ANNEX to Monitoring of Pesticide Residues in Products of Plant Origin in the European Union, Norway and Iceland 1999 Report

Transcription

1 EUROPEAN COMMISSION HEALTH & CONSUMER PROTECTION DIRECTORATE-GENERAL Directorate F - Food and Veterinary Office Unit 4 - Food of plant origin, plant health; processing and distribution In cooperation with JRC Ispra, IHCP, Food Products and Consumer Goods and DG SANCO E1 Annex to SANCO/397/01-Final ANNEX to Monitoring of Pesticide Residues in Products of Plant Origin in the European Union, Norway and Iceland 1999 Report

2 TABLE OF CONTENTS 1. NATIONAL AUTHORITIES AND CONTACT POINTS FOR PESTICIDE RESIDUE MONITORING COUNTRY COMMENTS Belgium Denmark Germany Greece Spain France Ireland Italy Luxembourg Netherlands Austria Portugal Finland Sweden United Kingdom Norway Iceland

3 1. NATIONAL AUTHORITIES AND CONTACT POINTS FOR PESTICIDE RESIDUE MONITORING Authority Contact person Contact point Belgium: Ministerie van Sociale Zaken, Volksgezondheid en Leefmilieu Algemene Eetwareninspectie Ministère des Affaires Sociales, de la Santé Publique et de l'environnement, Inspection générale des denrées alimentaires Cité Administrative de l'etat Quartier Esplanade, 11 B-1010 Brussel/Bruxelles Denmark: Danish Veterinary and Food Administration Div. of Chemical Contaminants Morkhoj Bygade 19, DK-2860 Soborg Germany: Bundesministerium für Gesundheit (Federal Health Ministry) Am Propsthof 78a D Bonn Greece: R. Van Havere Tel.: Fax: ewida@health.fgov.be A. Büchert Tel.: Fax: ab@fdir.dk Dr. W. Töpner Tel.: Fax: Toepner@bmg.bund.de Ministry of Agriculture, Plant Protection Directorate 3-5 Hippokratous str. EL-10164, Athens, Greece Director Mr. Ev. Arvanitakis Tel.: Fax: Pesticide Residue Laboratory 1, S. Venizelou str. EL-14123, Lycovrissi Greece Spain: Ministerio de Agricultura, Pesca y Alimentación Dirección General de Agricultura Subdirección General de Medios de Producción Agricolas Avda. Ciudad de Barcelona, Madrid Dr. Ch. Lentza- Rizos Tel.: Fax: rizos@internet.gr Mr. A. Yague Tel.: /75 Fax: mpaniagu@mapya.es 3

4 France: Laboratoire Interregional de la Repression des Fraudes de Paris-Massy 25 Avenue de la Republique F Massy Cedex Ireland: The Pesticide Control Service Department of Agriculture, Food and Rural Development Abbotstown Castleknock Dublin 15 Mr B. Declercq Tel.: Fax: Fax: bernard.declercq@wanadoo.fr or bernard.declercq@dgccrf.finan ces.gouv.fr Dr. D. O'Sullivan Tel.: Fax: Dan.osullivan@daff.irlgov.ie Italy: Ministero della Sanità, Dip. Alim., Nutrizione e Sanità Pubbl. Veterinaria Uff. V (Controllo Ufficiale Alimenti)-Roma Luxembourg: Laboratoire National de Sante BP. 1102, L-1011 Luxembourg Netherlands: Keuringsdienst van Waren (Inspectorate for Health Protection) Hoogte Kadijk 401 NL-1018 BK Amsterdam Austria: Bundesministerium für Soziale Sicherheit und Generationen, Abteilung IX/B/1 Radetzkystraße 2 A-1031 Wien Dr.SSA A. Sordi Tel.: Fax: dav-u05@sanita.it Dr. A. Consolino Tel.: Fax.: dav-u05@sanita.it Dr. F. Laux Tel. : Fax: lnscda@lns.etat.lu H. A. van der Schee Dr. Sylvia Frischenschlager Tel.: Fax: Henk.van.der.schee@kvw.nl Tel.: +43/1/ Fax.: +43/1/ jasmin.koenig@bmsg.gv.at Dr. Roland Grossgut Tel.: +43/1/40490/27847 (Bundesanstalt für Fax.: +43/1/40490/9278 Lebensmittelunters grossgut@baluf.gv.at uchung und forschung, Kinderspitalgasse 15 A-1090 Wien) 4

5 Portugal: Direcςãao-Geral de Protecςão das Culturas Quinta do Marques PT-2780 Oeiras Finland: National Food Administration POB 5, SF Helsinki Sweden: National Food Administration Box 622, S , Uppsala United Kingdom: Pesticides Safety Directorate Mallard House, Kings Pool 3 Peaseholme Green York YO1 7PX Norway: Norwegian Food Control Authority Box 8187 Dep., N-0034 Oslo, Norway Iceland: The Environmental and Food Agency Ármúla la 108 Reykjavík Iceland European Commission DG SANCO, FVO/F4 Belfield Office Park Beechhill Road Dublin 4 Ireland European Commission DG SANCO/ E1 200, rue de la Loi (L86/1/8) B-1049 Bruxelles European Commission Joint Research Center, Institute for Health and Consumer Protection I Ispra (Va) Italy J. R. Santos Tel: Or Fax: dgpc@mail.telepac.pt Pirjo-Liisa Penttila Tel.: Fax: pirjo-liisa.penttila@ elintarvikevirasto.fi A.Andersson Tel.: Fax: aran@slv.se S. Godson T. Ware Tel.: / Fax: t.ware@psd.maff.gsi.gov.uk s.j.godson@psd.maff.gsi.gov.uk G. Torp Varran Tel.: Fax: gesche.varran@snt.no Sesselja María Sveinsdóttir Tel.: Fax: sessa@hollver.is A. Bitterhof Tel.: Fax: Almut.Bitterhof@cec.eu.int B. Drukker Tel.: Fax: Bas.Drukker@cec.eu.int C. von Holst Tel.: Fax: christoph.vonholst@jrc.it 5

