Select Committee on Agriculture Eighth Report


III. RESEARCH

Cost and funding

30. Fisheries research is expensive. In 1997-98 the Government spent £36.8m on scientific support for fisheries and the aquatic environment (see table 6 below).

Table 6

GOVERNMENT EXPENDITURE ON FISHERIES RESEARCH 1997-98

 
Programmes
Non-R&D
R&D
£millionTotal
Aquatic Environment
5.875
5.835
11.710
Aquaculture
3.025
3.864
6.889
Marine Fisheries
9.861
5.916
15.777
Salmon and Freshwater Fisheries
0.947
1.529
2.476
Total
19.708
17.144
36.852

Source: Ev. p.110.

Within a similar global figure, total funding for CEFAS in the last financial year was "in the region of £9m", of which £7m was spent on sea fishing compared to £1.8 to £1.9m on aquaculture.[85] In real terms total funding for CEFAS has remained "broadly steady" over the last decade but "the proportion of funding obtained from work for MAFF has declined in that period from 100% to about 80%, and is predicted to fall further over the coming five year period."[86] This relates to the change to agency status which CEFAS saw as having both positive and negative effects. The advantages were that "it has involved more of a hard focus on our understanding of our customers' needs" and that "it has involved us in more pressure to be cost-effective".[87] The disadvantages related to the demand for "a different sort of administrative accountability that has taken time to get used to".[88] Similarly, the freeze in MAFF spending has led to a drive to find replacement funding "in order to keep the centres of expertise and the critical minimum size of scientific groups".[89] Dr Greig-Smith argued that this had benefits in that "the kind of contracts we have had have been of high quality and are the sort of work we would wish to do ... it very strongly complements what is directly funded by Government."[90] However, he accepted that "there are difficulties [in] that some of the key scientists are now being torn in more directions at once than they previously were" and "a lot of effort has to go into bidding for and managing external contracts".[91] In response to concerns that external contracts could affect the core work CEFAS undertakes for MAFF, Dr Greig-Smith was quick to assure us that all opportunities were scrutinized carefully to ensure that there were no conflicts of interest, either in the sense of being on two sides of the problem or for the attention of the scientists. He added that "there are opportunities that we have turned down because we felt they would interfere too much with the core work that we do for MAFF."[92]

31. The Minister was "keen to see CEFAS develop, in terms of their own contracts, commercially" and had no fears that this would "interfere with the core functions that we pay them for."[93] One problem CEFAS faces arises from Government accounting rules under which any money gained from EU funding for research goes direct to the Treasury.[94] According to the European Commission, UK scientists have been "remarkably effective" in attracting such finance, with around 21% of total research budget appropriations allocated to UK teams, more than twice that of any other European country.[95] This is a great tribute to the quality of UK scientists but in order to receive the funding, agencies such as CEFAS have to develop a partnership with another research group, for example, the University of East Anglia, and in effect subcontract from them.[96] While this approach encourages collaboration between institutions, it provides little incentive to put in the necessary effort to seek EU funding.

32. There are other concerns about the funding of CEFAS. The agency has four principal laboratory sites based at Lowestoft, Burnham-on-Crouch, Weymouth and Conwy. The last of these is due to close by the end of this year with its work transferred to Weymouth. The Royal Society for the Protection of Birds (RSPB) and the South Wales Sea Fisheries Committee both criticised this decision as leading to a loss of local knowledge and marking a reduction in marine research,[97] although CEFAS was confident that "there should be no loss of expertise and work because of that closure".[98] CEFAS's Chief Executive even saw it as "a positive move" since it would bring together all the researchers working in allied fields.[99] However, he did express disappointment that the new research vessel promised by MAFF had been delayed by the changes in the Ministry's spending priorities announced in May this year.[100] The vessel, a replacement for the two old ones, had been announced as part of the Comprehensive Spending Review settlement in July 1998 but it became a victim of the shortfall in the Ministry's budget which resulted from the failure to sell Covent Garden Market and unexpected demands on expenditure. Mr Morley told us that the delay would only be approximately three months and that MAFF was committed to the funding.[101] Yet the delay is clearly unfortunate both in the obstacle it presents to the efficiency of CEFAS and in the message it sends to scientists and the industry of the low priority the Government places on fisheries research. This is particularly so given the concern expressed when the replacement was first announced that only one vessel was to be commissioned to replace the existing two. We accept CEFAS's explanation that with the new ship dedicated to research and extra time provided by chartering specialised vessels, the programme should not suffer,[102] but we think it inevitable that the stock assessment programme will be affected if the new vessel is delayed any longer.

