Bird Collision Avoidance: empirical evidence and impact assessments.
Driven by ambitious renewable energy targets, the offshore wind industry has experienced a significant growth over the last 20 years, particularly in Europe, where most of installed capacity can be found. The consenting of offshore wind projects requires the identification, prediction and evaluation of environmental effects of project proposals. Seabirds are known to interact with offshore wind farms (OWF), mostly with negative consequences. Birds may collide with turbines, be displaced from their feeding grounds o...
Buyer
JNCC SUPPORT CO
Value
Not provided
Published
1 Dec 2017
Closes
1 Dec 2017
Procurement details
Source
Contracts Finder
Region
United Kingdom
Procurement method
Not provided
Category
Services
Contract starts
Not provided
Contract ends
Not provided
CPV classifications
90700000
Environmental services
Lots
Lot default Bird Collision Avoidance: empirical evidence and impact assessments.
Value not provided
Driven by ambitious renewable energy targets, the offshore wind industry has experienced a significant growth over the last 20 years, particularly in Europe, where most of installed capacity can be found. The consenting of offshore wind projects requires the identification, prediction and evaluation of environmental effects of project proposals. Seabirds are...
Delivery: Scotland · United Kingdom, Scotland, United Kingdom
Documents
Unlock document linkEarly engagement notice on Contracts Finder
1 Dec 2017
Early engagement notice on Contracts Finder
Market engagement notice · Web page
Bird Collision Avoidance: Tender Documents
Not provided
Bird Collision Avoidance: Tender Documents
Tender notice · ZIP archive
Bird Collinson: ITT documents
Not provided
Bird Collinson: ITT documents
Tender notice
Clarification questions and answers
Not provided
Clarification questions and answers
Tender notice · Word document
Contains public sector information licensed under the Open Government Licence v3.0.