Eco-design of the medium part of the pillar (-5 to 10 m, colored in...Figure 4.64. Eco-design of the deeper part of the pillar (−10/20 m, colored in o...Figure 4.65. Offshore wind turbine installation on soft seabeds and biological f...Figure 4.66. Eco-design of offshore wind turbine foundations and cables: left, “...Figure 4.67. Ecological design of wind farms that also promotes multi-use throug...5 ConclusionFigure C.1. Photograph from the “Ecoreef” series, where an artificial reef was i...
List of Tables
1 Chapter 2Table 2.1. Average net primary production and surface area of the major global e...Table 2.2. The main structures used in maritime sitesTable 2.3. Main tides and their associated coefficients and tidal range in Brest...Table 2.4. Different mooring and berthing arrangements (source: marine works cou...Table 2.5. Criteria for the choice of technical solutions according to determini...Table 2.6. Main exposure classes of concreteTable 2.7. Main exposure classes for concrete structures used in marine areas (...
2 Chapter 3Table 3.1. Evolution of research themes on the relationship between coastal infr...Table 3.2. List of target species (benthic, demersal and pelagic) in port and pe...Table 3.3. Preferred agitation conditions vary according to the adult or juvenil...Table 3.4. Relationship between target species types and eco-design (S. Pioch)Table 3.5. List of different materials used, excluding waste, in the manufacture...Table 3.6. Summary of the advantages and disadvantages of the main materials use...Table 3.7. Effect of environmental conditions on marine colonizationTable 3.8. Effect of substrate on marine colonization
Guide
1 Cover
5 Foreword
6 Preface
10 References
11 Index
12 Other titles from iSTE in Ecological Science
Pages
1 v
2 iii
3 iv
4 ix
5 x
6 xi
7 xii
8 xiii
9 xiv
10 xv
11 xvi
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14 3
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16 5
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