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  • 1
    Online Resource
    Online Resource
    Dordrecht :Springer Netherlands,
    Keywords: Nonindigenous aquatic pests--Europe. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (592 pages)
    Edition: 1st ed.
    ISBN: 9789401599566
    Language: English
    Note: Intro -- Title Page -- Copyright -- Contents -- Preface -- Introduction -- References.
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  • 2
    Online Resource
    Online Resource
    Dordrecht :Springer Netherlands,
    Keywords: Biological invasions. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (328 pages)
    Edition: 1st ed.
    ISBN: 9781402050473
    Series Statement: Monographiae Biologicae Series ; v.83
    Language: English
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  • 3
    Online Resource
    Online Resource
    Dordrecht :Springer Netherlands,
    Keywords: Ballast water -- Environmental aspects. ; Electronic books.
    Type of Medium: Online Resource
    Pages: 1 online resource (317 pages)
    Edition: 1st ed.
    ISBN: 9789401793674
    Series Statement: Invading Nature - Springer Series in Invasion Ecology Series ; v.8
    DDC: 333.916416
    Language: English
    Note: Intro -- Foreword -- Foreword -- Contents -- Contributors -- Abbreviations -- Introduction -- General Introduction -- Intention of This Book -- Book Content -- References -- Vessels and Ballast Water -- The Importance of Ballast for Vessels -- Vessel's Ballast System -- Vessel Ballast Capacity -- Ballasting and Deballasting Process -- Safety and Legislative Aspects of Loading and Discharging Ballast -- How Much Ballast Water Vessels Discharge? -- Ballast Water Discharge Assessment -- Estimation of Ballast Water Discharges World-Wide -- References -- The Transfer of Harmful Aquatic Organisms and Pathogens with Ballast Water and Their Impacts -- Introduction -- Definition of Terms -- Natural Species Movements -- Human-Assisted Species Movements -- Species in Ballast Water Tanks -- Chain of Events for a Species Introduction -- Transfer and Impacts of Non-indigenous Species -- Box 1: Nature of Impacts -- Transfer and Impacts of Potentially Harmful Phytoplankton Species -- Transfer and Impacts of Cryptogenic Species -- Mya Arenaria -- Teredo Navalis -- Transfer and Impacts of Human Pathogens -- Future Issues and Concerns -- References -- Policy and Legal Framework and the Current Status of Ballast Water Management Requirements -- Policy and Legal Framework for Ballast Water Management -- Global Legal Frameworks Addressing Species Introductions -- Legislation on Ballast Water -- The Americas -- North America -- Canada -- USA -- United States Federal BWM Regulations -- United States Regulation by Individual States -- The "Same Location" Concept Along the USA West Coast -- Central America -- South America -- Europe -- North East Atlantic Ocean, North and Baltic Seas -- Mediterranean Sea -- Black Sea -- Caspian Sea -- Persian Gulf Region -- Malaysia -- China -- Australia -- New Zealand -- References. , Ballast Water Management Under the Ballast Water Management Convention -- The Ballast Water Management Convention -- What Is Ballast Water Management? -- Ballast Water Management Requirements -- Ballast Water Exchange Standard: D-1 Standard -- Ballast Water Exchange Areas -- Undue Delay and Deviation from Planned Route -- Ballast Water Performance Standard: D-2 Standard -- How to Achieve Compliance with the D-2 Standard? -- Warnings Concerning Ballast Water Uptake in Certain Areas -- Ballast Water Reception Facilities -- Sediment Management -- Exemptions from BWM and Additional Measures -- Exceptions from BWM -- Compliance Monitoring -- Implementation of the Ballast Water Management Convention -- A Blanket or a Selective Approach? -- Ballast Water Management Feasibility -- References -- Ballast Water Management Systems for Vessels -- Introduction -- IMO Requirements -- Ballast Water Management Systems -- Ballast Water Management Systems Treatment Technologies -- Filtration -- Hydrocyclone -- Ultraviolet Radiation -- Electrochlorination -- Chemical Dosing -- Neutralisation -- Application of Ballast Water Management Systems Technologies on Vessels -- Ballast Water Management Systems Capacities and Installation Requirements -- Ballast Water Management Systems Testing and Approvals -- The Global Market for Ballast Water Management Systems -- Ballast Water Management Systems Information -- References -- Risk Assessment in Ballast Water Management -- Risk Assessment in Ballast Water Management -- Risk Assessment and Its Key Principles -- Risk Assessment of Harmful Species Introductions -- Risk Assessment Process -- Identification of the Vector of Transfer -- Identification of Hazards -- IMO Risk Assessment Methods -- Environmental Matching Related Risk Identification -- Species' Biogeographical Risk Assessment -- Species-Specific Risk Identification. , Risk Assessment End-Point -- Risk Assessment Errors -- Application of Risk Assessment Under the Ballast Water Management Convention -- Risk Assessment for Granting Exemptions from Ballast Water Management Requirements -- Risk Assessment Framework -- Data Reliability -- Risk Assessment Methods Applied -- Environmental Matching Method -- Species-Specific Method -- Combined Environmental Matching and Species-Specific Method -- Species' Biogeographical Method -- Shipping Vector Factors -- Species Survival of the Voyage -- Quantity and Frequency of Ballast Water Discharges -- Definition of Potential Impacts -- The Main Risk Assessment Model Premises -- The Risk Assessment Model for Granting Exemptions -- Risk Assessment for Selective Ballast Water Management Measures -- Risk Assessment Framework - Background, Principles, Assumptions and End-Point -- Risk Assessment Model for Selective Ballast Water Management Measures -- Implementation of Selective Ballast Water Management Based on Risk Assessment -- References -- Ballast Water Sampling and Sample Analysis for Compliance Control -- Introduction -- Sampling for Compliance Control -- Sampling Methods According to the Sampling Access Point -- Tank Selection - Which Tank to Sample (First)? -- Sampling for Compliance Control with the D-1 Standard -- In-Tank D-1 Standard Sampling -- Selection of Ballast Water Sampling Equipment and Methods for In-Tank D-1 Standard Sampling -- Description of Sampling Equipment and Methods for In-Tank D-1 Standard Sampling -- Water Column Sampler -- Point-Source Sampler -- Pump -- In-Line D-1 Standard Sampling -- Selection of Ballast Water Sampling Equipment and Methods for In-Line D-1 Standard Sampling -- Description of Sampling Equipment and Methods for In-Line D-1 Standard Sampling -- Sampling for Compliance Control with the D-2 Standard. , Indicative Sampling for Compliance Control with the D-2 Standard -- Indicative In-Tank Sampling for Compliance Control with the D-2 Standard -- Selection of Ballast Water Sampling Equipment and Methods for Indicative In-Tank D-2 Sampling -- Description of Sampling Equipment and Methods for Indicative In-Tank D-2 Sampling -- Plankton Net for In-Tank Sampling -- Pumps for In-Tank Sampling -- Water-Column Sampler for In-Tank Sampling -- Point-Source Sampler for In-Tank Sampling -- Indicative In-Line Sampling for Compliance Control with the D-2 Standard -- Selection of Ballast Water Sampling Equipment and Methods for Indicative In-Line D-2 Sampling -- Description of Sampling Methods for Indicative In-Line D-2 Sampling -- Detailed Sampling for Compliance Control with the D-2 Standard -- Detailed In-Tank D-2 Standard Sampling -- Detailed In-Line D-2 Standard Sampling -- Selection of Sampling Equipment and Methods for Detailed In-Line D-2 Standard Sampling -- Recommendations for a Ballast Water Sampling Protocol that Is Representative of the Whole Discharge -- Recommended Sampling Duration -- Recommended Sampling Timing -- Recommended Number of Samples -- Recommended Sample Quantity -- Other Recommendations -- Sampling Logistics Feasibility -- Sampling Equipment and Sampling Point Arrangements -- Sampling Equipment -- Plankton Net for In-Line Sampling -- Wash Bottle -- Plankton Net for In-Tank Sampling -- Flow Meter -- Water Column Sampler -- Point-Source Sampler -- Pumps -- Hand Pump -- Air-Driven Well Pump -- Bucket -- In-Tank Sampling Arrangements on Vessels -- In-Line Sampling Arrangements on Vessels -- Sampling Point -- Sample Handling -- Sample Labelling -- Sample Transport -- Chain of Custody -- Sample Analysis -- Criteria for the Selection of Organism Detection Technologies for Ballast Water Compliance Control -- Accuracy/Precision -- Calibration. , Time to a Result -- Expertise -- Portability -- Costs -- Recommended Technologies to Proof Compliance with the D-1 Standard -- Recommended Technologies to Proof Compliance with the D-2 Standard -- Indicative Sample Analysis Methods -- Detailed Sample Processing Methods -- Discussion -- Recommendations -- References -- Ballast Water Management Decision Support System -- What Is a Decision Support System -- Decision Process and Decision Support System -- Decision Support System Generic Structure -- Decision Support System in Ballast Water Management -- Ballast Water Management Decision Support System Model -- Model High Level Elements and Sequences -- Data Collection and Management Process -- Communication Processes -- Ballast Water Risk Assessment -- Ballast Water Management Decision and Action -- Compliance Monitoring -- Risk Assessment Review Process -- Generic Ballast Water Management Decision Support System Model -- Vessel Intended to Enter a Port -- Decision 1: Was BWRF Filled-In Properly? -- Selection of a Vessel for the RA Process -- Decision 2: Is Vessel Trustworthy? -- Decision 3: Is Ballast Water Management Acceptable? -- Ballast Water Risk Assessment Process -- Decision 4: Is Risk Acceptable? -- Ballast Water Management Process -- Decision 5: What Are Ballast Water Management Options and Consequences? -- Compliance Monitoring and Enforcement -- Decision 6: Vessel Selected for Compliance Monitoring and  Enforcement Process? -- Decision 7: Is Vessel Compliant? -- Decision 8: Penalty? -- Decision 9: Stop Deballasting? -- Decision 10: Allow Discharge of Unmanaged Ballast Water? -- BWRA Review Process -- Decision 11: Risk Assessment Prediction Correct? -- End-Points of the DSS -- References -- Ballast Water Management Decision Support System Model Application -- Introduction -- Studied Area Local Specifics. , Ballast Water Management Options for the Port of Koper.
