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One Health et sécurité sanitaire : de la plante à l'animal consommateur et consommé

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Visuels de Eric Royer, Séminaire Réseau Français Santé Végétale, 3 octobre 2018, Paris, 44 pages

PDF icon Visuels de Eric Royer, Séminaire Réseau Français Santé Végétale, 3 octobre 2018, Paris, 44 pages
2018

Diversité des productions porcines en France

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Jean-Yves Dourmad et al., Innovations agronomiques (FRA), 2018, volume 68, octobre, p. 151-170

Alors que la production porcine française est souvent perçue comme uniforme, il existe une assez grande diversité en termes d'organisation et taille des élevages et d'insertion dans l'exploitation agricole. Les élevages spécialisés représentent 39% des exploitations et 61% du cheptel alors que pour 38% des exploitations l'élevage porcin est associé à la présence de bovins. Au niveau des produits la diversification est surtout assurée en aval par le tri des carcasses et des pièces de découpe, et la transformation. Le porc est en effet valorisé à 75% sous la forme d'une grande diversité de produits transformés qui contraste avec la faible diversité de l'offre en viande fraiche. Depuis quelques années on assiste au développement de différentes démarches valorisant l'origine ou le mode d'élevage. Les leviers de différenciation concernent souvent plusieurs dimensions comme la race des animaux, l'origine géographique des produits, leurs qualités organoleptique ou diététique, l'absence ou la présence de certains composés dans l'alimentation des animaux, le bien-être animal et la production biologique. Cette évolution est favorisée par le renforcement des liens entre les groupements de producteurs et l'aval, y compris jusqu’à la transformation et la distribution.

https://www6.inra.fr/ciag/content/download/6490/47897/file/Vol68-7-Dourmad%20et%20al.pdf

Diversity of pig production in France

Although French pig production is generally perceived as uniform, a rather large diversity still exists in terms of organization and size of pig units and their integration with the rest of the farm. Specialized pig farms represent 39% of all pig farms and they raise about 61% of all pigs, whereas in 38% of farms the raising of pigs is associated with ruminants. Diversity of pork products is mainly obtained by the sorting of carcasses and cuts, and their processing. Indeed, in France, about 75% of pork is consumed after processing, with a very large diversity of products. This contrasts with the rather low diversity of pork fresh meat. Nevertheless, in the recent years, we may observe the development of strategies of diversification based on the origin or the way of production. The differentiation levers may combine different dimensions among: animal breed, geographic origin, organoleptic and dietetic quality, the absence or the presence of specific compounds in animal feed, animal welfare, and organic production.
This evolution towards increased diversity is promoted by the consolidation of the links between pig producer cooperatives and the downstream of the pork production chain, including processing and distribution sectors.

https://www6.inra.fr/ciag/content/download/6490/47897/file/Vol68-7-Dourmad%20et%20al.pdf

2018

Développement de nouveaux outils haut débit pour l’évaluation précoce de la qualité de la viande de porc

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Visuels d'intervention présentés par Antoine Vautier, à la 7ème journée de restitution des programmes de R&D financés par le Casdar "Innovation et partenariat" et "Recherche finalisée et innovation", le 17 janvier 2018, Paris

PDF icon visuels de Antoine Vautier, journée CASDAR du 17 janvier 2018, Paris
2018

La Pologne sur un fil, entre potentiels et menaces ?

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Visuels d'intervention présentés par Elisa Husson et Boris Duflot, à Space 2018 (Les Matinales de l'Ifip), le 11-14 septembre 2018, Rennes

PDF icon Visuels d'Elisa Husson et Boris Duflot, Matinales au Space IFIP, le 11-14 sept 2018, Rennes
2018

Comment définir une « Bonne viande de porc » sur le plan organoleptique

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Visuels d'intervention présentés par Gilles Nassy, à Space 2018 (Matinales de l'Ifip), le 11-14 septembre 2018, Rennes

PDF icon Visuels de Gilles Nassy, Matinales au Space IFIP, le 11-14 septembre 2018, Rennes
2018

Filière porcine ukrainienne : Illusions perdues

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Baromètre Porc (FRA), 2018, n° 489, synthèse du mois, septembre, p. 8, par Boris Duflot

Avec son potentiel de productions végétales, ses faibles coûts de main d’oeuvre et une tradition de consommation de porc, l’Ukraine pouvait devenir un acteur majeur du commerce international. Mais la propagation de la peste porcine africaine empêche quasiment toute exportation, tandis que le marché intérieur s’est réduit depuis la crise politique et économique de 2014.

