Integration of Climatic Variability and Change Into Natio

Total Page:16

File Type:pdf, Size:1020Kb

Integration of Climatic Variability and Change Into Natio PROJECT DOCUMENT Section 1: Project Identification 1.1 Project title: Integration of climatic variability and change into national strategies to implement the ICZM Protocol in the Mediterranean 1.2 Project number: GFL/ PMS: 1.3 Project type: FSP 1.4 Trust Fund: GEF 1.5 Strategic objectives: GEF strategic long‐term objective: 1. To foster international multi‐state cooperation on priority transboundary water concerns. 2. To catalyse transboundary action addressing water concerns. Strategic programme for GEF IV: SP1 SP3 1.6 UNEP priority: Resource efficiency ‐ sust. consumption/production 1.7 Geographical scope: Regional multi‐country: Albania, Algeria, Bosnia and Herzegovina, Croatia, Egypt, Libya, Morocco, Montenegro, Syria and Tunisia. The Palestinian Authority also participates. 1.8 Mode of execution: Internal 1.9 Project executing organization: UNEP/MAP Coordinating Unit 1.10 Duration of project: 30 months Commencing: 1 January 2012 Completion: 30 June 2014 1.11 Cost of project US$ % Cost to the GEF Trust Fund 2,298,545 27.1 Co‐financing Cash Sub­total 0 0 In‐kind Executing Agencies: United Nations 714,000 8.5 Environment Programme / Mediterranean Action Plan (UNEP/MAP) In 1 kind UNEP/MAP Priority 1,164,000 13.7 Actions Programme/Regional Activity Centre (PAP/RAC) In Kind Global Water 612,000 7.2 Partnership‐ Mediterranean (GWP‐Med) Cash/In Kind UNEP/MAP Plan Bleu 1,306,400 15.4 – Regional Activity Centre (In kind) Sub Total 3,796,400 44.8 Participating Countries: The Kingdom of 60,000 0.7 Morocco, Ministry of Energy, Mining, Water and Environment Albania, Ministry of 400,000 4.7 Environment , Forest and Water Administration Arab Republic of 400,000 4.7 Egypt, Ministry of State for Environment Affairs, Egyptian Environmental Affairs Agency Republic of Croatia, 400,000 4.7 Ministry of Environmental Protection, Physical planning and Construction (in kind) Montenegro, Ministry 350,000 4.1 of Sustainable Development and Tourism (In kind) Palestinian National 120,000 1.4 Authority, Environment Quality Authority (In kind) Republic of Tunisia, 400,000 4.7 Ministry of Agriculture and Environment 2 Bosnia and 250,000 3.1 Herzegovina, Ministry of Foreign Trade and Economic Relations (In kind) Sub­total 2,380,000 28.1 Total 8,474,945 100.0 1.12 Project summary The countries of the Mediterranean recognize that with current projections there will be a number of climate impacts, including increased summer temperatures and decreased annual precipitation, increased water‐related extreme phenomena like floods and persistent droughts, enhanced water scarcity and increased desertification, the loss of, or shift in vegetation zones, threatened food production as a result of increased irrigation demands and more numerous incidents of plant diseases, human health hazards, particularly with regard to infectious diseases and increased heat‐related mortality. It is critically important that research work advances our understanding of how climate variability will impact the coastal zone communities, natural resources and marine and coastal biodiversity of the Mediterranean. However, it is equally as important to ensure that scientific information, thus generated, be made accessible to decision makers, and that actions be taken to integrate them within the context of ICZM as well as into current land use and water policies and practices, in order to improve sustainability in view of future climatic scenarios. ICZM is a long established management approach in Mediterranean coastal regions. Its importance for the regional countries has been strengthened by the entry into force of the ICZM Protocol to the Barcelona Convention (March 2011). The Mediterranean ICZM protocol is intended to reap development benefits through implementation of a management approach that will facilitate sustainable economic growth; help conserve natural habitats and species; assist in controlling pollution of coastal waters; contribute to the more efficient use of coastal resources; help rehabilitate degraded resources; provide mechanism and tools for rational resource allocation based on appropriate valuation of ecosystem services; and help mitigate and adapt to the impacts of climate variability and change. The ICZM protocol is the first regional ICZM legal instrument that deals extensively with the issue of climate