6 2. COUNTRY COMMENTS 2.1. BELGIUM Pesticide Residue Monitoring in Fruit, Vegetables and Cereals in Belgium This report shows the results of pesticide residue monitoring on fresh fruits and vegetables, cereals, and processed foods on the Belgian market in The samples were taken by trained officials from the Food Inspection Service from the Ministry of Social Affairs, Public Health and the Environment (1092 samples), or from the Service for Plant Quality and Plant Protection from the Ministry of Middle Class and Agriculture (495 samples). Sampling was done mostly according to directive 79/700/EEC, at auctions, importers, wholesalers, processors and retail. Of these samples, 552 can be considered to be compliance samples, following alerts on chlormequat in Belgian pears and methamidophos in Spanish peppers (fresh and frozen). In selecting the commodities, the methods of analysis and the number of samples, several factors were taken into account : the average consumption, the Belgian production figures, the rate of exceedences and findings of previous years, the analytical and budgetary possibilities. For less important commodities, a rolling programme is preferred. The different groups of fruits and vegetables were included as much as possible. The co-ordinated programme of the European Commission was of course included in the national programme. In total 8 different sorts of fruit, 11 different sorts of vegetables, potatoes, wheat grains, and processed pear based foodstuffs were analysed. Samples were refrigerated and analysed within 2-10 days. Two officially recognized laboratories were involved. A multiresidue method was performed on most samples. Dithiocarbamates and benzimidazoles were also frequently analysed. Bromide ion was measured in all commodities that are frequently grown in greenhouses (lettuce, lamb s lettuce, celery and peppers). Especially on leafy vegetables and stem vegetables, a whole range of analyses were carried out, including propamocarb and N-methylcarbamates. Some single residue methods were performed on specific commodities, e.g. daminozide in apples, and propham/chlorpropham on potatoes, imidacloprid in apples, cyproconazole in leek. Chlormequat was sought for in pears, pear products, apples and carrots. Acephate, methamidophos and triazophos were only measured in some commodities for the European co-ordinated programme. In frozen peppers, only methamidophos was sought. The two officially recognized laboratories involved in the monitoring programme were accredited for the most important analytical methods and commodities, and accreditation was gradually extended. The certificates of accreditation of the «Wetenschappelijk Instituut Volksgezondheid- Louis Pasteur (Afdeling Voedingswaren)» and the «Laboratorium voor Fytofarmacie» can be found on the website of the accreditation body BELTEST ( Both laboratories had participated in the European Commission s Proficiency Tests and in the Workshops on Coordinated Analytical Quality Control. The laboratories take into account annex II of Commission Recommendation 1999/333/EC. A total of 1587 samples were analysed. For the random monitoring programme, 262 fruit, 706 vegetable, 38 potato, and 29 cereal samples were counted. For the compliance monitoring, 442 pear samples, 24 samples pear syrup, 37 samples babyfood and 49 samples fresh and frozen sweet peppers were analysed. The 394 leafy vegetable samples (lettuce, lamb s lettuce, endive, spinach 6

7 and witloof) represented 38% of the random monitoring samples and 25% of the total amount of samples. Out of a list of 138 different pesticide, a total of 61 were found at least once during this random monitoring programme. The ten most frequently found pesticide, in descending order of number of findings, are: iprodione, bromide ion, dithiocarbamates, tolclofos-methyl, propamocarb, vinclozolin, tolylfluanid, procymidone, carbendazim and imazalil. In 54% of the samples, no were found. Pesticides were found most often in lemons (85%) and lettuce grown in greenhouses (79%). A maximum of 7 different pesticide could be found in one sample (lettuce). No pesticides were found for cauliflower, and for pineapple, carrot, spinach and witloof, in less than 10% of the samples pesticide were found. The latter was also true for babyfood containing pears. During compliance sampling of pears and pear syrop, chlormequat was detected in more than 80% of the samples. Slightly more exceedences are related to national s than to EC-s, when the compliance monitoring was not taken into account. Note that exceedences were counted not taking into account the uncertainty on the analytical result. A lot of exceedences are related to s at the limit of determination. High percentages for exceedences were found for celery and table grapes. For the compliance monitoring on Spanish sweet peppers, more than half of the samples were not conform European legislation. In nine lots of sweet peppers with methamidophos, 10 units were analysed seperately. Variation factors ranged from to 1.6 to 7.0, with a mean value of 3.4. The results are presented in Tables A to F, in the format recommended by the Commission. Table A1 gives, seperately for monitoring and compliance samples, data on the number and origin of samples, and results as to the. Table A2 is a list of pesticides which were included in analytical methods used during this monitoring programme. It gives the number of samples in which the pesticide is sought, the number of findings and the reporting level. Not only the pesticides mentioned in EC-directives are included, but all pesticides. The reporting level is not lower than the legal limit of determination. When laboratories had a higher determination limit than that in the legislation, this higher level is the reporting level. For instance the reporting levels are higher for dithiocarbamates, iprodione, and imazalil. Table B gives the detailed results of the co-ordinated programme. Table C contains the detailed results of the national programme, including the coordinated programme. Only pesticides which were found at least once, are listed. Please note that the exceedences counted in Table B and C are mathematical exceedences, not taking into account the uncertainty of the analytical result. Table D1 gives a list of exceedences of EC harmonised s, which were higher than 1.5 x. Similarly, table D2 lists exceedences of national s. Table E gives information on multiple in single samples of the Food Inspection Service. Table F gives the results for the variability excercise. 7