PDF icon Baromètre Porc (FRA), 2018, n° 489, synthèse du mois, septembre, p. 8, par Boris Duflot
2018

Dispositif de maîtrise des salmonelles dans la filière porcine française

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Le présent dossier décrit chaque pièce du dispositif français de maîtrise du danger Salmonella et la cohérence de son fonctionnement. Il présente les résultats de prévalence des salmonelles recueillis depuis 20 ans afin d’illustrer son efficacité et démontrer les garanties qu’il offre au consommateur et aux clients étrangers.
Ce dossier à la fois technique et communicant a vocation à aider les professionnels à démonter l’efficacité de l’ensemble de leurs actions auprès des parties prenantes et des clients export.

Document réservé Espace Pro, veuillez vous identifier
2018

Population genetic structure of Listeria monocytogenes strains isolated from the pig and pork meat production chain in France

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Benjamin Félix (Anses) et al., Food Micro, 3-6 septembre 2018, Berlin, Allemagne

Listeria monocytogenes is an ubiquitous pathogenic bacterium, transmissible to humans through the consumption of contaminated food. The pork production sector has been hit hard by a series of L. monocytogenes-related food poisoning outbreaks in France. An overview of the diversity of strains circulating at all levels of the pork production chain, from pig farming to finished food products, is needed to identify the contamination routes and improve food safety. Until now, no typing data has been available on strains isolated across the entire pig and pork production chain. 
Here, we analyzed the population genetic structure of 687 L. monocytogenes strains isolated over the last 20 years in virtually all the French départements from three compartments of this production sector: pig farming (PF), the food processing environment (FPE) and finished food products (FFP). The genetic structure was described based on MLST clonal complexes (CCs). The CCs were obtained by mapping the PFGE profiles of the strains. The distribution of CCs was compared firstly between the three compartments and then with CCs obtained from 1106 strains isolated from other food production sectors in France. 
The predominant CCs of pig and pork strains were not equally distributed among the three compartments: the CC37, CC59 and CC77 strains, rarely found in FPE and FFP, were prevalent in PF. The two most prevalent CCs in the FPE and FFP compartments, CC9 and CC121, were rarely or never detected in PF. No CC was exclusively associated with the pork sector. Three CCs (CC5, CC6, CC2) were considered ubiquitous, because they were observed in comparable proportions in all food production sectors. The two most prevalent CCs in all sectors were CC9 and CC121, but their distribution was disparate. CC9 was associated with meat products and food products combining several food categories, whereas CC121 was not associated with any given sector. Based on these results, CC121 is likely able to colonize a larger diversity of food products than CC9. Both CCs being associated with the food production suggests, that certain processing steps, such as slaughtering or stabilization treatments, favor their settlement and the recontamination of the food produced.

Document réservé Espace Pro, veuillez vous identifier
2018

Essais interlaboratoires d'aptitude : composition de produits à base de viandes - rapport IC_2018_1

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L’Ifip (Institut du porc) a organisé en mars - juin 2018 le circuit inter-laboratoires IC_2018_1 sur la composition chimique de produits à base de viandes. 57 laboratoires ont participé à ce circuit. La coordination du présent essai d’aptitude est assurée par Martine Carlier (martine.carlier@ifip.asso.fr, tel 01 43 68 41 55).

PDF icon Martine Carlier, rapport ifip, juin 2018, 29 pages
2018

An online phenotype database: first step towards breeding programs in local pig breeds

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Marie-José Mercat et al., 69th Annual Meeting of the European Federation of Animal Science (EAAP), Dubrovnik, Croatie, le 27-31 août 2018, visuels d'intervention