change, both at the strategic level (by requesting countries to mainstream climate change issues into national ICZM strategies and plans) and local levels (by requesting countries to define, inter alia, the coastal setback zone). This project – complementary to the overall GEF/UNEP/World Bank Strategic Partnership for the Mediterranean Sea Large Marine Ecosystem (the MedPartnership) initiative ‐ will support the implementation of the ICZM Protocol through the development of the region wide capacity, enabling environment, and tools needed to address climate variability and change in the Mediterranean Region. It is expected that the project will result in an updated TDA of the Mediterranean Sea LME integrating Climate Variability and Change (CV&C) issues, in the establishment of effectively functioning mechanisms for capacity building, sharing of data on CV&C impacts in coastal areas and experiences in coping strategies, and in the development of a pilot ICZM plan integrating measures related to climate variability and change ready for implementation. The project will include four components and 15 main outputs. 3 Project Framework Component Outcome Output Component 1: Outcome 1.1 Output 1.1.1: Regional consensus Establishment of a CV&C achieved on mechanism for CV&C Multi‐country data platform information sharing platform indicators, data collection and data on climate research sharing protocols. supports ICZM planning and This component will strengthen the management coordination for a long term regional Output 1.1.2: Regional consensus climate variability monitoring achieved on mechanism for CV&C program with consensus on objectives, data sharing. targets, impact indicators and implementation modalities. This will Output 1.1.3: Online Multi‐country be supported by a web‐based regional Information Sharing Platform on data platform on climate research with CV&C monitoring data in coastal particular focus on the environmental areas developed and economic impacts of climate change in the coastal zone. The monitoring program and database will be integrated into national and regional ICZM monitoring processes and in doing so will contribute to on‐ going work within the ICZM protocol to the Barcelona Convention. Outcome 2.1 2.1.1: Regional analyses of sea‐level Component 2: rise and storm surges, of changes in Strengthening the knowledge base Improved understanding of water characteristics and marine on regional climate variability and CV&C in the Mediterranean acidification, and with special focus change region, enables countries to on river deltas and on the assess impacts on the identification of vulnerable In order to enrich our understanding coastal environment. areas/hotspots. of climate variability in the Mediterranean, this component will ensure that current models assessing 2.1.2: Assessment of environmental scenarios and impacts of climate and socio‐economic impacts in two variability are applied to the region, critically vulnerable sites, and and will assist countries to more evaluation of response options. precisely calculate the impacts of climate variability to their marine and 2.1.3: Regional assessment of socio‐ coastal zone. In partnership with other economic impacts of CV&C and regional programmes (such as coping strategies in coastal zones MedClivar), it will include latest for various scenarios. results on the regional and global processes influencing climate variability such as the influence of the 2.1.4: TDA for the Mediterranean North Atlantic Oscillation (NAO) and Basin revised with consideration of Indian monsoon, predicted changes in climate change and variability. marine salinity and marine acidification. It will focus on the coastal watersheds, with emphasis on risks to water availability and quality and marine ecosystems (including agriculture and fisheries), and other risks to be further defined, likely to include coastal erosion and landslides. 4 Based on the findings of these studies, the TDA for the Mediterranean Basin will be updated with respect to climate change and climate variability. Outcome 3.1 3.1.1: Methodology and tools for Component 3: Science based mainstreaming climate variability Support to ICZM Protocol methodological approach considerations into national ICZM implementation and capacity enables countries to planning and practices developed building integrate climate variability considering synergy with other and change issues into ICZM related national plans (IWRM, policies, plans and NSSD, CCA, etc) Increased capacity, strengthened programs. partnerships and joint actions will 3.1.2: Integrated management plan create an enabling environment for developed in one of the locations implementation of the ICZM protocol. 