National Agricultural Policy for the Maltese Islands 2018 – 2028 PARLIAMENTARY SECRETARY for AGRICULTURE, FISHERIES and ANIMAL RIGHTS
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Change in Quality During Ripening of Olive Fruits and Related Oils Extracted from Three Minor Autochthonous Sardinian Cultivars
Emirates Journal of Food and Agriculture. 2019. 31(3): 196-205 doi: 10.9755/ejfa.2019.v31.i3.1923 http://www.ejfa.me/ RESEARCH ARTICLE Change in quality during ripening of olive fruits and related oils extracted from three minor autochthonous Sardinian cultivars Paola Conte1, Giacomo Squeo2, Graziana Difonzo2, Francesco Caponio2, Costantino Fadda1, Alessandra Del Caro1, Pietro Paolo Urgeghe1, Luigi Montanari1, Antonio Montinaro3, Antonio Piga1* 1Dipartimento di Agraria, Università Degli Studi di Sassari, Viale Italia 39/A, 07100 Sassari, Italy, 2Dipartimento di Scienze del Suolo, Della Pianta e Degli Alimenti, Sezione di Scienze e Tecnologie Alimentari, Università Degli Studi di Bari Aldo Moro, Via Amendola 165/A, 70126 Bari, Italy, 3LAORE Sardegna, Servizio Sviluppo delle filiere vegetali, Unità organizzativa tematica territoriale Produzioni vegetali ATO 2, Via Baldedda 11, 07100 Sassari, Italy ABSTRACT Ripening stage is one of the key factors in determining quality of olive fruits and related oils. This research, thus, was aimed to study the influence of three different harvesting times on the quality parameters of olives and related oils of three autochthonous Sardinian cultivars, Sivigliana da olio, Semidana, and Corsicana da olio. We evaluated several parameters in olive fruits (dry matter, oil content, total soluble solids, total polyphenol and antioxidant activity) and oils (legal indices, total chlorophylls and tocopherols, single polyphenols and volatile compounds, antioxidant activity). The results obtained in olive fruits showed that all the parameters changed significantly during ripening and seem to confirm that the best harvesting time is that selected by the growers, that is when 70% of olives has just turned dark-colored and the rest is green. -
Template for Thesis and Long Reports
The success factors and the major challenges that Tal- Massar Winery in Gozo needs to address to develop the full potential of wine tourism. Jesmond Borg Bachelor’s Thesis Degree Programme in Hospitality Management 2016 Abstract Date 03.02.2017 Author(s) Jesmond Borg Degree programme B.A. Hospitality Management Report/thesis title Number of pages The success factors and the major challenges that Tal-Massar and appendix pages Winery in Gozo needs to address to develop the full potential of 42 + 13 wine tourism. This study focuses on the concept of wine tourism as a growing niche on the island of Gozo. Over the last decade, Gozo has seen a synergy between wine and the tourism industry which has led to the development of what is commonly known as wine tourism. As in other countries, wine tourism on this small island is leaving an impact on the social and economic aspects. This research aims to portray the success factors and the major challenges that Gozo needs to address to develop the full potential of this niche market. Since the Maltese islands have a tradition of wine- making, several critical factors will be considered in a Gozitan context to determine and assess Gozo’s potential. Within this framework, this study reviews and adds to the existing empirical literature on wine tourism while giving a brief description of the islands unique characteristics that play a vital role in this niche market. It also aims to compile the profile of the islands’ wine industry and examine the winemaker’s level of involvement with tourism as well as to explore the percep- tions of expanding the potential of wine tourism through online marketing. -
A Life Cycle Perspective to Assess the Environmental and Economic Impacts of Innovative Technologies in Extra Virgin Olive Oil Extraction