In order to further allow implementation of breeding programs in local pig breeds, with selection objectives defined for each local breed, we aimed at developing a standardised recording of carcass and meat quality traits. These data have to be connected with herdbooks to estimate genetic parameters of the traits (heritabilities and genetic correlations) which are necessary to define breeding objectives. Today the situation is very different from one local breed to another. No or very few phenotypes are recorded in some of them, while breeding programs already exist for a few breeds. To promote phenotyping, a dedicated database and a website were developed in the frame of the TREASURE project. First, the required variables have been collected for six local breeds: Basque (FR), Bísaro (PT), Crna slavonska (HR), Gascon (FR), Krškopoljski (SI) and Schwäbisch-Hällisches (DE). In total 74 variables have been identified dealing with animal herdbook information (10), rearing and growth (22), carcass (22) and meat quality (20) attributes. The database is compatible with the various identifiers used in the different countries: animal IDs, breed, farm… codifications. Major attention has been paid to the description of measurement methods of traits. Thus, each carcass and meat quality phenotype is associated to a method description representing 35 additional variables. The website can be easily translated into several languages. The website and database are currently on test until the end of the TREASURE project. All the breeds studied in TREASURE are free to use these tools. The database can be duplicated so that each partner can host its own data. Funded by European Union H2020 RIA program (grant agreement no. 634476).

PDF icon Marie-José Mercat et al., 69th EAAP, Dubrovnik, Croatie, le 27-31 août 2018
2018

Evaluation of micropollutants and chemical residues in organic and conventional pig meat

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G Dervilly-Pinel (ONIRIS) et al., 69h Annual meeting of the european federation of animal science (EAAP), Dubrovnik, Croatie, 27-31 août 2018

Even if there is no clear evidence that organic food products are healthier than conventional ones, the presumed absence of chemical contaminants is reported as main driver for organic consumers.. To provide occurrence data in a context of chronic exposure, samples of liver and meat (psoas major muscle) were collected in 2014 in six French slaughterhouses representing 70 pig farms, including 30 organic, 12 Label Rouge and 28 conventional. Each sample corresponded to a pool of tissues of three carcasses. Environmental contaminants (17 polychlorinated dibenzodioxins/ dibenzofurans (Dioxins), 18 polychlorinated biphenyls (PCBs), 3 hexabromocyclododecane (HBCD) isomers, 6 mycotoxins, 6 trace metal elements) and residues from production inputs (75 antimicrobials and 121 pesticides) were investigated using the most sensitive methods. Contamination levels were measured below regulatory limits in all the samples. However, some differences were observed between types of farming. Dioxins, PCBs and HBCD concentrations were thus observed as significantly higher in organic meat samples. Cu, Zn and As were measured at slightly higher levels in organic meat without differences between organic and Label Rouge. Liver samples from conventional and Label Rouge farms exhibited higher contents in Zn and Cd than the organic ones. Ochratoxin A was the only mycotoxin quantified in 25 samples (36%) and detected in another 22 samples (31%) of the livers analysed, without significant differences between farming systems. A correlation could be observed between mycotoxins concentrations in meat and liver. All meat samples exhibited pesticides levels below the detection limits, whereas only 3 conventional or organic samples (overall: 3.5%) displayed residual concentrations of authorized veterinary antimicrobials, but with concentrations far below the regulatory limits.

Document réservé Espace Pro, veuillez vous identifier
2018

Antioxidant supplementation is ineffective to reduce the frequency of PSE-like zones in pork hams

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Antoine Vautier et al., 64th International Congress of Meat Science and Technology (ICOMST), 12-17 août 2018, Melbourne, Australie

The frequency of pork hams with PSE-like zones is a major issue for the processed meat sector in France, despite recent improvements in the slaughter techniques and systematic sorting on the ultimate pH value of hams. Halothane genotype, still widespread in its heterozygous form, may play a significant role in this issue [1]. On the other hand, a recent work described at a molecular level a possible link between oxidative stress and the specific development of PSE-like zone [2]. From this hypothesis, an experimental design was carried out at the IFIP Experimental Station to evaluate the effect of antioxidant supplementation in pig diet on the appearance of PSE-like zone and more generally on the overall ham quality before and after cooking process. 

