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Na voljo sta dva načina iskanja: enostavno in napredno. Enostavno iskanje lahko zajema niz več besed iz naslova, povzetka, ključnih besed, celotnega besedila in avtorja, zaenkrat pa ne omogoča uporabe operatorjev iskanja. Napredno iskanje omogoča omejevanje števila rezultatov iskanja z vnosom iskalnih pojmov različnih kategorij v iskalna okna in uporabo logičnih operatorjev (IN, ALI ter IN NE). V rezultatih iskanja se izpišejo krajši zapisi podatkov o gradivu, ki vsebujejo različne povezave, ki omogočajo vpogled v podroben opis gradiva (povezava iz naslova) ali sprožijo novo iskanje (po avtorjih ali ključnih besedah).

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541.
542.
HarmoNIA methodological proposals : Harmonizing monitoring and decommissioning procedures of offshore platforms
Loredana Manfra, Claudia Virno Lamberti, Benedetta Trabucco, Andriana Aravantinou, Oliver Bajt, Daniela Berto, Ana Castelli, Silvia Ceracchi, Branko Čermelj, Rossella Di Mento, Maja Fafanđel, Margarita Formalewicz, Michele Giani, Giordano Giorgi, Danijela Joksimović, Pasquale Lanera, Marina Lipizer, Slavica Matijević, Milena Mitrić, Stefanos Papazisimou, Constantine Parinos, Alice Rotini, Christina Zeri, 2020, elaborat, predštudija, študija

Povzetek: The overall increase in maritime transport, coastal urbanization and the foreseen increase in offshore oil and gas extraction pose serious risks of pollution from hazardous substances for several coastal states in the whole Mediterranean, and in particular in the Adriatic - Ionian region. Countries sharing a marine region or sub-region should adopt a common approach to environmental monitoring, good environmental status definition and assessment. In the Adriatic – Ionian marine sub-regions, the level of coherence and consistency of several EU and regional environmental policies, particularly in the assessment of contamination from hazardous substances, needs a common implementation. In the framework of enhancing the capacity to tackle environmental vulnerability and safeguard ecosystem services at transnational scale, the objective of HarmoNIA is twofold: to share best practices to support the harmonized implementation of marine environmental directives in the ADRION regionto strengthen the network of data infrastructures to facilitate access and re-use of marine data among countries bordering the Adriatic – Ionian Seas. Building on the EU initiative EMODnet for the management and supply of fragmented marine data, HarmoNIA will strengthen the existing transnational network of data infrastructures to facilitate access and re-use of marine data among countries bordering the Adriatic – Ionian Seas. The project will improve the coherence, among most countries bordering the Adriatic and Ionian Seas, all Contracting Parties of the Barcelona Convention, of protocols for monitoring and for assessment of contaminants in the marine environment and will facilitate data and information exchange within the region. The outputs will consist in a Transnational network of institutions adopting a joint data management system for contaminants in the marine environment, and in regional strategies to improve harmonization in monitoring and assessment, and to evaluate risk of contaminant dispersion in vulnerable coastal zones from different pollution sources. HarmoNIA outputs will improve the coordination among institutions involved in MSFD and UNEP/MAP protocol implementation, local, regional and national authorities in charge of environmental assessment, management, conservation, as well as research institutions, to tackle problems related to pollution dispersal and risks on the coastal areas of the ADRION region. The transnational approach will be assured by the cooperation among partners from most of the countries bordering the ADRION region, with consolidated experience in marine data acquisition and management and involved in the implementation of marine environmental policies.
Ključne besede: marine pollution, environment, chemical substances
Objavljeno v DiRROS: 03.09.2024; Ogledov: 234; Prenosov: 687
.pdf Celotno besedilo (4,99 MB)
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543.
544.
HarmoNIA methodological proposals : Harmonizing monitoring of marine contaminants and sharing data Quality Control procedures
Daniela Berto, Margherita Malgorzata Formalewicz, Giordano Giorgi, Loredana Manfra, Marina Lipizer, Maria-Eugenia Molina Jack, Andriana Aravantinou, Oliver Bajt, Magdalena Cara, Ana Castelli, Branko Čermelj, Maja Fafanđel, Michele Giani, Ioannis Hatzianestis, Athanassia Iona, Damir Ivankovic, Danijela Joksimović, Helen Kaberi, Jerina Kolitari, Martina Kralj, Slavica Matijević, Milena Mitrić, Stefanos Papazisimou, Constantine Parinos, Mojca Dobnikar-Tehovnik, Catherine Tsangaris, Ivana Ujević, Melita Velikonja, Christina Zeri, Luka Žilić, 2020, elaborat, predštudija, študija