33. The new research vessel is a good example of how funding constraints are having a negative effect on the image of CEFAS's work. It is needed because the larger of the two existing ones "has outlived its operational life".[103] CEFAS complained that it was "so old it is suffering increased costs".[104] The state of this vessel and the equipment it carried were raised with us by fishermen to illustrate their doubts about the accuracy of CEFAS's stock assessment. For example, the Grimsby Fish Producers' Organisation claimed that the vessels used by scientists had "obsolete gear which is damaged and out of shape and incapable of fishing efficiently".[105] Mr de Rozarieux of the Cornish Fish Producers' Organisation agreed that "the survey boats, the CEFAS boats are so out of date to what the fishermen use. They are using gear that is 20 years old. It is not reflecting the changes in the technology."[106] Similar points were made about other technology used by scientists, with the North Eastern Sea Fisheries Committee condemning that relating to fishing stocks as "totally outdated because of a lack of investment".[107] The SFF argued that this impression that research into fish stocks had been constrained by pressures on funding was having a negative impact on the faith fishermen placed in the accuracy of the results.[108]

34. Inadequate funding was also cited by witnesses as hampering the range of stock assessments undertaken by CEFAS and the methods used. The Marine Stewardship Council asserted that "the shortfall in funding of basic fisheries research ... means [CEFAS and ICES] are unable to undertake a full study of all of the UK's fish stocks".[109] This view was supported by the South Wales Sea Fisheries Committee which argued that, as a result of cuts in MAFF funding, exacerbated by the change to agency status: "basic fisheries research is now only minimal compared to historical levels".[110] It had specific concerns about the "virtually non-existent" recent information on "commercial fish stocks such as whelks, razor fish, oyster, mussel, scallop, green crab, [and] rays".[111] The SFF added the developing fisheries in Scotland for monkfish and nephrops to this list.[112] Even where particular stocks were being monitored, it was noted that optimal techniques such as egg surveys were not being used because of the cost.[113] MAFF stated that such surveys were "becoming increasingly important to the assessment process" but conceded that "they can be significantly more expensive" than conventional methods.[114] Finally, the EC was also concerned that the limited resources made available for stock assessment made it more difficult to attract and maintain the best scientists.[115]

35. Dr Greig-Smith expressed surprise at the criticism from the EC, declaring that "we are able to attract people worldwide who wish to come and work at CEFAS laboratories".[116] He also denied that funding pressures were reducing the efficiency of CEFAS stock assessments by placing constraints on purchases of equipment as he was "not aware that we have been unable to provide anything that we felt we have required".[117] His colleague, Dr Horwood, explained that the complaints about outdated technology in particular arose from a misunderstanding of the purpose of fisheries surveys. It was important that the vessels "fish in the same way consistently over the same period of years" in order to develop a long time series of data.[118] Therefore, it did not matter that the research vessels were less efficient than the commercial fleet. Nevertheless, we note that MAFF funding for research into the conservation of fish stocks is due to fall this financial year to £3.7m, a slight but worrying decrease from the £3.8m spent in 1998-1999.[119] The Minister readily accepted that the Government had a clear responsibility to "put resources in, in relation to the science that is carried out" on fish stocks and sustainability.[120] He told us: "I am not aware of problems in relation to the funding which is made available for the science",[121] and gave a categoric assurance that "we are not planning to cut back the expenditure in relation to fisheries science".[122] This commitment needs to be carefully monitored. We recommend that MAFF guarantee funding for research into fish stocks of at least current levels for the remainder of this Comprehensive Spending Review period and that it give an undertaking that funding for such research will remain a priority thereafter.

