Renewable energy respecting nature. A synthesis of knowledge on environmental impacts of renewable energy financed by the Research Council of Norway.

• Main Authors: May, Roelof Frans, Bevanger, Kjetil Modolv, Dijk, Jiska Joanneke van, Petrin, Zlatko, Brende, Hege
• Format: Report
• Language: English
• Published: Norsk institutt for naturforskning 2012
• Subjects: renewable energy; NINA Rapport; wind power; hydropower; power transmission; biodiversity; mitigation; fornybar energi; vindkraft; vannkraft; kraftoverføring; biologisk mangfold; tiltak; Norway; Atlantic salmon
• Online Access: http://hdl.handle.net/11250/2396128

May, R., Bevanger, K., van Dijk, J., Petrin, Z., & Brende, H. 2012. Renewable energy respecting nature. A synthesis of knowledge on environmental impacts of renewable energy financed by the Research Council of Norway. – NINA Report 874. 53 pp. Renewable energy production is seen as a key factor for reduction of climate emissions; however further development of landscapes and seascapes may impact the environment on top of existing pressures. Norway has committed to reduce emissions, and major efforts are put into technological and environmental research to provide knowledge and solutions to meet these challenges. This report synthesizes the knowledge on environmental impacts of renewable energy acquired through the EFFEN, EFFEKT and RENERGI programmes run by the Research Council of Norway; especially from the Centre for Environmental Design of Renewable Energy (CEDREN), as one of the centres for environmental-friendly energy research (CEER). Due to extensive water resources Norway was among the first countries to base its energy system on hydropower; already from the late 19th century. Today, approximately 62% of Norway’s energy supply comes from hydropower. Norway has ratified EU’s Renewables Directive and committed to a target of generating 67.5% from renewable sources. Because the majority of the large river systems were already regulated in the 1960s, wind power is expected to grow extensively to reach this target. With the current development of onshore and offshore wind power and the extension of associated power transmission, environmental considerations will evolve rapidly. Research on environmental impacts of hydropower production prioritized the Atlantic salmon for many years, also due to its value for recreation and tourism. Currently Norway is at the very front of generating knowledge on salmon, empirical studies and development of mitigation measures. Research on hydropower production in regulated rivers has revealed major bottlenecks for salmon production and survival, with varying impacts at ...