2.1.2 At the national level, inter‐ministerial committees will contribute to multi‐ 3.2.1.: Existing inter‐ministerial sectoral dialogues on policy and Outcome 3.2 coordination mechanisms management processes in the Increased knowledge, enhanced to mainstream climate Mediterranean, and facilitate the capacity, and awareness variability and change issues into mainstreaming of the ICZM protocol improve inter‐sectoral ICZM planning processes. into national plans. Targeted capacity coordination in building
Recommended publications
  • Computational Modelling of Tidal Effect on Wastewater
    12 ème Congrès de Mécanique 21-24 Avril 2015 - Casablanca (Maroc) COMPUTATIONAL MODELLING Materials and methods This study used numerical model predictions. Initially, OF TIDAL EFFECT ON bathymetric and sea-level data were calculated as a WASTEWATER DISPERSION IN preliminary assessment for the hydrodynamic characteristics of the bay. These data were used then to COASTAL BAY: CASE OF assessment a case of pollutant dispersion over idealized TANGIER’S BAY . tidal cycle. Sub-sections describe the study area and summarize the essential steps of mathematical and JEYAR M. 1, CHAABELASRI EM. 1,* , SALHI N. 1 numerical model formulations. a. Description of the system 1. LME, Faculté des Sciences, Université Mohammed Premier, 60000 Oujda, Maroc * Auteur correspondant (chaabelasri @gmail.com) The Bay of Tangier (Cf. FIG. 1) is a semi-enclosed shallow basin located on the west coast of the southern Abstract: Strait of Gibraltar. The bed topography is spatially quite This paper describes a numerical modelling of the process non-uniform, with the mean water depth increasing of coastal pollution by wastewater in the Bay of Tangier. progressively from 0 m at the shore to about 50 m at the The numerical model is based on Shallow Water interface with the greater Mediterranean Sea. The vertical equations used for the hydrodynamics and an equation of flow structure in the Bay of Tangier consists of an upper advection-diffusion for describes the wastewater layer of incoming cold fresh surface Atlantic water assimilated of a passive pollutant, then, the obtained overlying a deep current of outgoing warmer salt water model is resolved using a unstructured triangular finite [4].
    [Show full text]
  • Balanced Adaptive Simulation of Pollutant Transport in Bay of Tangier (Morocco)
    ISSN 1 746-7233, England, UK World Journal of Modelling and Simulation Vol. 10 (2014) No. 1, pp. 3-19 Balanced adaptive simulation of pollutant transport in Bay of Tangier (Morocco) Elmiloud Chaabelasri1∗, Alistair George Liam Borthwick2, Najim Salhi1, Imad Elmahi3 1 LME, Faculte´ des Sciences, BP 717, 60000 Oujda, Maroc 2 Department of Engineering Science, University of Oxford, Parks Road, Oxford OX1 3PJ, UK 3 EMCS, ENSAO, Complexe universitaire, B.P. 669, 60000 Oujda, Maroc (Received February 19 2013, Accepted December 17 2013) Abstract. A balanced adaptive scheme is proposed for the numerical solution of the coupled non-linear shal- low water equations and depth-averaged advection-diffusion pollutant transport equation. The scheme uses the Roe approximate Riemann solver with centred discretization for advection terms and the Vazquez scheme for source terms. It is designed to handle non-uniform bed topography on triangular unstructured meshes, while satisfying the conservation property. Dynamic mesh adaptation criteria are based on the local pollutant concentration gradients. The model is validated for steady flow over irregular bed topography, recirculation due to a sidewall expansion in a frictionless channel, and pollution advection in a flat-bottomed channel. An idealised application to the simulation of pollution dispersion in the Bay of Tangier, Morocco is presented, which demonstrates the capability of the dynamically adaptive grid model to represent water quality scenarios in a bay of non-uniform bed topography and complicated shoreline. Keywords: shallow water equations, pollutant transport, finite volume method, roe solver, dynamic mesh adaptation, unstructured meshes 1 Introduction Pollution of the Strait of Gibraltar has increased significantly in recent decades as a by-product of the growth of maritime transportation activities.