Povzetek: The overall increase in maritime transport, coastal urbanization and the foreseen increase in offshore oil and gas extraction pose serious risks of pollution from hazardous substances for several coastal states in the whole Mediterranean, and in particular in the Adriatic - Ionian region. Countries sharing a marine region or sub-region should adopt a common approach to environmental monitoring, good environmental status definition and assessment. In the Adriatic – Ionian marine sub-regions, the level of coherence and consistency of several EU and regional environmental policies, particularly in the assessment of contamination from hazardous substances, needs a common implementation. In the framework of enhancing the capacity to tackle environmental vulnerability and safeguard ecosystem services at transnational scale, the objective of HarmoNIA is twofold: to share best practices to support the harmonized implementation of marine environmental directives in the ADRION regionto strengthen the network of data infrastructures to facilitate access and re-use of marine data among countries bordering the Adriatic – Ionian Seas. Building on the EU initiative EMODnet for the management and supply of fragmented marine data, HarmoNIA will strengthen the existing transnational network of data infrastructures to facilitate access and re-use of marine data among countries bordering the Adriatic – Ionian Seas. The project will improve the coherence, among most countries bordering the Adriatic and Ionian Seas, all Contracting Parties of the Barcelona Convention, of protocols for monitoring and for assessment of contaminants in the marine environment and will facilitate data and information exchange within the region. The outputs will consist in a Transnational network of institutions adopting a joint data management system for contaminants in the marine environment, and in regional strategies to improve harmonization in monitoring and assessment, and to evaluate risk of contaminant dispersion in vulnerable coastal zones from different pollution sources. HarmoNIA outputs will improve the coordination among institutions involved in MSFD and UNEP/MAP protocol implementation, local, regional and national authorities in charge of environmental assessment, management, conservation, as well as research institutions, to tackle problems related to pollution dispersal and risks on the coastal areas of the ADRION region. The transnational approach will be assured by the cooperation among partners from most of the countries bordering the ADRION region, with consolidated experience in marine data acquisition and management and involved in the implementation of marine environmental policies.
Ključne besede: chemical pollution, monitoring programmes
Objavljeno v DiRROS: 03.09.2024; Ogledov: 224; Prenosov: 1190
.pdf Celotno besedilo (10,37 MB)
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545.
TPS reports with description of the method, materials and software used, as well as the data analysis - Round 2, Version 1.0 : grant agreement N. 773139
Géraldine Anthoine, Ian Brittain, Aude Chabirand, Tanja Dreo, Francesco Faggioli, Catherine Harrison, Marta Luigi, Tadeja Lukežič, Slavica Matić, Nataša Mehle, Monica Mezzalama, Hanna Mouaziz, Maja Ravnikar, Jean-Philippe Renvoise, Davide Spadaro, Laura Tomassoli, Ana Vučurović, 2021, elaborat, predštudija, študija