foods Article A Life Cycle Perspective to Assess the Environmental and Economic Impacts of Innovative Technologies in Extra Virgin Olive Oil Extraction Teodora Stillitano 1, Giacomo Falcone 1 , Anna Irene De Luca 1,* , Antonio Piga 2, Paola Conte 2, Alfio Strano 1 and Giovanni Gulisano 1 1 Department of Agriculture, Mediterranean University of Reggio Calabria, Feo di Vito, 89122 Reggio Calabria, Italy; [email protected] (T.S.); [email protected] (G.F.); [email protected] (A.S.); [email protected] (G.G.) 2 Department of Agriculture, University of Sassari, Viale Italia 39/A, 07100 Sassari, Italy; [email protected] (A.P.); [email protected] (P.C.) * Correspondence: [email protected] Received: 24 May 2019; Accepted: 11 June 2019; Published: 13 June 2019 Abstract: Advances in the adoption of technological innovations represent a great driver to improve the competitiveness of the Italian extra virgin olive oil (EVOO) industry. This work assesses the efficiency of an innovative extraction plant (with low oxidative impact, heating of paste before malaxation and a special decanter that avoids the final vertical centrifugation) in terms of oil yield and quality, and economic and environmental impacts. Economic and environmental impacts were evaluated by using both life cycle costing and life cycle assessment methodologies. A sensitivity analysis was also performed to highlight the uncertain factors that may strongly affect the results. Findings showed that olive milling with the innovative plant resulted in olive oil with a significant increase in quality, although the extraction yield was significantly higher when using conventional technology. In terms of environmental results, an average growth of 4.5% of the impacts in all categories was reached. -
Effect of Processing on Phenolic Composition of Olive Oil Products and Olive Mill By-Products and Possibilities for Enhancement of Sustainable Processes
processes Review Effect of Processing on Phenolic Composition of Olive Oil Products and Olive Mill By-Products and Possibilities for Enhancement of Sustainable Processes Fereshteh Safarzadeh Markhali CEB—Centre of Biological Engineering, Campus of Gualtar, University of Minho, 4710-057 Braga, Portugal; [email protected] or [email protected] Abstract: The bio-functional properties of olive oil products and by-products rely greatly on the proportions and types of the endogenous phenolics that may favorably/unfavorably change during various processing conditions. The olive oil industrial activities typically produce (i) olive oils, the main/marketable products, and (ii) olive mill by-products. The mechanical processing of olive oil extraction is making progress in some areas. However, the challenges inherent in the existing system, taking into consideration, the susceptibilities of phenolics and their biosynthetic variations during processing, hamper efforts to ascertain an ideal approach. The proposed innovative means, such as inclusion of emerging technologies in extraction system, show potential for sustainable development of olive oil processing. Another crucial factor, together with the technological advancements of olive oil extraction, is the valorization of olive mill by-products that are presently underused while having great potential for extended/high-value applications. A sustainable re-utilization of these Citation: Safarzadeh Markhali, F. valuable by-products helps contribute to (i) food and nutrition security and (ii) economic and Effect of Processing on Phenolic Composition of Olive Oil Products environmental sustainability. This review discusses typical processing factors responsible for the and Olive Mill By-Products and fate of endogenous phenolics in olive oil products/by-products and provides an overview of the Possibilities for Enhancement of possibilities for the sustainable processing to (i) produce phenolic-rich olive oil and (ii) optimally Sustainable Processes. -
Read, Enjoy, Share and Support Your Journal
MALTESE E-NEWSLETTER August 2020 Read, Enjoy, Share and Support Your Journal 1 MALTESE E-NEWSLETTER August 2020 In a short address at the end of the celebrated mass, Mgr. Teuma said used a metaphor in saying that he wanted everyone to be part of the crew of the boat that is the church. He said that everyone should seek to live the values of Jesus Christ: "in the way in which we respect each other, love each other, support those who are suffering and have fallen behind." "If we love Jesus, but do not Fr Anton Teuma has been installed as the new mention he will not be offended. When a mother Bishop of Gozo, effectively taking over the seat sees their children living her values, she will not occupied since 2005 by Mgr Mario Grech, who is worry or be concerned because the child does not taking on a new role at the Vatican. say