Scope

36. We have referred above to the identification by the industry and others of particular stocks on which more research is needed in the UK. This view was supported by criticism from the EC that there were gaps in the coverage of our stock assessment, namely in waters other than the North Sea, an opinion shared by the Anglo-North Irish Fish Producers Organisation.[123] More generally, DGXIV also believed that the UK was not dedicating enough resources to monitoring the development of fishing power or to the promotion of integrated studies of fisheries by biologists and economists.[124] This relates to our earlier recommendation on the collection of economic data and is a sad reflection on how little has changed in this area since the last Agriculture Committee Report concluded in 1993 that "Fisheries research in the UK is almost exclusively biological in basis ... there needs to be far greater economic input into research".[125] These issues all have an impact, direct or otherwise, on stock assessments and the workability of the quota system.

37. Proposals for widening the scope of the research undertaken also included greater emphasis on multi-species modelling. CEFAS is expected to provide ICES with the information on which to base TAC advice for individual stocks but the interplay between the different species has to be considered in deciding how stock levels are likely to change. Fish have many predators other than man, including each other, and they are also affected by the variety and availability of food in the sea. The NFFO told us that a few years ago "great weight was put on the need to develop multi-species models and it seemed eminently sensible from our point of view that that took place".[126] However, since then "the multi-species model seems to have been pushed on to the back burner to some degree".[127] The NFFO and the SFF raised in particular the need to account for the role played by predators such as seals in assessing the status of fish stocks.[128] The RSPB also wanted multi-species modelling extended to birds and other higher predators.[129] When we met their representative in Shetland, we heard how changes in the population of stocks such as sand eels could affect the seabird numbers, as could changes in the levels of discarded fish.

38. MAFF cited projects to develop such multi-species models as part of its list of international collaborative efforts.[130] The results of this research were used to evaluate the effects of mesh sizes on catches of whiting, cod and haddock in the North Sea with the outcome that such changes were not imposed and the industry was protected from the consequent losses.[131] This work is being expanded by CEFAS, which has applied similar evaluation techniques to the impact of seals. It concluded that of the 7 million tonnes of fish removed each year from the North Sea, over 4 million tonnes were eaten by other fish, 2 million were removed by fishing (half of which by the industrial fleet) and 173,000 tonnes were eaten by grey and common seals.[132] Anxiety over the impact of seals on commercial fishing, as expressed by the industry,[133] was therefore unwarranted, although CEFAS "recognised that they can cause local damage to nets, and to fish caught in nets".[134] These results show the value of adding to the knowledge of the sea by multi-species modelling and we recommend that multi-species research be applied more thoroughly in waters around the United Kingdom other than the North Sea.

39. Multi-species modelling points to other areas of research which deserve a higher priority. The increasing awareness of environmental issues has led to demands for research into the marine ecosystem in order that a more holistic approach to fisheries management may be developed. The Joint Nature Conservation Committee and the South Wales Sea Fisheries Committee both called for "ecosystem dynamics" as a matter of priority.[135] The EC believed that the UK had suffered from the general failure to take account of the overall impact of fishing on marine ecosystems but that it was in an advantageous position to rectify this through the dual functions of CEFAS and the Marine Laboratory in Aberdeen in conducting research into marine ecology and fisheries.[136] Conservationist groups argued that such environmental assessments should apply particularly to areas where fisheries were being developed, such as Strangford Lough in Northern Ireland.[137] We agree with this recommendation. We believe that it should be part of the role of CEFAS and FRS to assist in the development of new fishing grounds through proper stock assessments. We also believe that as part of that research the scientists should ensure that the environmental impact of fishing for new species or in new grounds should be taken fully into account.