8 2.2. DENMARK Pesticide Residue Monitoring of Fruits, Vegetables and Cereals in Denmark Introduction This report to the Commission of the European Communities includes national and co-ordinated monitoring results from the Danish monitoring programme A total of 2287 samples of fruit and vegetables were analysed at regional or central food control laboratories, all accredited to pesticide analysis. Danish produce as well as commodities imported from other member states and non-member states were examined. Sampling Sampling plans were designed by the Danish Veterinary and Food Administration, the Institute of Food Research and Nutrition on the basis of dietary consumption pattern, production and import data, and monitoring results from previous years. Samples where taken by authorised personnel from local food control units mainly at wholesalers and importers. 25% of the Danish grown samples were taken at producers. 46% of the total 2287 samples were fruit, 45% were vegetables and 8% were cereals. 38% were of domestic origin, 62% were grown in other EU or third countries. Sampling included 4% commercially frozen produce and 3% organically grown samples. Analysis and quality assurance The analytical methods are developed and validated by the Danish Veterinary and Food Administration and the analyses performed by three regional laboratories and one central laboratory, all accredited for pesticide analysis in compliance with EN45001 by the Danish body of accreditation, DANAK (certificate numbers 288, 304, 315, and 350). All laboratories participate in the relevant FAPAS performance verification scheme. Laboratories analysing fruit and vegetables participated in the EU proficiency testing. Guidelines concerning Quality Control Procedures for Pesticide Residue Analysis has been applied to some extent for all methods. The concept of Lowest Calibration Level has not been implemented for all multi methods. Mass selective confirmation was performed for specialized methods with cereals. The fruit and vegetables were analysed for approximately 129 pesticides using a GC multi method based on extraction with acetone/cyclohexane/ethyl acetate, a HPLC method for fungicides (benomyl-group, thiabendazole, biphenyl and orto-phenylphenol) and a spectrophotometric method for the sum of dithiocarbamates (maneb-group). The cereals were analysed for 28 pesticides using a GC multi method and two LC-MS/MS methods (glyphosate and AMPA, resp. chlormequat and mepiquat). In the analytical methods 1-2 spiked samples were included in each analytical batch. The GC multi methods included spiked samples containing 8-15 pesticides at 2 concentration levels alternating between all pesticides. Quantification was performed with a matrix-matched standard or a pure solvent standard. The calibration standard was matched to the expected concentration within a factor of 2. The reporting levels entered in Table A are the general levels of quantification based on signal to noise response in combination with sample interference and recovery experiments. However, lower quantification levels are achievable for many pesticide/crop combinations. Samples with pesticide exceeding the were confirmed by analyses at another laboratory except findings of dithiocarbamate. Due to the methodology applied it is not possible to distinguish between dithiocarbamates included in the definition and other dithiocarbamates for which no has been fixed. Thus it is not possible to report confirmed exceedings from the maneb-group. 8

9 Results Pesticide were found in 61% of fruit samples, 13% of vegetable samples and 17% of cereal samples (excluding organically grown samples and findings of glyphosate, AMPA, chlormequat and mepiquat). 50 (27%) of the cereal samples were analysed for glyphosate, AMPA, chlormequat and mepiquat. Residues were found in 86% of these samples. 64 samples of organically grown vegetables and 29 samples organically grown cereals were analysed. Pesticide were found in two samples of grapes and in 4 cereal samples. Residues exceeding the maximum residue limits (s) were found in 45 samples corresponding to 2% of all samples. Danish grown Foreign grown (types also grown in Denmark) Foreign grown (types not grown in Denmark) 32% 62% 62% > 1% > 1% > 5% IP 67% IP 38% Pesticide in fruit. Excluding results from frozen or organic grown samples IP 34% Figur 1: Danish grown Foreign grown (types also grown in Denmark) Foreign grown (types not grown in Denmark) IP 94% 5% > 1% IP 78% 21% > 1% IP 82% 18% Figure 2: Pesticide in vegetables. Excluding results from frozen or organic grown samples 9

10 Danish grown Foreign grown (types also grown in Denmark) Foreign grown (types not grown in Denmark) 50% 31% IP 97% 3% IP 50% IP 69% Figure3: Pesticide in cereals. Excluding results from organic grown samples and excluding results for glyphosate, AMPA, chlormequat and mepiquat. A toxicological evaluation was performed for exceeding the, with multiple and with where no was set. The evaluation concluded that the detected did not constitute any health hazard to the consumer. However, findings of chlorinated pesticides such as hexachlorbenzene, DDT, Lindane and HCH are undesirable, due to accumulation in the organism. Three samples had that exceeded the Acute Reference Dose, ArfD. One of these (methamidophos in cauliflower) was evaluated as toxicologically unacceptable. The following up of violations lies with the local authorities (The Municipal Food Control Units). Most frequently the action for confirmed exceedings was to order the companies to update their own-check procedures. Substances have been reported according to their residue definition. Thus o,p -DDE (found in one sample) and AMPA (found in nine cereal samples) has been reported separately from DDT and glyphosate. Due to the methodology applied results for the maneb-group may include dithiocarbamates not included in the -definition. Residues of more that one pesticide were found in 16% of all samples The pesticides most frequently detected in fruit and vegetables were in descending order: Imazalil, benomyl-group, maneb-group, thiabendazole, endosulfan, chlorpyrifos, ortho-phenylphenol, procymidone, methidathion, and iprodione. Nine substances were found in cereal samples (in descending order of frequency): chlormequat, glyphosate, AMPA, mepiquat, pirimiphos-methyl, malathion, chlorpyrifos-methyl, fenitrothion, and propiconazole. 10