PDF icon Antoine Vautier et al., 64th ICOMST, 12-17 août 2018, Melbourne, Australie
2018

Early prediction of Semimembranosus ultimate pH with Raman spectroscopy of pig carcasses

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Antoine Vautier et al., 64th International Congress of Meat Science and Technology (ICOMST), 12-17 août 2018, Melbourne, Australie, poster

The ultimate pH (pH24) is a crucial meat quality parameter in the pork meat industry, but its measurement time is still an issue for slaughterhouses due to diffi culties to keep up the required 18h post mortem (pm) time minimum. Raman spectroscopy showed the potential to predict pH24 of Semimembranosus when performed during chilling at 60 to 120 minutes pm [1] and on the slaughter line at 30 to 60 minutes pm [2]. The objective of the study is to validate the accuracy of the 671 nm emission Raman device developed by Schmidt et al. [3] to predict pork meat quality on a French pork population at the end of the slaughter line (30 min pm). The ability to predict the “jambon cuit supérieur” cooking yield and slicing defects has also been tested.

PDF icon Antoine Vautier et al., 64th ICOMST, 12-17 août 2018, Melbourne, Australie, poster
2018

Treasure : Diversité des races locales de porcs et des systèmes de production pour des produits traditionnels de qualité élevée et des filières porcines durables

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Bénédicte Lebret (INRA), Marie José Mercat et Herveline Lenoir (IFIP),Salon International de l'Agriculture (SIA) 2018, 24 février-4 mars 2018, Paris, poster 

 

Document réservé Espace Pro, veuillez vous identifier
2018

Selection procedure of bioprotective cultures for their combined use with High Pressure Processing to control spore-forming bacteria in cooked ham.

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Mihanta Ramaroson et al., International journal of food microbiology, 2018, voluime 276, 2 juillet, p. 28-38

High Pressure Processing (HPP) and biopreservation can contribute to food safety by inactivation of bacterial contaminants. However these treatments are inefficient against bacterial endospores. Moreover, HPP can induce spore germination. The objective of this study was to select lactic acid bacteria strains to be used as bioprotective cultures, to control vegetative cells of spore-forming bacteria in ham after application of HPP. A collection of 63 strains of various origins was screened for their antagonistic activity against spore-forming Bacillus and Clostridium species and their ability to resist to HPP. Some safety requirements should also be considered prior to their introduction into the food chain. Hence, the selection steps included the assessment of biogenic amine production and antibiotic resistance. No strain produced histamine above the threshold detection level of 50 ppm. From the assessment of antibiotic resistance against nine antibiotics, 14 susceptible strains were kept. Antagonistic action of the 14 strains was then assessed by the well diffusion method against pathogenic or spoilage spore-forming species as Bacillus cereusClostridium sp. like botulinum, Clostridium frigidicarnis, and Clostridium algidicarnis. One Lactobacillus curvatus strain and one Lactococcus lactis strain were ultimately selected for their widest inhibitory spectrum and their potential production of bacteriocin. A Lactobacillus plantarum strain was included as control. Their resistance to HPP and ability to regrow during chilled storage was then assessed in model ham liquid medium. Treatments of pressure intensities of 400, 500, and 600 MPa, and durations of 1, 3, 6, and 10 min were applied. After treatment, cultures were incubated at 8 °C during 30 days. Inactivation curves were then fitted by using a reparameterized Weibull model whereas growth curves were modelled with a logistic model. Although the two Lactobacillus strains were more resistant than L. lactis to HPP, the latter was the only strain able to regrow following HPP. The absence of biogenic amine production of this strain after growth on diced cube cooked ham was also shown. In conclusion this L. lactis strain could be selected as representing the best candidate for a promising preservative treatment combining biopreservation and HPP to control spore-forming bacteria in cooked ham.

 
2018

Ochratoxin A determination in swine muscle and liver from French conventional or organic farming production systems

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Vincent Hort (Anses) et al., Journal of Chromatography B, 2018, volume 1092, 15 août, p; 131-137

Consumers generally considered organic products to be healthier and safer but data regarding the contamination of organic products are scarce. This study evaluated the impact of the farming system on the levels of ochratoxin A (OTA) in the tissues of French pigs (muscle and liver) reared following three different types of production (organic, Label Rouge and conventional). Because OTA is present at trace levels in animal products, a sensitive ultra-high performance liquid chromatography-tandem mass spectrometry method using stable isotope dilution assay was developed and validated. OTA was detected or quantified (LOQ of 0.10 μg kg-1) in 67% (n = 47) of the 70 pig liver samples analysed, with concentrations ranging from <0.10 to 3.65 μg kg-1. The maximum concentration was found in a sample from organic production but there were no significant differences in the content of OTA between farming systems. OTA was above the LOQ in four out of 25 samples of the pork muscles. A good agreement was found between OTA levels in muscle and liver (liver concentration = 2.9 × OTA muscle concentration, r = 0.981).