    [Show full text]
  • Investment Opportunities in Africa
    A PUBLICATION BY THE AFRICAN AMBASSADORS GROUP IN CAIRO INVESTMENT OPPORTUNITIES IN AFRICA In collaboration with the African Export-Import Bank (Afreximbank) A PUBLICATION BY THE AFRICAN AMBASSADORS GROUP IN CAIRO INVESTMENT OPPORTUNITIES IN AFRICA © Copyright African Ambassadors Group in Cairo, 2018. All rights reserved. African Ambassadors Group in Cairo Email: [email protected] This publication was produced by the African Ambassadors Group in Cairo in collaboration with the African Export-Import Bank (Afreximbank) TABLE OF CONTENTS FOREWORD 8 VOTE OF THANKS 10 INTRODUCTION 12 THE PEOPLE’S DEMOCRATIC REPUBLIC OF ALGERIA 14 THE REPUBLIC OF ANGOLA 18 BURKINA FASO 22 THE REPUBLIC OF BURUNDI 28 THE REPUBLIC OF CAMEROON 32 THE REPUBLIC OF CHAD 36 THE UNION OF COMOROS 40 THE DEMOCRATIC REPUBLIC OF THE CONGO 44 THE REPUBLIC OF CONGO 50 THE REPUBLIC OF CÔTE D’IVOIRE 56 THE REPUBLIC OF DJIBOUTI 60 THE ARAB REPUBLIC OF EGYPT 66 THE STATE OF ERITREA 70 THE FEDERAL DEMOCRATIC REPUBLIC OF ETHIOPIA 74 THE REPUBLIC OF EQUATORIAL GUINEA 78 THE GABONESE REPUBLIC 82 THE REPUBLIC OF GHANA 86 THE REPUBLIC OF GUINEA 90 THE REPUBLIC OF KENYA 94 THE REPUBLIC OF LIBERIA 98 THE REPUBLIC OF MALAWI 102 THE REPUBLIC OF MALI 108 THE REPUBLIC OF MAURITIUS 112 THE KINGDOM OF MOROCCO 116 THE REPUBLIC OF MOZAMBIQUE 120 THE REPUBLIC OF NAMIBIA 126 THE REPUBLIC OF NIGER 130 THE FEDERAL REPUBLIC OF NIGERIA 134 THE REPUBLIC OF RWANDA 138 THE REPUBLIC OF SIERRA LEONE 144 THE FEDERAL REPUBLIC OF SOMALIA 148 THE REPUBLIC OF SOUTH AFRICA 152 THE REPUBLIC OF SOUTH SUDAN 158 THE REPUBLIC OF THE SUDAN 162 THE UNITED REPUBLIC OF TANZANIA 166 THE REPUBLIC OF TUNISIA 170 THE REPUBLIC OF UGANDA 174 THE REPUBLIC OF ZAMBIA 178 THE REPUBLIC OF ZIMBABWE 184 ABOUT AFREXIMBANK 188 FOREWORD Global perception on Africa has positively evolved.