11 2.3. GERMANY Pesticides Residue Monitoring in Food for the Year 1999 Summary of the Results from the Federal Republic of Germany In Germany there is a difference between Monitoring Programme and official food control. Parts of the data generated in both programmes correspond with the provisions of Directives 86/362/EEC, 86/363/EEC, 90/642/EEC and the Commission Recommendation of 3 March 1999 (1999/333/EC) concerning a coordinated Community monitoring programme. Therefore, the report includes the respective data from both programmes: - Monitoring programme 2651 samples - official food control samples. The report contains the results of the tests carried out in food of animal origin, grain, fruit and vegetables during the 1999 survey period. It includes all of the data transmitted by 49 accredited laboratories of the food control laboratories of the Laender to the Federal Institute for Health Protection of Consumers and Veterinary Medicine, BgVV. Samples were taken on the level of producers, manufacturers, wholesalers and retailers, and restaurants according to a national sampling protocol published as official legal repulations. The active ingredients tested for were ingredients which had already been included in the Annexes to Directives 86/362/EEC, 86/363/EEC or 90/642/EEC. In the course of the 1999 survey period, a total of (1998: ; 1997: ; 1996: ) samples were tested for pesticide in the Federal Republic of Germany. In 7446 (57.3%) samples of pesticides were not determinable and in 5156 (39.7%) samples, of pesticides were detected in compliance with official, national and EU s. Only 398 (3.06%) samples contained of pesticides exceeding s. Table 1 shows the number of samples divided into domestic production and imports and takes into account the three Directives. The overview given in this table indicates that of imported samples exceeded s more frequently than those of domestic foods. The reason could surely be seen in the fact that parts of the imported foods originated from countries with other climatic conditions which require an increased use of pesticides. 11

12 Table 1 Overview of the results of the tests performed on domestic and foreign produce. Food item total without amount residue s Domestic samples up to above total amoun t Import samples without up to above Cereals Animal origin Fruit/ vegetable Total The food samples were analysed for a total of 74 different pesticides from which 61 were detected at least in one sample. Residues of 29 individual pesticides exceeded s. 12

13 2.4. GREECE SUMMARY OF PESTICIDE RESIDUE MONITORING RESULTS OF GREECE FOR THE YEAR EU COORDINATED PROGRAMME. 171 samples of the products specified in the 99/333/EC Commission Recommendation were examined by the coordinated laboratory. All of these were analyzed for GLC amenable pesticides (acephate, chlorpyriphos, chlorpyriphos-methyl, deltamethrin, diazinon, endosulfan, imazalil, iprodione, lambda-cyhalothrin, mecarbam, metalaxyl, methamidophos, methidathion, permethrin, pirimiphos-methyl, thiabendazole, triazophos, vinclozolin). 110 of them were also analyzed for benomyl group and 43 for maneb-group. 147 samples (86% of the total number of samples) contained not detectable of the pesticides sought. 17 samples (9.9%) contained detectable at or below the. In 7 samples (4.1%) of a pesticide were detected exceeding the EU s. 2. NATIONAL PROGRAMME 1422 samples were examined by 6 laboratories. 920 samples (64.7% of the total number of samples) contained not detectable of the pesticides sought. 400 samples (28.1%) contained detectable at or below the. In 68 samples (4.8%) of one or more pesticides at concentrations exceeding the EU or national s were detected (64 exceeded the EU and 4 the national ). In 83 samples (5.8%) of pesticides for which no EU or national s are established were detected. The total number of pesticides analyzed for was 123. The 10 most frequently pesticides found were: chlorpyriphos (101 samples), fenthion (91 samples), endosulfan (76 samples), benomyl group (42 samples), phosalone (38 samples), maneb group (36 samples), chlorpyriphos methyl (30 samples), methamidophos (28 samples), chlorothalonil (27 samples) and captan (26 samples). The reporting levels are generally those established by the Council or Commission in the EU Directives, or those indicated by FAO/WHO Codex Alimentarius. In one case (methamidophos) the EU LOD of 0.01 mg/kg could not be achieved and the limit routinely achievable (0.02 mg/kg) is reported. In some cases the reporting levels are those routinely achieved in the laboratory. Samples were randomly taken from points of entry, wholesalers and retailers. QUALITY ASSURANCE The EU guidelines are followed as close as possible. The screening of samples by GLC involves the use of matrix-matched standard mixtures containing the most commonly encountered pesticides, including at least two pesticides with a poor or variable GC response or recovery. Bracketing calibration is used. Although most quantitations are carried out using calibration curves with 3-5 levels covering a limited concentration range, a single calibration point is sometimes used, for example for confirmation of a residue, which has already been quantified on a different GC system. Routine recovery checks and blanks are carried out approximately every 20 samples rather than on the basis of batches, because of the uneven flow of samples to the laboratory. All the laboratories are in the phase of preparation for accreditation. 13