2018

Qualité de la viande de porc

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Jacques Mourot (INRA) et al., In: Valérie Berthelot, dir., Valérie Berthelot, Alimentation des animaux et qualité de leurs produits (p. 172-190). Paris, Lavoisier Tec & Doc. 442 pages

Les produits animaux occupent une place importante dans notre régime alimentaire en apportant des nutriments indispensables à notre équilibre physiologique. Au-delà de cette qualité nutritionnelle, ils doivent aussi répondre à des objectifs de qualité sanitaire, sensorielle et de service ainsi qu’aux attentes des consommateurs. L’objectif de cet ouvrage est de faire la synthèse des connaissances scientifiques sur les relations entre ces différentes qualités et l’alimentation des animaux. La formulation des régimes alimentaires a évolué pour assurer une qualité optimale des produits issus des élevages tout en satisfaisant au mieux les besoins des animaux. Après un chapitre introductif sur la notion de qualité et son sens actuel, Alimentation des animaux et qualité de leurs produits aborde en 13 chapitres les thématiques suivantes :

• Alimentation animale, formulation des régimes et réglementation

• Déterminants alimentaires et non alimentaires en élevage de la qualité des produits

• Qualité des produits animaux et attente des consommateurs : intégration du volet alimentation et mise en œuvre par les acteurs des filières

2018

Population Genetic Structure of Listeria monocytogenes Strains Isolated From the Pig and Pork Production Chain in France

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Benjamin Félix (Anses) et al., Frontiers in Microbiology, 2018, n° 9, 6 avril, 11 pages

Listeria monocytogenes is an ubiquitous pathogenic bacterium, transmissible to humans through the consumption of contaminated food. The pork production sector has been hit hard by a series of L. monocytogenes-related food poisoning outbreaks in France. An overview of the diversity of strains circulating at all levels of the pork production chain, from pig farming (PF) to finished food products (FFP), is needed to identify the contamination routes and improve food safety. Until now, no typing data has been available on strains isolated across the entire pig and pork production chain. Here, we analyzed the population genetic structure of 687 L. monocytogenes strains isolated over the last 20 years in virtually all the French départements from three compartments of this production sector: PF, the food processing environment (FPE), and FFP. The genetic structure was described based on Multilocus sequence typing (MLST) clonal complexes (CCs). The CCs were obtained by mapping the PFGE profiles of the strains. The distribution of CCs was compared firstly between the three compartments and then with CCs obtained from 1106 strains isolated from other food production sectors in France. The predominant CCs of pig and pork strains were not equally distributed among the three compartments: the CC37, CC59, and CC77 strains, rarely found in FPE and FFP, were prevalent in PF. The two most prevalent CCs in the FPE and FFP compartments, CC9 and CC121, were rarely or never detected in PF. No CC was exclusively associated with the pork sector. Three CCs (CC5, CC6, and CC2) were considered ubiquitous, because they were observed in comparable proportions in all food production sectors. The two most prevalent CCs in all sectors were CC9 and CC121, but their distribution was disparate. CC9 was associated with meat products and food products combining several food categories, whereas CC121 was not associated with any given sector. Based on these results, CC121 is likely able to colonize a larger diversity of food products than CC9. Both CCs being associated with the food production suggests, that certain processing steps, such as slaughtering or stabilization treatments, favor their settlement and the recontamination of the food produced. 

https://www.frontiersin.org/articles/10.3389/fmicb.2018.00684/pdf

2018

Développement de nouveaux outils haut débit pour l’évaluation précoce de la qualité de la viande de porc (QualiPorc)

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Sandrine Schwob et al., Innovations Agronomiques (FRA), 2018, volume 63, janvier, p. 407-419