where he has been taught from. Jesus Christ The ceremony took place at the Xewkija parish is the same", he said. church, and it had to be anticipated from Fr. Teuma, 56, served in the Xaghra parish. He September because of new measures linked with becomes the ninth bishop since Gozo became a the containment of the spread of Coronavirus. diocese in 1864. During his preparation to become a priest, he worked as a welder and electrician in Australia, obtaining a licence in both trades. He was ordained a priest in 1988 by former bishop of Gozo Nikol Cauchi. He served in the parish of St Ignatius in Rome as a parish vicar, and was brought back to Gozo in 1997 to be appointed rector of the seminary, a post he occupied for 10 years. -
To Access the List of Registered Aircraft As on 2Nd August
Current Aircraft Registry List as at 8/2/2021 CofR Reg MTOM TC Holder Aircraft Description Pax No Operator MSN Classification No Mark /kg Cherokee 160 Ltd. 24, Id-Dwejra, De La Cruz Avenue, 1 41 ABW Piper Aircraft Inc. Piper PA-28-160 998 4 28-586 Aeroplane (land) Qormi QRM 2456, Malta Malta School of Flying Company Ltd. Aurora, 18, Triq Santa Marija, Luqa, 2 62 ACL Textron Aviation Inc. Cessna 172M 1043 4 17260955 Aeroplane (land) LQA 1643, Malta Airbus Financial Services Limited 6, George's Dock, 5th Floor, IFSC, 3 1584 ACX Airbus S.A.S. A340-313 275000 544 Aeroplane (land) Dublin 1, D01 K5C7,, Ireland Airbus Financial Services Limited 6, George's Dock, 5th Floor, IFSC, 4 1583 ACY Airbus S.A.S. A340-313 275000 582 Aeroplane (land) Dublin 1, D01 K5C7,, Ireland Air X Charter Limited SmartCity Malta, Building SCM 01, 5 1589 ACZ Airbus S.A.S. A340-313 275000 4th Floor, Units 401 403, SCM 1001, 590 Aeroplane (land) Ricasoli, Kalkara, Malta Nazzareno Psaila 40, Triq Is-Sejjieh, Naxxar, NXR1930, 001-PFA262- 6 105 ADX Reno Psaila RP-KESTREL 703 1+1 Microlight Malta 12665 European Pilot Academy Ltd. Falcon Alliance Building, Security 7 107 AEB Piper Aircraft Inc. Piper PA-34-200T 1999 6 Gate 1, Malta International Airport, 34-7870066 Aeroplane (land) Luqa LQA 4000, Malta Malta Air Travel Ltd. dba 'Malta MedAir' Camilleri Preziosi, Level 3, Valletta 8 134 AEO Airbus S.A.S. A320-214 75500 168+10 2768 Aeroplane (land) Building, South Street, Valletta VLT 1103, Malta Air Malta p.l.c. -
Structural Business Statistics: 2019
8 July 2021 | 1100 hrs | 120/2021 Micro, small and medium enterprises (SMEs) accounted for 69.3% of the combined Personnel Costs and Gross Operating Surplus (GOS) generated by the non-financial business economy in 2019, compared to a share of 68.3% in 2018. Structural Business Statistics: 2019 Cut-off date: In 2019, the non-financial business economy in Malta incorporating Industry, Construction, Wholesale and retail 30 June 2021 trade and Services activities generated €3,882.1 million in GOS (or profits) and paid out €3,328.1 million in Personnel costs to its employees. SMEs registered an increase in these two variables of 13.0 and 10.3 per cent respectively, when compared to 2018. Large enterprises earned €1,218.3 million in GOS and when compared to the other three size categories of SMEs independently, they contributed to the highest values of Turnover, Production and Personnel costs. The largest share (31.4 per cent) of Persons employed in Malta were employed with micro enterprises (Table 2). Chart 1. Main variables by size classification: 2019 Number of units Turnover Production Gross Operating Surplus Personnel Costs main variables Investment in tangible assets Persons employed 0% 20% 40% 60% 80% 100% per cent Micro Small Medium Large Performance of large enterprises There were 8 new large enterprises in 2019 compared to 2018. For the same period, the large enterprises registered an increase in the number of Persons employed and Personnel costs of 4.4 per cent and 4.9 per cent respectively. Turnover and GOS generated by large enterprises increased by 7.7 per cent and 8.3 per cent respectively. -
Olive Oil: Chemistry and Technology, Second Edition