40. Limited funding requires the justification not only of additional projects but also of existing or traditional ones. We had some concerns on this front about the pure research carried out in UK marine laboratories. CEFAS assured us that it did not conduct such research "in the sense of entirely curiosity-driven investigations" but that all its work was directly related to fisheries management. We were also reminded by Professor McIntyre that "the stuff that does not seem relevant today is building up the capital for practical work tomorrow".[138] He cited the example of research into the design of nets: "If you know more about the way fish see things, the way fish hear, then you can adapt the nets to allow for this and it is very relevant indeed but in the long-term".[139] MAFF funds R&D projects at CEFAS to the tune of £2.9m a year, in addition to joint EU-funded projects.[140] As a comparison, £3.9m is spent on stock assessment. On balance, we agree with the Minister that research without an immediate commercial application is "a kind of avenue of scientific inquiry which [the Government] should support".[141] However, we stress the need to convey to the industry the long-term benefits and practical applicability of such research in order that it is seen to be an investment in the future, rather than pure science.

41. We appreciate that the scope of the research programmes undertaken by CEFAS and the other UK laboratories is constrained by their budgets and the need to fulfil the international obligations of the UK Fisheries Departments to supply information to ICES on particular stocks. We readily acknowledge that to undertake research into all the possible areas would require far greater resources in terms of scientists and finance than are ever going to be available. However, it is essential that the UK research institutions remain sufficiently flexible and well-funded to respond to the need for assessments of new fisheries and the adoption of new techniques to improve the reliability of the predictions on stock figures, particularly relating to multi-species modelling and ecosystems which will become increasingly important in the future. Priorities for new areas of research should be set in consultation with the industry and the wider community, including conservationists, but we recognise that the funding for such innovations can only come from the Government . We recommend that MAFF commission a study of the research needed to fulfil the UK's obligations on stock assessments over the next ten years, taking into account developing fisheries, the existing number of precautionary TACs and new more accurate methods of conducting such research. We further recommend that this study include comparisons with the funding and scope of CEFAS's counterparts in the other EU and ICES member states and that it highlight areas where further collaboration might be encouraged.

Effectiveness of UK research

42. There are many criteria for judging the effectiveness of UK research. Professor McIntyre listed four - whether it is relevant, responsive, right and respected.[142] We have discussed its relevance and need for greater responsiveness above, and we would accept that it is broadly right in its predictions on stocks, with a few notable exceptions such as the Irish Sea haddock stocks last year,[143] although even here we recognise that scientists have to think beyond the current year's trend in their assessments of sustainability. It is evident that the work of CEFAS and the other UK laboratories is generally well regarded. The Minister expressed confidence in CEFAS's performance in stock assessments, praising in particular the "very, very long-standing scientific base" and the "very, very good biological models" used in relation to its predictions and calculations on stocks.[144] As we have noted, the EC had some specific concerns but on the whole it praised the high quality of UK research and UK scientists, a view demonstrated by the continual awarding of grants to UK institutions. We also note that the Spanish and Icelanders we met had great respect for UK scientists. We have no reason to dissent from these opinions. Our main concern is that if funding continues to fall in real terms then this high reputation for innovation and effectiveness will be difficult to sustain.

43. However, the most important criterion is whether the science is respected. CEFAS suggested that "the outcome of successful research is better advice through soundly-based interpretation and prediction",[145] but as Professor McIntyre pointed out "if the research is not respected, particularly by the fishermen, then the regulations that stem from it will not be respected, they will ignore them".[146] From evidence given to our inquiry and our more informal discussions, we believe that much more attention needs to be paid to earning this respect. For example, it was clear that some of the complaints we received from the industry on stock assessments were the product of misunderstandings of what the scientists were trying to do. These included assertions that the use of boxes for data collection was "inadequate and unscientific", and that the models or formulae used for calculating stocks were unrealistic and misleading, out of date or too unsophisticated.[147] Another witness ridiculed the fact that the research vessels returned to the same areas every year, not recognising that this was an essential part of the process of monitoring year on year changes in the stocks.[148] These comments, leading to conclusions such as that stock assessment is "deeply flawed and the figures ... are highly unreliable",[149] reflect badly on the effectiveness with which scientists have explained their methods to the fishing industry. We discuss this situation and its implications in more detail below.

