLCs) to establishm ent o f hygienic dom estic m arkets and setting up o f cold chains, the prime objective is to ensure that spoilage is reduced and fish reaches the consumers in the best possible condition.

1. Setting up o f fish in g harbours (FH ) and fish lan d in g centres (FLC)

Presently, the infrastructure facilities set up in the country for safe landing and berthing o f the fishing vessels cater only to about 25 percent o f the fleet, leading to congestion in most o f the FHs/FLCs. Moreover, due to the limited number o f FHs/FLCs available along the coastline, large num bers o f boats land their catch on sandy beaches, where no back-up facilities are available to allow for auction, packing or storing, etc. Therefore, m ore modern FH and FLCs have to be constructed along the maritime coast o f the country.

2. Im p roving m arketing o f fish

In India, post-harvest infrastructure is grossly inadequate in the fisheries sector. As spoilage o f fish starts right from the time it is caught, proper storage, preservation and prompt disposal or transport services is essential. Presently, fish markets, both wholesale and retail in the

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country are in a pathetic condition, leading to a product that is contaminated and unsafe from food safety point o f view. Further, the cold chain concept, which again is in nidimentary stages in the country, needs to be strengthened in the present plan, and calls for action o f integrated faciUties to retain the quality o f refrigerated or frozen fish from the time o f harvesting till it reaches the consumers in distant parts o f the country.

3. P ublic - Private Partnerships

While the PPP concept has picked up in many other infrastructure developm ent sectors, it is yet to take roots in the fisheries sector.

Establishment o f FH/FLCs and cold chains are some o f the areas wherc PPP mode can work well and the NFDB could facilitate the process.

D. W elfare o f fisher com m unity and hum an resource development (H R D )

The Indian fisher community, marine or inland, could perhaps be the poorest o f the poor and m ost disadvantaged am ongst all rural communities in the coimtiy. Tlie available infomiation does point towards a very low base in respect o f m ost o f the vital hum an developm ent indices, such as education, health, econom ic well-being, etc. The following measures are required to im prove their socio-econom ic condition:

1. In crea sin g risk coverage

Safety at sea is also a function o f fisheries m anagem ent and, therefore, the development programmes need to consider the elements o f safety while formulating/implementing a scheme. In tlie Eleventli Five- Year Plan, a scheme on ‘ Safety at Sea’ provided subsidy to the tune o f 75 percent o f the unit cost o f Rs. 1.50 lakh per kit consisting o f GPS, communication equipment, echo-sounder and search and rescue beacon.

This has to be flirther improved upon and the fishermen trained in the

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effective use o f communication, navigation, sound weather warning equipment.

2. H um an resource developm ent tra in in g an d capacity building HRD activities in the fisheries sector in India have so far been inadequate and do not meet the requirements o f the sector, especially in the wake o f growing challenges such as social mobilization o f the community and their empowemient, getting access to information and services, developing technical and managerial skills, etc. Their low status com pared to counterparts in the agriculture or other allied sectors is also a de-motivating factor, which needs to be addressed, while looking at the overall requirements o f the sector.

E. F ish eries in fo rm atio n system 1. D atab a se on m a rin e fisheries

Presently, the statistics on marine fish landings are being collected by the DoF o f the respective coastal State Governments as well as the CM FRl, Kochi. On the other hand, CMFRI has been continuing with its data collection programme, which unlike the DoF information is more robust and is carried out systematically following standard methodology.

Additionally CM FRI’s advanced facilities and the detailed biological studies on species o f commercial importance and correlating them with fluctuations in the marine ecosystem, including global warming can further lead to improving o f methodologies and survey designs for data collection and processing, w hich in turn can be passed on towards capacity building o f the DoF staff

2. G IS based reso urce m a p p in g o f d istrib u tio n a n d a b u n d a n c e o f fish ery resources

The plan aims to make temporal and spatial mapping o f commercial and non-commercial resources in their different stages o f life (juveniles and adults) in fishing grounds especially in trawl fishing ground o f Indian w aters with the help o f GIS. The program m e will help to suggest

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operation based policies for the management o f bycatch reduction in trawl fisheries and will help to identify the most sensitive fishing grounds which have a significant role in detemiining the sustainability o f tlie fishery and to suggest “ Critical No Fishing Zone” and identify “M arine Protected Area” for the conservation o f fish resources. Ultimately help to prepare comprehensive pai'ticipatory fisheries management plans.

To im prove the fisheries sector in the future plans, greater and stronger collaborative linkages should be formed between the research, managem ent and stakeholders in the sector w herein cross table dialogues and programmes are formulated involving all concemed. This will help reduce intersector conflicts, improve the understanding o f the research activities and plans formulated for the sector, improve the socioeconomic condition o f tlie community, thereby contributing to the sustainability o f the resource.

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