    [Show full text]
  • Entrepreneurialism in the Globalising Cityregion Of
    ENTREPRENEURIALISM IN THE GLOBALISING CITY-REGION OF TANGIER, MOROCCOtesg_622 346..360 MIGUEL KANAI & WILLIAM KUTZ Department of Geography and Regional Studies, University of Miami, Florida, USA. E-mails: [email protected]; [email protected] Received: November 2009; revised May 2010 ABSTRACT This paper inspects the territorial and state restructuring of the globalising city-region of Tangier. It argues that recent economic growth and transnational connections follow new forms of entrepreneurial development that aggravate social and spatial inequalities. The analysis shows that these forms of urban and regional management are embedded in the neoliberalised, yet monarch- centric Moroccan state. Analysis of local governance arrangements demonstrates the pivotal importance of an elite cadre of urban managers within the monarchic power structure. Fieldwork evidence documents the emergence of megaprojects as preferred vehicles for entrepreneurial development through site observations, indepth interviews and archival research. The Tanger City Center project presents a case that illustrates the social and spatial implications of a restructuring territorial economy and the effects of new polarities being overlaid on existing urban and regional geographies. The paper concludes with a reflection on the comparative and relational lessons that can be drawn from Tangier’s restructuring. Key words: urban globalisation, Morocco, case study, entrepreneurialism, city-regions, megaprojects INTRODUCTION ing of metropolitan areas and emergence of new urban
    [Show full text]
  • Itinerary Day 1 - Welcome to Morocco Breakfast at the Hotel
    Palace Tours 12000 Biscayne Blvd. #107 Miami FL 33181 USA 800-724-5120 / 786-408-0610 Call Us 1-800-724-5120 Imperial Morocco Revisited Depart on a seven day journey through all of Morocco’s Imperial cities, which have all held the title of capital at some point in history. Re-live the glory of these cities, with visits in between to Fes, Casablanca, Marrakech and Rabat on this unforgettable journey from Costa del Sol. The oldest former capital is Fes, which was established in the ninth century under Sultan Idriss II. After the fall of his dynasty, Marrakech became the capital under the Almoravides, but Fes regained status as capital twice since under different rulers. In the 12th century under Almohad control, Rabat was built and became the capital before being replaced by Meknes during the rule of Morocco's notorious sultan Moulay Ismael. Rabat again became capital under the French protectorate, and has since retained the title after Morocco’s independence. **Tours will be multilingual Highlights: Ferry across the Mediterranean Panoramic tour of Fez Mansour Gate in Meknes Fortune tellers, snake charmers, acrobats and dancers Tour of Casablanca's monuments Mohamed V Mausoleum and the Hassan Tower Itinerary Day 1 - Welcome to Morocco Breakfast at the hotel. Drive along the picturesque tourist route of Costa del Sol, arrive Algeciras or Tarifa where a ferry boat will be used for a short and interesting crossing of the strait of Gibraltar towards Africa. Arrival to Morocco, disembark, clear customs and continue on by bus via Larache to Fez, the most monumental one of the Imperial Cities, its University of “Karaouyne” is the largest Islamic sanctuary in Morocco, ancient theological schools, etc.
    [Show full text]
  • LCSH Section T
    T (Computer program language) T cell growth factor T-Mobile G1 (Smartphone) [QA76.73.T] USE Interleukin-2 USE G1 (Smartphone) BT Programming languages (Electronic T-cell leukemia, Adult T-Mobile Park (Seattle, Wash.) computers) USE Adult T-cell leukemia UF Safe, The (Seattle, Wash.) T (The letter) T-cell leukemia virus I, Human Safeco Field (Seattle, Wash.) [Former BT Alphabet USE HTLV-I (Virus) heading] T-1 (Reading locomotive) (Not Subd Geog) T-cell leukemia virus II, Human Safeco Park (Seattle, Wash.) BT Locomotives USE HTLV-II (Virus) The Safe (Seattle, Wash.) T.1 (Torpedo bomber) T-cell leukemia viruses, Human BT Stadiums—Washington (State) USE Sopwith T.1 (Torpedo bomber) USE HTLV (Viruses) t-norms T-6 (Training plane) (Not Subd Geog) T-cell receptor genes USE Triangular norms UF AT-6 (Training plane) BT Genes T One Hundred truck Harvard (Training plane) T cell receptors