SCIENTISTS AND FISHERMEN

44. When our predecessor Committee in the last Parliament considered the subject of sea fishing, it concluded that "it is vital ... that scientists, particularly in England and Wales, develop far closer contacts with fishermen to bridge the gulf in communication and understanding between them which currently exists".[150] In its response, the Government accepted the principle and undertook to examine "how best to develop further the contacts and exchanges within existing resources".[151] As this shows, relationships between fishermen and scientists have long been understood to be central to the effectiveness of the entire conservation policy. Fishermen need to have faith in the accuracy of the scientific work and to understand its purpose and how it is conducted. If it is too divorced from their own experience or sprung on them without proper explanation, then they are naturally resentful at the interference in their way of earning a living and the seeming dismissal of their knowledge of the seas. Without a sense of partnership in the process of stock assessment and other research, the fishing industry has little incentive to cooperate. As one of the fishermen we met admitted about the information given to scientists on landings, "The scientists know it is a load of rubbish and I am sure it is."[152] Since one of the gravest problems identified by the EC and others is the gaps in the data made available to scientists on which to base their advice, this is a recipe for continuing animosity.

45. The fishing industry recognised that considerable effort had been put in recent years into improving the relationship. The NFFO thought that "scientists have appeared more willing to discuss the flaws as well as the strength of their work directly with fishermen", leading to "a more open and productive dialogue" on stock levels.[153] It gave as example four meetings held in 1998 "to discuss both the scientist's techniques, and trends and developments within the specific fisheries".[154] CEFAS explained for its part that "increasing effort is ... devoted to maintaining and developing the confidence of the fishing industry in the relevance and quality of the science used to support fisheries management decisions, and in using the specific knowledge and experience of fishermen".[155] It too cited the meetings with fishermen organised with the NFFO, as well as further discussions after the ACFM had made proposals for next year's TACs, and the UK Fisheries Conservation Group which brings together fishermen, scientists and administrators to discuss technical conservation measures. CEFAS also used the industry media to raise particular issues of current interest and chartered fishing vessels for a variety of studies. It noted that the NFFO had commended the joint meetings to the EC as a possible model for other countries.[156]

46. Unfortunately, CEFAS's recital of praise for its efforts looked somewhat complacent after the "public relations disaster" of the introduction of the precautionary approach to the TACs for 1999.[157] As has been mentioned, the industry felt it had not been kept informed, let alone consulted, in this development. We also encountered many fishermen who had had no contact with scientists and obviously had felt no benefit from the undoubted improvements in communication. While industry representatives may feel that on the whole they are more involved, parts of the industry itself are still alienated. There is therefore a need for greater definition of what the relationship between fishermen and scientists should be. Attitudes have changed on both sides. Professor McIntyre recalled that in the past scientists from the Aberdeen laboratory "used to pride ourselves on what we thought was consultation with the fishing industry. We used to invite them down once a year and tell them what the background to the TACs was and so on. Looking back on that now I realise that was not consultation at all, what we were doing was giving them information, we were telling them what was going on".[158] He suggested that a better way would be to involve the industry from the beginning: "we have got to ensure not that we tell them why we have done things but consult and talk to them and take them through the whole process from the beginning".[159] He believed this would give the industry a sense of "ownership" of the process and its outcomes.[160]