14 Table 1. Overview of the results from the Greek pesticide monitoring programme Co ordinated National Programme Programme Number % Total Number % Total Total samples analysed % % Samples with non % % detectable Samples with detectable % % at or below the Samples with detectable 68 of one or more pesticides exceeding the 7 4.1% EU National EU or national s s s % Samples with detectable of pesticides for whichnoeuornational s are established 0 0% % 14

15 2.5. SPAIN [Translated Extract from the 1999 Spanish national monitoring reports for fruit and vegetables and cereals] FRUIT AND VEGETABLES Introduction The surveillance programme is implemented by the Autonomous Communities on the basis of annual plans along the following lines, in accordance with previously agreed criteria: 1 - Establishing in advance the total number of samples in proportion to production of each vegetable product in each Autonomous Community; 2 - Surveillance of of active pesticide substances as listed in Community Directives 76/895, 93/58/EEC, 94/30/EEC, 95/30/EEC, 96/32/EC and 98/82, and of the remaining pesticides which may be used following authorisation and establishment of s in Spain. Table I shows those active substances which are subject to monitoring and the analytical method used. The samples corresponding to the 1999 plan were taken by the plant health departments of the Autonomous Communities in accordance with the principles laid down in Directive 79/700. Analysis of the samples under this surveillance programme was carried out in the Autonomous Communities' residue analysis laboratories and in the agri-foodstuffs testing laboratory of the Ministry of Agriculture, Fisheries and Food. The analysis methods used make it possible to work with a detection limit of between 0.01 and 0.05 mg/kg. They were selected from among internationally recognised methods adapted and validated by the "laboratories working party", comprising qualified technicians from the laboratories taking part in the National Residues Surveillance Plan. Results and discussion Tables II-V of this report set out the results of the surveillance programme corresponding to the 1999 plan. Of the total number of samples analysed, were fruit, were vegetables and 242 were other vegetable products. Of the fruit samples, there were 622 citrus fruits, 356 stone and pome fruit, 155 grapes, 82 strawberries, 21 almonds, 95 olives and 21 tropical fruits. The vegetables analysed belonged to the following groups: 170 roots and tubers, 702 fruiting vegetables, 120 brassica vegetables, 153 leaf vegetables, 60 green legumes and 99 stem vegetables. The 242 samples of other vegetable products included seven mushrooms, 22 dry legumes, 127 potatoes and86sunflowers. The results may be summarised as follows: - in samples (equivalent to 57.44%), no exceeding the officially established detection limit (harmonised by the EU or national) were found; 15

16 - in 963 samples (equivalent to 33.22%), the found were less than 50% of the s laid down; - in 174 samples (6.00%), were between % of s; - only in 99 samples (3.4%) did residue levels exceed the s laid down (RD 280/1994 and MOs 27/II/96, 5/XII/96, 26/VII/97, 14/V/98 and 31/V/99). Table II summarises the results, differentiating between fruit, vegetables and other vegetable products. Fruit: in 540 samples (39.94%), no were detected; in 658 samples (48.66%), the found were less than 50% of s; in 116 (8.57%), were at levels between % of s; and in 38 (2.81%), residue levels exceeded the s laid down. Vegetables: analysis of these products revealed that a high percentage (890 samples, 68.25%) contained no ; in 303 samples (23.23%), the found were less than 50% of s; in 55 (4.21%), were at levels between % of s; and in 56 (4,28%), residue levels exceeded the s laid down. Other vegetable products: In the majority of samples analysed (231, or 95.86%), no were detected; in only two samples (0.82%) were less than 50% of s; in three (1.23%), were at levels between % of s; and in five (2.06%), levels exceeded the s laid down. Table IV establishes a relationship; of those pesticides and vegetable products exceeding the s in force, the most frequent were chlorpyriphos, detected in 21 samples: oranges (6), table grapes (1), tomatoes (1), peppers (2), cauliflower (1), beet (1), lettuce (1), celery (2), artichokes (1), carrots (1), potatoes (2) and sunflowers (2); methamidophos in 21 samples: peppers (8), melons (5), watermelon (3), lettuce (3), peaches (1) and table grapes (1); fenthion in six samples: oranges (1), apples (1), peaches (1), apricots (1), mangoes (1) and table grapes (1); dithiocarbamate in four samples: peaches (1), lettuce (2) and potatoes (1); imazalil in six samples: citrus fruits (4), cabbages (1); pyrazophos in 3 samples: cabbages (1), lettuce (1) and artichokes (1). The remaining pesticides which exceeded s were found occasionally in one or two samples. The number of samples in the 1999 plan which exceeded s (3.41%) is higher than for 1998 (2.38%), due in part to the difficulties of farmers in adapting to the changes to s in Spanish legislation to bring them into line with those laid down in Directive 98/82/EC. In these cases, with products already marketed or acquired by farmers and labelled prior to the changes to the authorised limits, there was insufficient notification of the change. Table V lists those products analysed by the Autonomous Communities, indicating the pesticides detected and their level in relation to the s laid down. In Tables IV and V, the s corresponding to those harmonised by the EU have been underlined. Horticultural products in which more samples containing have been found, and the plant protection products most frequently detected, are as follows: - Citrus fruits: chlorpyriphos, dicofol, phosmet, fenitrothion, imazalil, malathion, metidathion and pirimiphosmethyl, with imazalil being the most frequent; - Pome fruit: captan + folpet, carbendazim and imazalil; - Table grapes: chlorpyriphos, dimethoate, fenitrothion and primiphos-methyl; - Strawberries: carbendazim, iprodione, procymidone and tetradifon; - Tomatoes: clortalonil, endosulfan, methamidophos and procymidone; - Peppers: methamidophos and procymidone; 16