USE Toyota T100 truck T-6 (Training planes) [Former heading] USE T cells—Receptors T. rex Texan (Training plane) T-cell-replacing factor USE Tyrannosaurus rex BT North American airplanes (Military aircraft) USE Interleukin-5 T-RFLP analysis Training planes T cells USE Terminal restriction fragment length T-6 (Training planes) [QR185.8.T2] polymorphism analysis USE T-6 (Training plane) UF T lymphocytes T. S. Hubbert (Fictitious character) T-18 (Tank) Thymus-dependent cells USE Hubbert, T. S. (Fictitious character) USE MS-1 (Tank) Thymus-dependent lymphocytes T. S. W. Sheridan (Fictitious character) T-18 light tank Thymus-derived cells USE Sheridan, T. S. W. (Fictitious
    [Show full text]
  • Seasonal Variation of Marine Litter in Tangier Coast: Quantitative and Classificative Study
    vv ISSN: 2690-0777 DOI: https://dx.doi.org/10.17352/ojeb LIFE SCIENCES GROUP Received: 10 February, 2020 Research Article Accepted: 24 September, 2020 Published: 25 September, 2020 *Corresponding author: Adel Alshawafi , Professor, Seasonal variation of marine Laboratory of Environment, Biodiversity and Ecology, Faculty of Sciences, Abdelmalek Essaadi University, BP 2121 M'HannechII , 93030 Tetouan, Morocco, litter in Tangier Coast: Email: Keywords: Marine waste; Macro and micro debris; Quantitative and classifi cative Plastic debris; Tangier coastal zone https://www.peertechz.com study Adel Alshawafi 1*, Mohamed Analla1, Ebrahim Alwashali2 and Mustapha Aksissou1 1Professor, Laboratory of Environment, Biodiversity and Ecology, Faculty of Sciences, Abdelmalek Essaadi University, Tetouan, Morocco 2PhD, Laboratory of Nutrition, Health and Environment, Faculty of Sciences, Ibn Tofail University, Kenitra, Morocco Abstract Tangier city is considered as one of the most important commercial city in Africa as a result of the new construction of its port, Tangier Med. This study evaluated the abundance of micro and macro debris in Tangier beach and their pollution degree. In 2015, a total of 16 samples were collected by season and size between 1 and 5mm. The means of the results in macro debris are: 1651,4 g/season for plastic; 541,82 g/season for lumber/paper; 86,45 g/season for glass; 58,65 g/season for rubber; 42,5 g/season for metal; and 376,25 g/season for Cloth. The fragment presents the maximum rate with 18.75 g of a total of micro debris of 46,277g. The abundance of macro debris is maximum in season 2 (April-June), while the abundance of all types of macro debris is maximum in season 1 (January-March).
    [Show full text]
  • The Mediterranean, Its Storied Cities and Venerable Ruins
    THE MEDITERRANEAN The MEDITERRANEAN Its Storied Cities and Venerable Ruins By T. G. Bonney, E. A. R. Ball, H. D, Traill, Grant Allen, Arthur Griffiths and Robert Brown ILLUSTRATED WITH PHOTOGRAVURES NEW YORK James pott & Company 1907 CONTENTS PAGE I. THE PILLARS OF HERCULES, . i Portals of the ancient world Bay of Tangier at sunrise Tarifa The Rock of Gibraltar Wonders of its fortifications After- jxm promenade in the Alameda Gardens Ascending the Rock View from the highest point The Great Siege Ceuta, the principal Spanish stronghold on the Moorish coast The rock of many names. II. ALGIERS, 28 "A Pearl set in Emeralds "Two distinct towns; one ancient, one modern The Great Mosque A Mohammedan religious fes- tivalOriental life in perfection The road to Mustapha Supe*- rieur A true Moorish villa described Women praying to a sacred tree Excessive rainfall. III. MALAGA, 42 A nearly perfect climate Continuous existence of thirty cen- turies Granada and the world-renowned Alhambra Systems of irrigation Vineyards the chief source of wealth Esparto grass The famous Cape de Gatt The highest peak of the Sierra Nevada Last view of Granada. IV. BARCELONA, 61 The flower market of the Rambla Streets of the old town The Cathedral of Barcelona Description of the Columbus monu- mentAll Saints' Day in Spain Mont Tibidaho Diverse cen- ters of intellectual activity Ancient history Philanthropic and charitable institutions. V. MARSEILLES, 94 Its Greek founders and early history Superb view from the sea The Cannebiere The Prado and Chemin de la Corniche Chateau d'lf and Monte-Cristo Influence of the Greeks in Marseilles Ravages by plague and pestilence Treasures of the Palais des Arts The Chapel of Notre Dame de la Garde The new Marseilles and its future.
