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Galloper Wind Farm Project - National Infrastructure Planning

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2842_SLVIA<br />

62<br />

6.0 Landscape and Seascape Effects<br />

6.1. Introduction<br />

6.1.1. The magnitude and significance of landscape or seascape effects arising from<br />

the proposed GWF are related to the capacity of the landscape resource and<br />

the seascape environment to accommodate the type of change proposed.<br />

This is assessed using the recognised evaluation process (Institute of<br />

Environmental Management and Assessment/Landscape Institute, 2002),<br />

which looks at the physical form and attributes of the landscape resource and<br />

seascape environment and considers their existing sensitivity. The<br />

magnitude of effect upon the landscape resource and seascape environment<br />

then takes into account the scale, extent and duration of the effects detailed<br />

below.<br />

6.1.2. This assessment methodology is detailed in Appendix 1.<br />

6.2. Nature and Duration of Landscape and Seascape Effects<br />

6.2.1. Chapter 5 of the ES (<strong>Project</strong> Details) identifies the key offshore elements<br />

associated with the proposed development. The sources of potential effects<br />

arising from these are identified as being the proposed WTGs and offshore<br />

sub-stations, collection platform and or accommodation platform,<br />

meteorological masts, and vessels which will give rise to a range of different<br />

effects upon the seascape environment and landscape resource according to<br />

the different stages of the proposed development.<br />

6.2.2. The anticipated duration of effects associated with the construction,<br />

operational and decommissioning stages of the proposed development are<br />

identified within Chapter 5 of the ES. It is currently anticipated that<br />

construction is likely to last approximately 2.5 years. The wind farm’s<br />

operational life is defined (by The Crown Estate) as up to 25 years, an<br />

additional two years would be granted to the lease to allow decommissioning<br />

to take place. All elements of the wind farm would be designed with a<br />

minimum operational life of 25 years. Following this a decision would be<br />

made on whether the operating company wish to proceed with<br />

decommissioning or apply to the relevant Regulatory Authority at the time,<br />

to repower the wind farm. This SLVIA addresses effects of the construction<br />

phase, a 25 year operational phase and the decommissioning phase.<br />

Construction<br />

6.2.3. During the construction phase, the effect of increased activity of construction<br />

vessels travelling to the offshore site from local ports, the presence of jack-up<br />

barges and the progressive construction of the WTGs will constitute the

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