17 - Lettuce: dimethoate, dithiocarbamates and procymidone. Levels found were mostly below 50%; only a small percentage were between % of s. Table VI at the end of the report compares results for the last four years. Measures adopted in cases where s are exceeded In samples where s were exceeded, new samples were taken from the same sampling sites in order to confirm previous results; in almost all cases, these later samples were negative. In those lots where results exceeded the s, appropriate action was taken; the most significant case, in terms of the number of samples detected, was the presence of methamidophos in peppers. On the basis of the results of the samples inspected, and of alerts in other Member States, the Junta de Andalucía drew up a special plan for monitoring methamidophos in peppers and other horticultural products which were affected. In the case of peppers, samples were analysed; the results are set out in Annex I. As a result of these controls, kg of peppers were destroyed. Current s for methamidophos in peppers are the result of one of the amendments laid down by Directive 98/82/EC, as referred to in the above conclusions, having been reduced from 1.00 mg/kg to 0.01 mg/kg. CEREALS Introduction The surveillance programme is implemented by means of annual plans carried out by the autonomous regions, using an agreed common approach. When organising the 1999 annual plan, the same approach was adopted as for earlier plans. It consisted of the following: 1. Establishing in advance the total number of samples in proportion to the production of each crop in each autonomous community. 2. Applying the surveillance programme not only to the pesticides referred to in Directives 86/362, 93/57, 94/29, 95/39/EC, 96/33/EC and 98/33/EC but also to other pesticides that may be used because the Spanish authorities have authorised their use in cereals. Table I lists the active substances monitored. The samples provided for under the 1999 plan were taken by the plant health departments of the autonomous communities in accordance with the instructions given in Directive 79/700/EEC. They were analysed in the laboratories operated by the autonomous communities and in the agri-foodstuffs testing laboratory of the Ministry of Agriculture, Fisheries and Food in Madrid. Results and discussion Tables III-VII contain the results of the 1999 surveillance plan for in cereals. These relate to the samples and analyses carried out on the crops harvested in that year. Of the 250 samples analysed, 85 were of wheat, 101 of barley, 22 of maize, 36 of rice and 6 of oats. The following results were obtained: In 232 samples, equivalent to 92.8% of the total, no were detected above the officially-established limits of determination (harmonised by the EU or set by Spain). In 17 samples (6.8% of the total), were at below 50% of the s set. In one sample (0.40% of the total), the residue was at between 50 and 100% of the s. In only one sample (0.40%) was a residue found that exceeded the set (R.D. [Royal Decree] 280/1994 and O.M. [Ministerial Order] 27/2/96, 5/10/96, 26/7/97, 14/5/98 and 31/5/99). When carrying out the 1999 plan, were detected in fewer samples (7.60%) than in the 1998 plan (14.81%). Table III contains the results for the various cereal products analysed, which can be summarised as follows: 17

18 Wheat: no were detected in 77 samples (90.58%). Residues were found only in 8 samples (9.4%), where levels were below 50% of the s. No sample was found with exceeding the s. Barley: no were detected in 93 samples (92.07%), while at levels below 50% of the s were found in 7 samples (6.93%). In one sample a result of between % of the was obtained. Residue levels exceeding the s were not found in any sample. Maize: no were detected in 21 samples (95.45%). Residues below 50% of the relevant were found only in one sample (4.5%). Rice: no were found in 34 samples (94.4%). Residues were detected in 2 samples, one (2.7%) with a level below 50% of the, the other (2.7%) with a level exceeding the. Oats: no were detected in any of the samples. Table IV shows the pesticides detected in each plant product, the number of cases being below that occurring in previous plans. The most frequently occurring pesticides were as follows: malathion in 11 samples: 6 of wheat and 5 of barley; pirimiphosmethyl in 6 samples: 1 of wheat, 3 of barley, 1 of maize and 1 of rice. In Tables II, VI and VII, the s harmonised by the EU have been underlined, while the other s are those set in Spain by the Comisión Conjunta de Residuos de Productos Fitosanitarios (Joint Committee on Residues of Plant Protection Products). Table V shows the pesticide that exceeded the s. This was molinate, which was found in a rice sample at a concentration of 0.10 mg/kg, the relevant being 0.05 mg/kg. The batch concerned was traced and a second sample taken to confirm the result. An analysis of this second sample produced a negative result. At the end of the report, in Table VIII, the results of the last four years are compared. Analytical quality assurance and accreditation The analytical quality assurance measures taken in laboratories include the following: checks on instrumentation, use of internationally recognised methods, duplication of analyses where there is uncertainty or where levels exceed the s, confirmation of results using CG - MS or an alternative method if the first is unsuitable. During implementation of the 1999 plan, a Spanish intercalibration exercise was carried out involving those laboratories integrated into the surveillance programme. It was organised by the University of Almería, using samples of strawberries treated with the following pesticides; carbendazim, cypermethrin, fenitrothion, iprodione, malathion, methamidophos, pirimiphos-methyl, procimidone and thiabendazole. Overall results were satisfactory. Also in that year, the EU organised Profiency Test II, involving most of the laboratories in the surveillance programme. The laboratories in Madrid, Valencia and Zaragoza are currently accredited by the official body ENAC, while accreditation for the remaining laboratories is pending. 18