    [Show full text]
  • Support to DG Environment for the Development of the Mediterranean De-Pollution Initiative “Horizon 2020”
    Support to DG Environment for the development of the Mediterranean De-pollution Initiative “Horizon 2020” Review of Ongoing and Completed Activities Prepared for DG Environment European Commission December 2006 Contract No 070201/2006/436133/MAR/E3 LDK-ECO S.A. Environmental Consultants Off 21 Thivaidos str. Athens GR 145 64 Greece Tel: +30 210 6255300 Fax: +30 210 6254871 Web: www.ldkeco.gr E-mail: [email protected] This document has been prepared for use within the Commission. It does not necessarily represent the Commission’s official position. Project title: Support to DG Environment for development of the Mediterranean De-pollution Initiative “Horizon 2020” Contract no: 070201/2006/436133/MAR/ E3 Country: Mediterranean region EC Service Consultant Name: DG ENV / DIR. E / ENV.3 LDK ECO Consultants Address: B-1049 Brussels Off 21 Thivaidos str. Belgium Athens GR 145 64 Greece Tel. no: +(32) 2 295 47 92 +(30) 210 62 55 300 Fax no: +(32) 2 299 41 23 +(30) 210 62 54 871 Contact person: Mr. Andrew Murphy Mr. Demetres Economides E-mail: [email protected] [email protected] Date of Report: December 2006 Support to DG Environment for development of the Mediterranean De-pollution Initiative “HORIZON 2020” No 070201/2006/436133/MAR/E3 Contents 1. INTRODUCTION ___________________________________________________________ 1 1.1 Objectives and description of the tasks of the study __________________________ 1 1.2 Scope and Methodology ___________________________________________________ 2 1.3 Structure of the report_____________________________________________________
    [Show full text]
  • Well Balanced Adaptive Simulation of Pollutant Transport by Shallow Water Flows: Application to the Bay of Tangier
    International Journal of Hydraulic Engineering 2014, 3(1): 10-23 DOI: 10.5923/j.ijhe.20140301.02 Well Balanced Adaptive Simulation of Pollutant Transport by Shallow Water Flows: Application to the Bay of Tangier E. M. Chaabelasri1, I. Elmahi2,*, R. Abdellaoui2, N. Salhi1 1Laboratoire de Mécanique et Energétique, Faculté des Sciences, BP 717, 60000 Oujda, Maroc 2Equipe de Modélisation et Simulation Numérique, ENSAO, Complexe universitaire, B.P. 669, 60000 Oujda, Maroc Abstract A well balanced adaptive scheme is proposed for the numerical solution of the coupled non-linear shallow water equations and depth-averaged advection-diffusion pollutant transport equation. The scheme uses the Roe approximate Riemann solver with upwind discretization for advection terms and the Vazquez scheme for source terms. It is designed to handle non-uniform bed topography on triangular unstructured meshes, while satisfying the conservation property. Dynamic mesh adaptation criteria are based on the local pollutant concentration gradients. The model is validated for steady flow over irregular bed topography, recirculation due to a sidewall expansion in a frictionless channel, and pollution advection in a flat-bottomed channel. An idealized application to the simulation of pollutant dispersion in the Bay of Tangier, Morocco is presented, which demonstrates the capability of the dynamically adaptive grid model to represent water quality scenarios in a bay of non-uniform bed topography and complicated shoreline. Keywords Shallow water equations, Pollutant transport, Finite volume method, Roe solver, Dynamic mesh adaptation, Unstructured meshes the user to estimate pollutant transport, concentration 1. Introduction distribution, and basin residence time. The hydrodynamic module solves the two-dimensional Pollution of the Strait of Gibraltar has increased depth-averaged shallow water equations and hence is used to significantly in recent decades as a by-product of the growth investigate the forcing mechanism responsible for of maritime transportation activities.