Povzetek: The aim of the deliverable 1.4. is to present a summary of the results obtained in the Round 1 of the test performance studies (TPS) organized by WP1 on six prioritized pests. Tests selection for each TPS was conducted following the “Common rules for selection of tests for TPS” and based on the “Weighted criteria for selection of tests for TPS”, both described in deliverable D1.1, while the list of selected tests for each TPS is available and explained in deliverable D1.2. TPS participants were selected following the “Common rules for selection of participants for TPS” and based on the “Criteria for selection of participants of TPS”, also both described in deliverable D1.1. For each of the six TPSs, the methodology used to perform the tests, the results of preliminary studies to select the tests, the results of the TPS and their thorough analysis and interpretation are described in corresponding TPS reports (supplementary information available upon request under confidentiality agreement). The validation data obtained during the six TPSs will be available in the validation section of the EPPO database on the diagnostic expertise. Main outcomes for each of the TPSs are highlighted as well as difficulties noticed during the organization process, which will improve organization of the following studies in the Round 2.
Ključne besede: test performance study, plant diseases
Objavljeno v DiRROS: 03.09.2024; Ogledov: 239; Prenosov: 115
.pdf Celotno besedilo (1,06 MB)
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546.
Pelagic habitats under MSFD D1 : scientific advice of policy relevance
Chiara Magliozzi, Jean Noel Druon, Andreas Palialexis, Laura Aguzzi, Konstantinos Antoniadis, Luis Felipe Artigas, Arianna Azzellino, Elena Bisinicu, Laura Boicenco, Natalia Bojanić, Patrizia Borrello, Simona Boschetti, Vanda Carmo, Sanda Skejić, Olja Vidjak, Janja Francé, Živana Ninčević Gladan, 2021, elaborat, predštudija, študija

Povzetek: The pelagic habitat is the largest biome on Earth, key for temperature regulation, oxygen, and food production. Its physical and biological components and processes vary spatially and temporally depending on multiple drivers. Understanding this variability, processes and interactions is fundamental to identify the drivers of changes and properly assess pelagic habitats under the Marine Strategy Framework Directive (MSFD). A JRC workshop was organised to align scientific and policy expectations for an improved MSFD pelagic habitat assessment. The workshop brought together experts from the 17 EU Member States and other organisations (e.g. Regional Sea Conventions) across Europe to share knowledge and methods and provide a coordinated regional input towards a harmonised assessment. This report summarizes the workshop outcomes and the way forward for pelagic Good Environmental Status (GES) determination.
Objavljeno v DiRROS: 03.09.2024; Ogledov: 300; Prenosov: 179
.pdf Celotno besedilo (1,67 MB)
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547.
Chemical composition of JF mucus : Deliverable No. ǂD5.2
Katja Klun, Rasa Slizyte, 2021, elaborat, predštudija, študija

Povzetek: In order to better understand the functionality and composition of jellyfish mucus for biofilter application in microplastic entrapment within WP5, we performed various chemical and biochemical analysis. Altogether, we analyzed nine jellyfish mucus samples from six species (Aurelia aurita sp, Aequorea forskalea, Rhizostoma pulmo, Cotylorhiza tuberculata, Periphylla peryphilla and Rhopilema nomadica). Jellyfish were harvested in five different areas: Norwegian Sea, Northern Adriatic Sea, Ionian Sea, Eastern Mediterranean Sea and at the Jerusalem Aquarium. Basic chemical analysis such as protein, carbohydrate, organic content and amino acid analysis were done on unprocessed freeze dried jellyfish mucus (U-mucus). A more in-depth analysis was done on ethanol extracted (P-mucus) mucus (on all mentioned mucuses except from A. forskalea) by applying amino acid and monosaccharide analysis as well as structural analysis with FTIR spectroscopy, 13C NMR spectroscopy and LC-MS/MS for protein analysis.
Objavljeno v DiRROS: 03.09.2024; Ogledov: 192; Prenosov: 1116
.pdf Celotno besedilo (3,21 MB)
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548.
B-Blue : Building the blue biotechnology community in the Mediterranean
Ana Rotter, Anja Sergaš, Ernesta Grigalionyte-Bembič, 2021, elaborat, predštudija, študija