47. Professor McIntyre also recognised that the information provided by fishermen might alter the process in some way.[161] Other witnesses agreed, with the South Western Fish Producer Organisation arguing that "scientists should take more notice of fishing industry information" and the Joint Nature Conservation Committee suggesting that fishermen's knowledge should be better harnessed.[162] It gave two examples of successful collaboration in Scotland, first the agreement between fishermen and conservationists on the management of the inshore sand eel fishery, and secondly the employment by the Mallaig and Northwest Fishermen's Association of their own fisheries biologist. Mr Gordon of the Scottish Fisheries Department saw the closeness of the Mallaig biologist to the Marine Laboratory in Aberdeen as "a co-operative relationship which is to everyone's mutual advantage".[163] Witnesses also suggested that the number of occasions on which scientists take "voyages with real fishermen on real fishing vessels" should be increased.[164] It is essential that if this is to work the fishermen have confidence that any information they supply to scientists is protected and will not be passed on to authorities in a form that identifies them. This does not imply any illegality on the part of the fishermen, merely a need to build up a proper relationship of trust between the two sides. The SFF thought it was even more important that "working fishermen should always accompany the scientific research vessels".[165] This is already happening in Scotland and it has the beneficial effect of helping the fishermen to understand the scientific process.

48. The North Sea Fishermen's Organisation suggested that those fishermen who had worked with scientists developed more positive attitudes towards the researchers as a result.[166] Mr Goodlad of the SFF wished to take this further with the industry becoming "actively involved with the scientists in establishing what kind of voyages should take place, what kind of scientific assessments should be undertaken."[167] At the moment there is no formal procedure whereby the industry can have an input into the research programme undertaken by the laboratories, although Dr Horwood of CEFAS assured us that "they make frequent written representations about what they want to see done".[168] This works against the construction of a feeling of collaboration which needs to be developed, particularly in the light of the damage done by the introduction of the precautionary approach. The NFFO called for "a more permanent dialogue and involvement with the industry, involvement of the scientists in developing a conservation strategy jointly with the industry".[169] It cited the examples of the Danish industry where scientists are obliged to spend a number of days on commercial fishing vessels and the Norwegian experience where there is "a much closer relationship between the industry, the scientists and the administrators and against that background, some very, very tough measures have been introduced, but with the backing of the industry".[170] We ourselves were impressed by the good relationship which exists between the two groups in Spain where the industry has a direct financial input into the research programmes and in Iceland where the industry is paying for a new research vessel. There appears to be a direct correlation between a relationship of trust between the fishermen and the scientists in a country or region and the success of the fishing industry in that area.

49. We conclude that a more permanent formal arrangement is needed to facilitate dialogue between fishermen and scientists. This should aim at achieving a sense of collaboration, rather than just consultation, with the scientists and fishermen learning from one another. Under the umbrella of such an arrangement could come increased numbers of joint ventures as described above as well as a set procedure for the planning of research programmes, including the utilisation of research carried out or commissioned by fishermen themselves, and for the clear exposition of technical information. Fishermen should be involved in all stages of the TAC-setting cycle so that they become part of the process and not merely an interest group to be kept informed after the event. For their part, fishermen need to be educated about the needs of scientific research which could perhaps be aided by the inclusion of the subject in the skippers' examinations, as suggested by one witness.[171] Decisions on this and how other matters should be taken forward are for the industry and scientists to take together. Mr Morley told us that he had "nothing against a more formalised relationship" and that he wanted to develop contacts between fishermen and scientists further.[172] Like the Minister, we accept that scientific conclusions must be based on scientific procedures, rather than anecdote, but we also agree with his assessment that the industry has more to contribute to the process than it is doing at the moment. We recommend that MAFF consult with the scientific community and the fishing industry on the best way to establish a permanent formal procedure for collaboration and consultation on fisheries research. We further recommend that MAFF encourage its counterparts in Scotland, Northern Ireland and Wales to participate in developing such procedures. We suggest later in this Report that this should be carried out in coastal and zonal management groups.[173]

50. It could be argued that if the fishermen are to set the research agenda then they should be prepared to contribute towards the cost. This is the case in some other countries, for example, Spain and the Netherlands.[174] UK fishermen's representatives were unanimous in their rejection of the idea, citing the relative lack of prosperity in the industry and the disadvantage in which this would place them as regards their European competitors.[175] The Minister agreed that "if the industry are not getting something which other countries are, I do not think you can justifiably ask for a contribution in such things as research and development when we are not paying in other areas".[176] In any case, as Mr Wentworth of MAFF pointed out, the industry is already paying a levy to the SFIA, part of which is for research.[177] The SFF conceded that in order to contribute more meaningfully to fisheries research it might need to employ its own scientific adviser.[178] The NFFO would like to follow suit but lacked the resources to do so.[179] We conclude that, although in the present circumstances it would not be appropriate to charge the industry for research, fishermen's organisations should be encouraged to invest in their own scientific projects and be assisted in applications for European funding for this purpose.


