Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme

J.H. Damveld; B.W. Borsje; P.C. Roos; S.J.M.H. Hulscher

Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic › peer-review

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Abstract

Shallow coastal seas are subject to an increasing pressure by offshore operations, such as sand mining and the construction and operation of offshore infrastructure. The seabed topography, seabed life, sediment dynamics and hydrodynamics form a coupled system. When disturbed, this coupled system needs time to recover. Anthropogenic disturbances will affect the (local) ecosystem, which in turn will affect the sediment-water interaction and the potential of the seabed to store fine sediments. Consequently, the potential of the system for recovery may be affected. This paper poses a research outline focused 7on a better understanding of the functioning and stability of the coupled system during the lifetime of the offshore operation. This requires integration of knowledge from ecology, geomorphology and fine sediment dynamics, where the authors specifically focus on geomorphology.

Original language	English
Title of host publication	International Conference MARID 5, Marine & River Dune Dynamics
Subtitle of host publication	4^th-6^th April 2016, North Wales, UK: Book of Abstracts
Editors	K. Van Landeghem, T. Garlan, J. Baas
Place of Publication	Bangor, North Wales, UK
Publisher	Bangor University
Pages	53-56
Publication status	Published - 2016
Event	5th International Conference on Marine and River Dune Dynamics, MARID 2016 - Bangor University, Bangor, United Kingdom Duration: 4 Apr 2016 → 6 Apr 2016 Conference number: 5

Conference

Conference	5th International Conference on Marine and River Dune Dynamics, MARID 2016
Abbreviated title	MARID V
Country/Territory	United Kingdom
City	Bangor
Period	4/04/16 → 6/04/16

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Damveld, J. H., Borsje, B. W., Roos, P. C., & Hulscher, S. J. M. H. (2016). Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme. In K. Van Landeghem, T. Garlan, & J. Baas (Eds.), International Conference MARID 5, Marine & River Dune Dynamics: 4^th-6^th April 2016, North Wales, UK: Book of Abstracts (pp. 53-56). Bangor University.

Damveld, J.H. ; Borsje, B.W. ; Roos, P.C. et al. / Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme. International Conference MARID 5, Marine & River Dune Dynamics: 4^th-6^th April 2016, North Wales, UK: Book of Abstracts. editor / K. Van Landeghem ; T. Garlan ; J. Baas. Bangor, North Wales, UK : Bangor University, 2016. pp. 53-56

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title = "Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme",

abstract = "Shallow coastal seas are subject to an increasing pressure by offshore operations, such as sand mining and the construction and operation of offshore infrastructure. The seabed topography, seabed life, sediment dynamics and hydrodynamics form a coupled system. When disturbed, this coupled system needs time to recover. Anthropogenic disturbances will affect the (local) ecosystem, which in turn will affect the sediment-water interaction and the potential of the seabed to store fine sediments. Consequently, the potential of the system for recovery may be affected. This paper poses a research outline focused 7on a better understanding of the functioning and stability of the coupled system during the lifetime of the offshore operation. This requires integration of knowledge from ecology, geomorphology and fine sediment dynamics, where the authors specifically focus on geomorphology.",

author = "J.H. Damveld and B.W. Borsje and P.C. Roos and S.J.M.H. Hulscher",

year = "2016",

language = "English",

pages = "53--56",

editor = "\{Van Landeghem\}, K. and T. Garlan and J. Baas",

booktitle = "International Conference MARID 5, Marine \& River Dune Dynamics",

publisher = "Bangor University",

note = "5th International Conference on Marine and River Dune Dynamics, MARID 2016, MARID V ; Conference date: 04-04-2016 Through 06-04-2016",

}

Damveld, JH, Borsje, BW , Roos, PC & Hulscher, SJMH 2016, Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme. in K Van Landeghem, T Garlan & J Baas (eds), International Conference MARID 5, Marine & River Dune Dynamics: 4^th-6^th April 2016, North Wales, UK: Book of Abstracts. Bangor University, Bangor, North Wales, UK, pp. 53-56, 5th International Conference on Marine and River Dune Dynamics, MARID 2016, Bangor, United Kingdom, 4/04/16.

Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme. / Damveld, J.H.; Borsje, B.W.; Roos, P.C. et al.
International Conference MARID 5, Marine & River Dune Dynamics: 4^th-6^th April 2016, North Wales, UK: Book of Abstracts. ed. / K. Van Landeghem; T. Garlan; J. Baas. Bangor, North Wales, UK: Bangor University, 2016. p. 53-56.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Academic › peer-review

TY - GEN

T1 - Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme

AU - Damveld, J.H.

AU - Borsje, B.W.

AU - Roos, P.C.

AU - Hulscher, S.J.M.H.

N1 - Conference code: 5

PY - 2016

Y1 - 2016

N2 - Shallow coastal seas are subject to an increasing pressure by offshore operations, such as sand mining and the construction and operation of offshore infrastructure. The seabed topography, seabed life, sediment dynamics and hydrodynamics form a coupled system. When disturbed, this coupled system needs time to recover. Anthropogenic disturbances will affect the (local) ecosystem, which in turn will affect the sediment-water interaction and the potential of the seabed to store fine sediments. Consequently, the potential of the system for recovery may be affected. This paper poses a research outline focused 7on a better understanding of the functioning and stability of the coupled system during the lifetime of the offshore operation. This requires integration of knowledge from ecology, geomorphology and fine sediment dynamics, where the authors specifically focus on geomorphology.

AB - Shallow coastal seas are subject to an increasing pressure by offshore operations, such as sand mining and the construction and operation of offshore infrastructure. The seabed topography, seabed life, sediment dynamics and hydrodynamics form a coupled system. When disturbed, this coupled system needs time to recover. Anthropogenic disturbances will affect the (local) ecosystem, which in turn will affect the sediment-water interaction and the potential of the seabed to store fine sediments. Consequently, the potential of the system for recovery may be affected. This paper poses a research outline focused 7on a better understanding of the functioning and stability of the coupled system during the lifetime of the offshore operation. This requires integration of knowledge from ecology, geomorphology and fine sediment dynamics, where the authors specifically focus on geomorphology.

M3 - Conference contribution

SP - 53

EP - 56

BT - International Conference MARID 5, Marine & River Dune Dynamics

A2 - Van Landeghem, K.

A2 - Garlan, T.

A2 - Baas, J.

PB - Bangor University

CY - Bangor, North Wales, UK

T2 - 5th International Conference on Marine and River Dune Dynamics, MARID 2016

Y2 - 4 April 2016 through 6 April 2016

ER -

Smart and sustainable design for offshore operations in a sandy seabed - the SANDBOX programme

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