Povzetek: The document presents B-Blue project communication and dissemination strategy developed in the framework of WP2. Communication and dissemination plan provides guideline to the B-Blue project partners on how communication and dissemination of the project should be performed. Communication and dissemination plan is a detailed document explaining all aspects related to B-Blue communication and dissemination: • main principles of internal and external communication, • stakeholders mapping, identification of the opinion leaders, distribution of the targeted audiences and tailored messages to be sent to them, timing and role of CT. • the rules to be followed for building the project’s visual identity, • communication and dissemination activities, tools and channels, • creates the tools to monitor how successfully and effectively it is implemented.
Objavljeno v DiRROS: 03.09.2024; Ogledov: 240; Prenosov: 644
.pdf Celotno besedilo (1,58 MB)
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549.
Video tutorials : Deliverable No. ǂD9.6
Ana Rotter, Rachel Tiller, 2022, elaborat, predštudija, študija

Povzetek: Within EU-funded Horizon 2020 projects, ‘Deliverables’ are “outputs that must be produced at a given moment” during the project. This includes, for example, detailed information on the scientific progress of a specific task, a research manuscript, a special report, a technical diagram, a brochure, a software, or another important “building block”. As soon as such a deliverable has been completed, a detailed deliverable report is required to be submitted to and checked by the European Commission (EC). QSPainRelief dissemination items are openly available for download here. In addition, feel free to view our public deliverable reports:
Objavljeno v DiRROS: 03.09.2024; Ogledov: 199; Prenosov: 95
.pdf Celotno besedilo (388,09 KB)
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550.
Pest risk analysis for Tomato mottle mosaic virus (Tobamovirus)
Dirk Jan van der Gaag, Nataša Mehle, 2022, elaborat, predštudija, študija

Povzetek: In 2022, the Working Party on Phytosanitary Regulation decided to not recommend the addition of tomato mottle mosaic virus (ToMMV) to the EPPO List of pests recommended for regulation for the time being, and therefore to not propose risk management options. Entry: The likelihood of entry was considered as high with a moderate uncertainty, the highest ratings being seeds of tomato and Capsicum, and plants for planting (except seeds and pollen) of tomato and Capsicum. Transfer is less likely if the cultivar carries the resistance genes above. However a small portion of the plants may still become infected (see section 2.7). Establishment: The likelihood of establishment of ToMMV was rated high for outdoors in the EPPO region where host plants are grown (with a moderate uncertainty). Under protected conditions, the likelihood of establishment was assessed to be moderate (with a moderate uncertainty), because of the wide use of resistant cultivars, and because establishment in protected conditions does not appear to have happened to date. The magnitude of spread was rated moderate with a high uncertainty. The pest could spread locally by natural dispersal within a production area or more widely via human-assisted mechanical transmission by workers, visitors, tools and equipment as well as with the trade of plants for planting, seed and fruit. Impact (economic and social) was rated moderate with a moderate uncertainty. Fresh fruit production (in protected crops or in the field) is more likely to be affected, as well as sites producing hybrid seed in the field. However, impact on tomato and Capsicum will depend mostly on the susceptibility of cultivars that are being grown in EPPO countries. Resistant cultivars may not be used in all types of crops and throughout EPPO countries. The direct impact (yield losses, additional crop protection costs) may be low in areas where nearly all tomato crops carry the Tm-22 resistance gene and not different from that of ToMV. However, while a real resistance break has not been shown to date, in one case, ToMMV was reported to be the causal agent for a disease outbreak on tomato cultivars with the Tm-22 gene, and there is some evidence that high temperatures may help to cause expression of symptoms in some Tm-22 cultivars. The EWG noted that information is lacking regarding the current situation of ToMMV in the EPPO region (see sections 6 and 15). The EWG recommended that ToMMV-specific testing is performed on field samples and seed banks to verify the situation. This recommendation and others are detailed in section 18.
Objavljeno v DiRROS: 03.09.2024; Ogledov: 188; Prenosov: 669
.pdf Celotno besedilo (1,87 MB)
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