19 2.6. FRANCE French Pesticide monitoring Results for 1999 The French pesticide monitoring programme for pesticide in food was carried out by the General Direction of concurrence and repression of frauds ( DGCCRF). The objectives of the program were to assume that - the pesticides was used following the good agricultural practice. - The health of consumers was protected The crops or processed foods were collected by the inspectors following the requirements ( directive 79/700) at the production, wholesalers ( including MIN) and retailers. Then they are sent to the laboratories. The programme of monitoring has been investigated by the central administration of the service and included European and national action. This program takes in account - proportion of the crops in the diet - requirements from EU coordinated program - some special actions concerning problems with certain crops ( lettuce, pears) Laboratories. Seven laboratories carried out the monitoring programme but only six reported the results in the format. All samples were analysed by the multi residue method and some of their by single method For multi-residue methods the samples were extracted by solvent ( acetone or ethyl acetate) then partitioned by liquid-liquid. The purification for organo-halogenated molecules were performed by cartridge, florisil or biobeads. The determination is conducted by ECD, NPD, FPD or hall detector. GC/MS is used as confirmation for samples above s when the techniques is applicable. Additional methods were used for the determination of methyl carbamate, maneb groups, inorganic bromides, chlormequat ( HPLC with conductivity, thin layer chromatography), benomyl group, hydrazide maleique and so on. 228 pesticides can be researched and we have found 115.( Approximately 50% ) Two laboratories were accredited by COFRAC. The accreditation can be occurred only if the methods was validated by collaborative study. The validation in house required a lot of investigations. For the new molecules the accreditation seems difficult to be obtained. The two laboratories were assuming approximately 50% of the control All laboratories were involved in some proficiency tests with BIPEA and CHECK organisation. At least 4 tests were carried out by year Results 4553 samples were analysed and the repartition were 30% for the fruits 10% for cereals and 60% on vegetables. In 1999 an investigation was pointed out on chlormequat in pears with 151 samples and 50% was recognised as above the of 3 mg/kg. This active ingredient is not authorised in France and in this case we applied 0 tolerance. Deleting this enforcement for chlormequat in pears the level on anomalies for fruit should be about 5% ( 73/1422). Including this operation the number of default were increasing to 10%(152/ 1573) For cereals no samples were above the s. 19

20 For vegetables the numbers of samples above the s were affected by the enforcement in the production of lettuce indoor. Excluding lettuce 5% of the samples were above the. Including lettuce the anomalies were increasing still 9.9%. The number of samples was very high (711) and if we take in account the diet we have normally to sampling only 230. We introduced also some cases where the labelling was not following the regulation. The treatment after harvest for potatoes must be declared and some fruits coming outside of France were declared without treatment and contained pesticides The pesticides which are found the most frequently were iprodione, dithiocarbamates, vinclozoline, benomyl groups, imazalil, procymidone, thiabendazole, chlorpyriphos, chlorpropham, phosalone. 46,4 % of the samples were found without researched, 31% with one pesticide, 11,6% with two pesticides 6,5% with three pesticides, 2,7% with four pesticides and less than 2% more than 4 pesticides monitoring 1999 FRANCE vegetables potatoes seed oil fruits cereals total residus > LMR residus > LMR residus < LMR sans residus total 20

21 répartition des analyses de résidus de pesticides pour l'année 1999 t ot al cereales 9% divers 4% totalfruits 35% totalfruits t ot al légumes totalcereales divers tot al légumes 52% anomalies % fruits-chlormequat vegetables vegetables-lettuce cereals anomalies % monitoring 99 pourcentage of samples without pesticide 1pesticide 2pesticides 3pesticides 4pesticides >4 pesticides 21

22 2.7. IRELAND Irish Pesticide Monitoring Results for The Irish pesticide monitoring programme for pesticide in food is undertaken by the Department of Agriculture, Food and Rural Development through its Pesticide Control Service. The objectives of the programme are to ensure that - pesticides are correctly applied to food and that - consumers are not exposed to unacceptable pesticide in food. In 1999 some 538 samples were analysed for pesticide of which 232 were fruit/vegetables while 39 were cereals. Fruit and vegetables: 54 different types of fruit and vegetables were analysed as part of the monitoring programme % of the samples were of domestic origin and the remaining 64.6 % were either of imported or unknown origin. The samples were analysed for of up to 92 pesticides and their metabolites. 46.5% of samples were found to contain pesticide while 5.6% of the total number of samples analysed contained in excess of the. Enforcement action is taken by Ireland only in respect to those pesticide s which are defined in the EU residue directives, 76/895, 86/362, 86/363, 90/642 and their amending directives. Details of the pesticide detected are provided in the attached tables. In the fruit and vegetable samples analysed of 39 different pesticides were detected. s exist for 34 of these compounds and have yet to be established for the remaining 5. The pesticides most commonly encountered in fruit and vegetables were Thiabendazole (7.8%), iprodione (7.8%), carbendazim (6.9%), chlorpyriphos (6.4%), endosulfan ( 6.0%), captan (4.8%), dicofol (4.3%), chlorfenvinphos (3.5%), etc were the most commonly detected in the pesticide residue monitoring programme. The distribution of pesticides found in 1999 is consistent with the results of previous years. Thiabendazole is primarily detected in pome and citrus fruit; iprodione was detected in lettuce, berries, stone fruit and in fruiting vegetables; Chlorpyriphos was primarily detected in citrus fruit ; endosulfan was primarily detected in berries and in cucumbers ; captan was mainly found in pome fruit ; chlorfenvinphos was found in root and tuber vegetables. In all 27 samples (11.6%) contained of 2 pesticides, 12 samples (5.2%) contained of 3 pesticides, 7samples (3%) contained of 4 pesticides while 2 samples (0.9%) contained of 5 pesticides. Cereals: Cereal samples, of which 59% were of domestic origin and the remainder were imported or of unknown origin, were analysed for of 79 pesticides. Pesticide were detected in 3 samples (7.7%) none of which exceeded an. Of the 3 pesticides detected in the cereal samples s have been established for are in place for 2 of these. The pesticides detected were pirimiphos-methyl, etrimphos and malathion. 22