Analysis and Authentication Franca Angerosa*, Christine Campestre**, Lucia Giansante* * CRA-Istituto Sperimentale per la Elaiotecnica, Viale Petruzzi, 65013 Città Sant’Angelo (PE) – ITALY, ** Dipartimento di Scienze del Farmaco, Università degli Studi G. D’Annunzio, Via dei Vestini, 31, 66100 Chieti - ITALY Introduction Olive oil, differently from most vegetable oils, is obtained by means of some technological operations which have the purpose to liberate the oil droplets from the cells of olive flesh. Due to its mechanical extraction, it is a natural juice and preserves its unique composition and its delicate aroma, and therefore can be consumed with- out further treatments. However, a refining process is necessary for making edible lampante virgin olive oils. Lampante oils cannot be directly consumed because of the presence of organoleptic defects or because chemical-physical constants exceeding the limits established by International Organizations. Consumers are becoming continuously more aware of potential health and thera- peutic benefits of virgin olive oils and their choice is oils of high quality which pre- serve unchanged the aromatic compounds and the natural elements that give the typical taste and flavor. Because of the steady increasing demand and its high cost of production virgin olive oil demands a higher price than other vegetable oils. Therefore, there is a great temptation to mix it with less expensive vegetable oils and olive residue oils. On the other hand even refined olive oils, due to high mono-unsaturated fatty acids content and other properties, often have prices higher than those of olive residue oil or seed oils. Thus, there are attempts to partially or totally substitute both virgin and refined olive oils with pomace oil, seed oils, or synthetic products prepared from olive oil fatty acids recovered as by-products in the refining process. -
Protecting South Australia from the Phylloxera Threat
The Phylloxera Fight Protecting South Australia from the phylloxera threat Wally Boehm Winetitles Adelaide 1996 in association with The Phylloxera and Grape Industry Board of South Australia First published in 1996 by Winetitles PO Box 1140 Marleston SA 5033 A USTR A LI A in association with The Phylloxera and Grape Industry Board of South Australia 25 Grenfell Street, Adelaide South Australia 5000 © Copyright 1996 Wally Boehm and The Phylloxera and Grape Industry Board of South Australia All rights reserved. No part of this publication may be copied or reproduced by any means without the written permission of the publisher. National Library of Australia Cataloguing-in-Publication Boehm, E.W. (Ernest Walter). The phylloxera fight: protecting South Australia from the phylloxera threat. Includes index. ISBN 1 875130 21 7 1. Phylloxera – South Australia. 2. Grapes – Diseases and pests – South Australia. 3. Grapes – Diseases and pests – Control – South Australia. I. South Australia. Phylloxera and Grape Industry Board. II. Title 634.82752099423 Design and typesetting Michael Deves Printed and bound by Hyde Park Press CONTENTS CHAPTER 1 The Dread of Phylloxera 1 CHAPTER 2 Phylloxera in Australia 13 CHAPTER 3 Phylloxera Legislation 34 CHAPTER 4 Rootstocks and Virus 45 CHAPTER 5 Nurseries and New Varieties 53 CHAPTER 6 Biotypes 58 CHAPTER 7 Vine Introduction Procedure 62 APPENDIX 1 The Phylloxera and Grape Industry Act 1994 71 APPENDIX 2 Vine Variety Introductions to South Australia 75 INDEX 90 Record of Board Membership Chairmen District 2 O.B. SEPPELT 1926–1933 O.B. Seppelt 1926–1933 Keith Leon RAINSFORD 1933–1944 Friedrich William Gursansky 1933–1955 Frederick Walter KAY 1944–1947 O.S. -
1. Description Générale De L'oléiculture À Malte 1.1
Politique - Malte 2012 1. DESCRIPTION GÉNÉRALE DE L'OLÉICULTURE À MALTE 1.1. Introduction L'oléiculture est présente sur toutes les îles maltaises. Les oliviers sont dispersés, plantés comme brise-vent ou cultivés avec d'autres fruitiers. Cette distribution irrégulière est due à la nature fragmentée et peu étendue des exploitations agricoles. Les plantations sont de superficies très diverses, parfois de seulement 0,1 ha, avec une densité moyenne d'environ 300 à 400 arbres/ha. En 2010, Malte comptait 138 ha consacrés à l'oléiculture. Figure 1. Situation géographique de Malte (Source : NU) (Source : questionnaire du COI) 1.2. Indicateurs socio-économiques • Superficie : 316 km² (NU, 2008) • Capitale : Valletta (NU) • Monnaie : Euro (EUR) (NU, 2009) • Population : 414 971 habitants (Banque mondiale, 2009) • Population urbaine : 95 % (Banque mondiale, 2010) • Population rurale : 5 % (Banque mondiale, 2010) • Taux de croissance de la population : 0,3 % (NU, 2010/15) • Espérance de vie : 82,0 ans (hommes), 78,4 ans (femmes) (NU, 2010/15) • Principales exportations en volume : maïs (FAOSTAT, 2009) • Principales importations en volume : maïs (FAOSTAT, 2009) • RNB par habitant, PPA (en US $ courants) : 23 160 (Banque mondiale, 2009) • PIB par habitant, PPA (en US $ courants) : 24 804 (Banque mondiale, 2009) • Emplois dans l’agriculture : 1,4 % (Banque mondiale, 2008) • Femmes employées dans l'agriculture : 0 % (Banque mondiale, 2008) • Hommes employés dans l'agriculture : 2 % (Banque mondiale, 2008) Conseil oléicole international Page 1 / 3 Politique - Malte 2012 2. LE SECTEUR OLÉICOLE À MALTE 2.1. Ressources oléicoles L'oléiculture est un secteur jeune en plein développement dans l'archipel de Malte où elle a gagné en importance ces dernières années étant donné qu'une prise de conscience croissante des bienfaits de l'huile d'olive au sein de la population a conduit à la plantation de nombreuses oliveraies et à la création de nouvelles huileries dans les îles de Malte et Gozo. -
1 Supplimentary Material Supplier Origin Year Cultivar 1
Supplimentary Material Table S1. The cultivars used in this study and their country of origin. Supplier Origin Year Cultivar 1. Itesori Italy 2014 Nocellara 2. Frantoio di Santa Tea Italy (Firenze) 2015 Frantoio 3. Frantoio di santa Tea Italy 2015 Leccino 4. Glacomo grassi Italy 2015 Olivobianco 5. Pendolino Italy 2015 Pendolino 6. Caravella finefood Italy (Calabria) 2016 Carolea 7. Caravella finefood Italy (Puglia) 2016 Ogliarola Bio 8. Caravella finefood Italy (Puglia) 2016 Peranzana 9. Corona delle puglie Italy 2016 Coratina 10. Frantoi cutrera Italy 2016 Cerasuola 11. Frantoio di santa Tea Italy (Firenze) 2016 Moraiolo 12. Glacomo grassi Italy 2016 Leccio del Corno 13. La selvotta Italy (Abruzzo) 2016 I-77 14. Mamma regina Italy 2016 Tortiglione 15. Roi Italy 2016 Taggiasca 16. Ursini Italy 2016 Gentile di Chieti 17. Frantoi cutrera Sicily 2015 Tonda Iblea 18. Frantoi cutrera Sicily 2016 Nocellara Etnea 19. Frantoi cutrera Sicily 2016 Moresca 20. Frantoi cutrera Sicily 2016 Biancolilla 21. Frantoi cutrera Sicily 2016 Nocellara del Belice 22. Frantoi cutrera Sicily 2016 Tonda Iblea 23. Frantoi cutrera Sicily 2016 Cerasuola 24. Arbequina Spain 2016 Arbequina 25. Hojiblanca Spain 2016 Hojiblanca 26. Casas hualdo Spain 2016 Picual 27. Pago de baldios san carlos Spain 2016 Arbequina 28. Château d’estoublon France 2015 Béruguette 29. Château d’estoublon France 2015 Picholine 30. Château d’estoublon France 2015 Grossane 31. Manianis Greece 2016 Koroneiki 32. Moria ella Greece 2016 Koroneiki 33. Sam Cremona Malta 2013 Malti 34. Sam Cremona Malta 2014 Bidni 35. Sam Cremona Malta 2014 Bidni 36. Sam Cremona Malta 2014 Malti 37. Parent Siggiewi Press Malta 2014 Carolea 38. -
Press Release
1 INDIAN OLIVE ASSOCIATION PHD House, 4/2, Siri Institutional Area, August Kranti Marg, New Delhi 110016 Phone: 2686380104 (4 lines), Fax: 911126855450, Email: [email protected] PRESS RELEASE Generous Micro Nutrients Discovered in Olive Pomace Oil New Delhi, August 2013: Blasting myths and contradicting assertions of food writers and nutritionists, a pioneering laboratory study in Italy recently discovered that the humble olive pomace oil actually contains generous quantities of antioxidants in the form of tocopherols (vitamin E). Tests in one sample of refined olive pomace oil found vitamin E present at the astounding level of 370 mg / kg. To understand the enormity of this discovery in context, Safflower (Kardi) Oil’s vitamin E content is 310 mg/kg, Palm Oil 145 mg/kg, Groundnut Oil 143 mg/kg, Corn Oil 130 mg/kg, Soyabean 84 mg/kg, Vanaspati 74 mg/kg. Virgin olive oil, being the first press and thus raw juice of the fruit contains a host of antioxidants in generous quantities including vitamins A, D, E and K. It was earlier presumed that olive pomace oil did not contain antioxidants as these were lost in the solvent extraction process. Olive pomace oil is procured through solvent extraction of the residue after the first press of olives which produces virgin olive oil. This solvent extracted product is then refined to become refined olive pomace oil. Food critics and nutritionists have long professed olive pomace oil to have no micro-nutrients. While they acknowledged that olive pomace oil, like virgin olive oil, was high in “good” monounsaturated fat, they held that olive pomace oil was devoid of nutrients.