    [Show full text]
  • Universidad De Jaén El Estrecho De Gibraltar
    UNIVERSIDAD DE JAÉN ESCUELA DE DOCTORADO DERECHO PÚBLICO Y COMÚN EUROPEO TESIS DOCTORAL • EL ESTRECHO DE GIBRALTAR: PROTECCIÓN INTERNACIONAL Y NACIONAL DE SU MEDIO AMBIENTE MARINO PRESENTADA POR: RABÍA MRABET TEMSAMANI DIRIGIDA POR: Prof. Dr. VICTOR LUIS GUTIERREZ CASTILLO JAÉN, FECHA ISBN EL ESTRECHO DE GIBRALTAR: PROTECCIÓN INTERNACIONAL Y NACIONAL DE SU MEDIO AMBIENTE MARINO Al gran ausente presente en mi vida. A la memoria de mi padre que dejó este mundo de repente el 8 de junio del 2011. Agradecimiento Agradecer, es una palabra muy corta ante los reconocimientos que puede expresar cualquier doctorando/a para aquéllas personas que fueron su luz en la oscuridad, su esperanza en la desesperación y su carburante en el impotencia. Mis agradecimientos familiares son para mi madre, mi hermana y hermano; Ouafaa y Sidi Mohammed por lo que hicieron, hacen y están haciendo Mis agradecimientos académicos son para: Prof. Dr. Juan Luis SUAREZ DE VIVERO por su disponibilidad, generosidad y amabilidad desveladas desde el primer encuentro; Dr. Tarik ATMANE por su simpatía, por todo el material que me ha pasado y por su libro que me ha regalado. Mis agradecimientos son para mis amigos/as, que siempre estaban conmigo a lo largo de mis aventuras académicas. Sobre todo para aquellas personas, que ni el paso del tiempo ni la distancia han afectado nuestra amistad que se ha visto cada vez más fortalecida. Mis últimos agradecimientos deben ser los que preceden la presentación de este trabajo, por ser a la persona que confió en mí y ha estado donde tuvo que estar en su tiempo, por todo su apoyo, ayuda, consejos y respecto.
    [Show full text]
  • Siphonophores of the Pacific with a Review of the World Distribution
    SIPHONOPHORES OF THE PACIFIC WITH A REVIEW OF THE WORLD DISTRIBUTION BY ANGELES ALVARINO˜ UNIVERSITY OF CALIFORNIA PRESS BERKELEY • LOS ANGELES • LONDON 1971 3 BULLETIN OF THE SCRIPPS INSTITUTION OF OCEANOGRAPHY UNIVERSITY OF CALIFORNIA, SAN DIEGO LA JOLLA, CALIFORNIA ADVISORY EDITORS: G. O. S. ARRHENIUS, C. S. COX, W. W. FAGER, C. H. HAND, TODD NEWBERRY, M. B. SCHAEFER Volume 16 Approved for publication June 19, 1969 Issued October 8, 1971 UNIVERSITY OF CALIFORNIA PRESS BERKELEY AND LOS ANGELES CALIFORNIA UNIVERSITY OF CALIFORNIA PRESS, LTD. LONDON, ENGLAND ISBN: 0-520-09321-6 LIBRARY OF CONGRESS CATALOG CARD NUMBER: 71-627780 CONTRIBUTION FROM THE SCRIPPS INSTITUTION OF OCEANOGRAPHY, NEW SERIES c 1971 BY THE REGENTS OF THE UNIVERSITY OF CALIFORNIA PRINTED IN THE UNITED STATES OF AMERICA CONTENTS Introduction Siphonophores of the Pacific with a Review of the World 1 Distribution Table 1 4 Table 2 6 Acknowledgments 7 Methods 8 List of the Species of Siphonophorae Observed in the Pacific 9 and Adjacent Seas During the Present Studies Distribution in the Pacific 16 Table 3 33 Bathymetric Distribution 267 Table 4 269 References 351 Figures 365 1 INTRODUCTION Most of the published work on Siphonophorae deals with taxonomic descriptions, taxonomic problems and systematic accounts, histology and anatomy and also gives records concerning the distribution of the individual species. Totton’s “Synopsis” (1965) encompassed the anatomy, ontogeny and taxonomy of most of the species of siphonophores. Some data on the distribution of the species, particularly for the Mediterranean and its adjacent seas, appeared in Bigelow and Sears (1937). Garstang (1946) has given a comprehensive account of the morphology, nomenclature and relationships of the Siphonophorae.
    [Show full text]