23 violations: 13 samples of fruit and vegetables were found to contain pesticide in excess of the EU s. 2 of these samples were of domestic origin while the remainder were imported ( 8 EU production and 3 from outside the EU). 9 of the 13 exceedances related to s which were set at the LOD which suggests that the pesticides were applied to crops illegally. An assessment of the dietary risk associated with the dietary intake of the pesticide /crop combinations in those cases where the was exceeded did not indicate any risk to the consumer for 11 of the 13 samples concerned. In the case of two of the samples - chlorfenvinphos in parsnips - methamidophos in peaches a more substantial risk to the consumer was present but on evaluation was also considered to be within acceptable limits. Quality Control Practices in the laboratory: - The laboratory was not accredited during The laboratory participates in both EU proficiency and in FAPAS proficiency programmes. - The work of the laboratory takes into account the guidelines set out in the EU Quality Control Criteria as agreed by the EU residue analysts in co-operation with the EU commission. 23

24 2.8. ITALY Summary of the results from Italy for the year 1999 National Programme (results concerning harmonised and not harmonised pesticides). The results of general national programme are shown in Table 1. Table 1 Nr. of samples Regular samples Without % With % Irregular samples Irregular samples % Fruit Vegetables TOTAL Samples were analysed using multi residual method, able to determine the presence of 100 or more pesticides. The samples were taken at random on the market and based on dietary consumption and production. 66 laboratories of the National Health Service supplied the data for the official control on pesticide but only a part is already accreditated according to the EN laboratories participated to the third EU Proficiency test in Each sample was analysed for, an average, 65 different pesticides (ranging from few compounds to 325 different pesticides). An estimated individual determinations were carried out. In about 12.6% of the analysed samples, of more than one pesticide were found. National programme (results concerning only harmonised pesticides). This report of the Ministry of Health to the European Commission contains the results of the tests carried out on food of vegetables origin and cereals during the 1999 survey period, concerning only the pesticides listed in the Annexes II of the Directives 86/362/EEC and 90/642/EEC. The results are shown in Table % of the samples contained no pesticide. Detectable at or below the were found in 18.8% of the samples. In 0.9% of the samples the exceeded s. 24

25 Table 2 Nr. of samples Regular samples Without % With % Irregular samples Irregular samples % Fruit Vegetables Cereals TOTAL In about 5.3 % of the analysed samples, of more than one pesticide were found. The pesticides which were found most often are in decreasing order: procimidone, maneb group, chlorpyrifos, imazalil, benomyl group, thiabendazole, iprodione, chlorpyrifos-methyl, endosulfan, vinclozolin. EU co-ordinate monitoring exercise (Recommendation 1999/333/EC, point 1) The number of samples analysed for each compound (active substance/product) ranges between 21 and 94 for melons, between 49 and 217 for peppers, between 32 and 161 for cauliflowers, between 8 and 126 for wheat. Two samples of peppers presented exceeding the (for chlorpyrifos and methamidophos). 25

26 2.9. LUXEMBOURG Pesticide monitoring in fruits and vegetables and cereals carried out in Luxembourg in 1999 Introduction This report summarizes the results of the coordinated and the national pesticide monitoring programme in fruits, vegetables and cereals on the luxembourgish market in This report has been prepared according to the recommendation of the commission as far as technically possible. It not only contains pesticides mentioned in the dir. 90/642/CEE and 86/362/CEE, but also some other pesticides. Sampling The samples were collected according to the annual sampling plan prepared from the National Food Control Administration. Samples of fresh fruits, vegetables and cereals were generally collected from the central market in Luxembourg by the local police agents. Imported products' sampling was done by the food controller in the wholesalers warehouses. Sampling is done mostly according to directive 79/700/EEC The size of a laboratory sample was at least 1 kg. The sampling plan is based on a rolling plan (the section of commodities is subject to annual variations). Analysis The samples were analysed by the division of food control which is a part of the National Health Laboratory. All the samples were analysed by a gaschromatographic multiresidue method (modified german official method DFG S19). This method consists of an acetone/cyclohexane/ethylacetate extraction and a clean-up on a biobeads S-X3 gel permeation column. The extract was analysed by GC with selective detectors (ECD, NPD and FPD). When a pesticide residue exceeded the, the identity of the pesticide was confirmed by GC-MS. With this method more than 200 pesticides are covered. Dithiocarbamates were also determined on each sample by using an CS 2 evolution method. The CS 2 is determined by headspace analysing using GC with flame photometric detector (EC method, document 1729/VI/80 final 2, not published). Accreditation and quality assurance The only official laboratory involved in the monitoring pesticide residue programme is actually in a preparative phase for an accreditation according to EN The analytical results are governed by a quality assurance system. The laboratory takes into account, as far as it is possible for a laboratory of its size, of the document Quality control Procedures for Pesticide Residus Analyses- Guidelines for Residus Monitoring in the European Union. Our laboratory has participated on the Workshop on coordinated Analytical Control in November 1999 in Athens/Greece../. 26