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  • 4
    Publication Date: 2016-03-01
    Description: Highlights: • Monitoring of non-indigenous and cryptogenic species/populations needs to be initiated. • Monitoring should focus on bridgehead sites and dispersal hubs. • Monitoring methods should be internationally harmonized. • Rapid assessments of particular species may provide timely but limited information. • Monitoring data should be assembled in open access continually updated databases. Abstract: Non-indigenous species (NIS) are recognized as a global threat to biodiversity and monitoring their presence and impacts is considered a prerequisite for marine environmental management and sustainable development. However, monitoring for NIS seldom takes place except for a few baseline surveys. With the goal of serving the requirements of the EU Marine Strategy Framework Directive and the EU Regulation on the prevention and management of the introduction and spread of invasive alien species, the paper highlights the importance of early detection of NIS in dispersal hubs for a rapid management response, and of long-term monitoring for tracking the effects of NIS within recipient ecosystems, including coastal systems especially vulnerable to introductions. The conceptual framework also demonstrates the need for port monitoring, which should serve the above mentioned requirements but also provide the required information for implementation of the International Convention for the Control and Management of Ships Ballast Water and Sediments. Large scale monitoring of native, cryptogenic and NIS in natural and man-made habitats will collectively lead to meeting international requirements. Cost-efficient rapid assessments of target species may provide timely information for managers and policy-advisers focusing on particular NIS at particular localities, but this cannot replace long-term monitoring. To support legislative requirements, collected data should be verified and stored in a publicly accessible and routinely updated database/information system. Public involvement should be encouraged as part of monitoring programs where feasible.
    Type: Article , PeerReviewed
    Format: text
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  • 5
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    In:  In: 3rd European Marine Science and Technology Conference, Project Synopses, Strategic Marine Research (EUR 18220 EN). , ed. by Barthel, K. G., Barth, H., Bohle-Carbonell, M., Fragakis, C., Lipiatou, E., Martin, P., Ollier, G. and Weydert, M. -, Lisbon, pp. 919-928.
    Publication Date: 2020-04-02
    Type: Book chapter , NonPeerReviewed
    Format: text
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  • 6
    Publication Date: 2019-04-30
    Description: One of the critical issues in species invasion ecology is the need to understand and evaluate the dimensions and processes of aquatic organisms transfer with vessels ballast water. The assessment of the quantity of ballast water discharged as the medium of transfer is one of the basic elements of the decision making process in ballast water risk assessment and management. The possibility to assess this in advance of the vessel's arrival to a port enhances the management process and gives port authorities a decision supporting tool to respond in time with adequate measures. A new generic ballast water discharge assessment model has been prepared. The model is based on vessel cargo operation and vessel dimensions. The model was tested on real shipping traffic and ballast water discharge data for the Port of Koper, Slovenia. The results show high confidence in predicting whether a vessel will discharge ballast water, as well in assessing the quantity of ballast water (to be) discharged. Highlights: ► A model to predict ballast water discharge was developed. ► The model was applied to the Port of Koper and verified on reported data from vessels. ► The model assesses vessel specific ballast water discharges. ► Ballast water discharge information is crucial for risk assessment and management. ► The model is a decision support tool for a more effective management in shipping.
    Type: Article , PeerReviewed
    Format: text
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