85  Qq 807, 841. Back

86  Ev. p.158, para 15. Back

87  Q 832. Back

88  IbidBack

89  Q 833. Back

90  Q 833. Back

91  Q 833. Back

92  Q 840. Back

93  Q 1070. Back

94  Q 849. Back

95  Ev. p.334. Back

96  Q 849. Back

97  Ev. p.253, para 2.1.2; Ev. p.270. Back

98  Q 39. Back

99  Q 826. Back

100  Q 847. Back

101  Q 1069. Back

102  Q 39. Back

103  Ev. p. 12, para 2.47. Back

104  Q 846. Back

105  Ev. p.308. Back

106  Q 448. Back

107  Ev. p.245. Back

108  Ev. p.52. Back

109  Ev. p.291. Back

110  Ev. p.270. Back

111  IbidBack

112  Q 181. Back

113  Ev. p. 39. Back

114  Ev. p. 6, paras 2.19 and 2.17. Back

115  Ev. p.332, paras 1.1 and 1.2. Back

116  Q 821. Back

117  Q 844. Back

118  Q 845. Back

119  MAFF/Intervention Board Departmental Report 1999, p.325. Back

120  Q 1067. Back

121  Q 1080. Back

122  Q 1067. Back

123  Ev. pp.333, para 1.16; Ev. p.247. Back

124  Ev. p.333, para 1.5. Back

125  Sixth Report of the Agriculture Committee, Session 1992-93, HC 620, The Effects of Conservation Measures on the UK Sea Fishing Industry, para 153. Back

126  Q 117. Back

127  IbidBack

128  Q 119, 179. Back

129  Ev. p.254, para 2.3.2. Back

130  Ev. p.192, para 30. Back

131  IbidBack

132  Ev. p.361. Back

133  Qq 121, 179. Back

134  Ev. p. 361. Back

135  Ev. pp.270, 273. Back

136  Ev. p.332, para 1.3. Back

137  Ev. pp.255-6, 280. Back

138  Q 684. Back

139  Q 683. Back

140  Ev. p.359. Back

141  Q 1136. Back

142  Q 678 Back

143  Q 177. Back

144  Q 1083. Back

145  Ev. p.358. Back

146  Q 678. Back

147  Ev. pp.281, 39, 93. Back

148  Ev. p.308. Back

149  IbidBack

150  Sixth Report, from the Agriculture Committee, Session 1992-93, The Effects of Conservation Measures on the UK Sea Fishing Industry, para 153. Back

151  Fifth Special Report from the Agriculture Committee, Session 1992-93, HC 927, Government Response to the Sixth Report, para 17. Back

152  Q 390. Back

153  Ev. p. 39. Back

154  IbidBack

155  Ev. p.159, para 20. Back

156  Ev. pp.159, 160. Back

157  Q 110. Back

158  Q 678. Back

159  Q 679. Back

160  Q710. Back

161  IbidBack

162  Ev. pp.259, 273. Back

163  Q 55. Back

164  Ev. p.259; see also Ev. p.39.  Back

165  Q 174. Back

166  Ev. p.310. Back

167  Q 174. Back

168  Q 48. Back

169  Q 110. Back

170  Qq 110-111. Back

171  Ev. p.310. Back

172  Q 1077. Back

173  See para 153. Back

174  Q 1068; Ev. p.209. Back

175  Qq 112, 116. Back

176  Q 1068. Back

177  Q 44. Back

178  Q 175. Back

179  Q 115. Back


 
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