Les perspectives en matière d'amélioration génétique de la qualité de viande (QV) reposent sur la mise au point de nouveaux outils haut débit, de prédiction précoce, peu coûteux et non invasifs. Pour cela, de nouvelles méthodes de mesure de QV, s’appuyant sur des technologies émergentes, ont été développées et testées en routine. L’imagerie par résonance magnétique (IRM) permet de quantifier les teneurs en lipides intramusculaires (LIM) et caractériser le persillage dans le muscle Longissimus. La méthode d’analyse d’images a été automatisée pour améliorer les cadences de mesures (400 échantillons scannés par jour) et assurer la traçabilité des données. L’évolution du taux de LIM le long du muscle Longissimus analysée par IRM montre que l’échantillon prélevé au niveau de la 13ème côte est représentatif du taux de LIM moyen de la longe (R²=0.88). La spectroscopie visible et proche infrarouge (NIRS) permet, quant à elle, de prédire les rendements technologiques et les défauts de tranchage. Enfin, les données d’expression génique quantifiées dans le muscle Longissimus ont été exploitées afin d’identifier des biomarqueurs discriminant 3 classes de qualité technologique et sensorielle: à défaut, correct ou extra. Le meilleur modèle pour prédire l’appartenance d’un échantillon à une classe de qualité inclut 12 gènes.

https://www6.inra.fr/ciag/content/download/6350/46562/file/Vol63-27-Schwob.pdf

https://www.youtube.com/watch?v=dL7LSo2f_oU

ENG

Development of high throughput methods to predict pork quality at industrial scale

This project aimed at providing new early and non-invasive predictors of pork quality usable in slaughter houses, to orientate use of carcasses and cuts and optimize their economic value. For this purpose, the project included development, testing and validation of various methods under industrial conditions. Magnetic Resonance Imaging (MRI) technology was used to estimate the Longissimus muscle intramuscular fat (IMF) content and marbling. Image analysis method was automated to improve measurement rate (400 samples scanned per day) and ensure data traceability. MRI was also used to study the representativeness of IMF content determined at the 13th rib to assess average IMF of the whole Longissimus muscle. Results showed high repeatability and good predictive ability of Longissimus average IMF content with determination at the 13th rib level (R²=0.88). Near Infrared Spectroscopy (NIRS) was used to estimate cooking and slicing yields and structural defects. NIRS technology could predict slicing losses caused by paste-like and cohesion defects on processed loin slices. Finally, gene expressions quantified on Longissimus muscle were used to discriminate 3 pork quality classes: low, acceptable and extra technological and sensory quality levels. The best model to predict meat quality level of pork loins included expression levels of 12 genes.

https://www6.inra.fr/ciag/content/download/6350/46562/file/Vol63-27-Schwob.pdf

https://www.youtube.com/watch?v=dL7LSo2f_oU

2018

Evaluation environnementale des systèmes porcins

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Sandrine Espagnol, bilan 2017, éditions IFIP, mai 2018, p. 90

L’évaluation environnementale des systèmes porcins est l’étape qui permet de faire le point et d’identifier les priorités d’action pour réduire les impacts environnementaux des élevages et assoir ainsi leur durabilité. La base de données Agribalyse gérée par l’Adème établit les impacts environnementaux des principaux produits agricoles au portail de la ferme et notamment du porc. Ces valeurs d’impacts sont utilisables par la filière aval notamment dans une logique d’affichage environnementale et d’écoconception. Cette dynamique lancée pose de nouvelles questions à la filière concernant :
● Les références des systèmes émergents. Il s’agit notamment de vérifier si les références disponibles prennentsuffisamment en compte la diversité
de ces systèmes (plus grande que dans les systèmes conventionnels) et si la méthode d’évaluation des impacts prend suffisamment en compte leurs spécificités (préservation de la qualité des sols et de la biodiversité notamment). Le projet ACV Bio porté par l’INRA et auquel est associé l’IFIP a pour objectif d’aborder cette question pour la production biologique et notamment en porc.
● La répartition des impacts entre la viande et ses coproduits animaux et leurs co-produits. En effet, si un seul produit animal est issu des élevages porcins au portail de la ferme, c’est une toute autre question en sortie d’abattoir où de nombreux coproduits sont générés avec de multiples destinations (alimentation humaine, industrie du cuir, aliments des animaux de compagnie). Le projet Allocations viande s’est intéressé aux différentes options possible d’allocation cherchant in fine à en conseiller une pour la filière viande sur la base d’arguments techniques et scientifiques.

PDF icon Sandrine Espagnol, bilan 2017, éditions IFIP, mai 2018, p. 90, fiche n° 50
2018

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