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| Fracking does not create this kind of landscapes ... | 
Fracking is clearly the better alternative when it comes to creating small intrusion on the landscape:
A wind farm requires 700 times more land to produce the same amount of energy as a fracking site, according to analysis by the energy department’s recently-departed chief scientific advisor.
Prof David MacKay, who stood down from the Government role at the end of July, published   analysis putting shale gas extraction “in perspective”,   showing it was far less intrusive on the landscape than wind or solar   energy.  
His intervention was welcomed by fracking groups, who are battling to win   public support amid claims from green groups and other critics that shale   gas extraction will require the “industrialisation” of the countryside.  
Hundreds of anti-fracking protesters on Thursday occupied a field near   Blackpool neighbouring a proposed fracking site for energy firm Cuadrilla.  
Prof MacKay said that a shale gas site uses less land and “creates the least   visual intrusion”, compared with a wind farm or solar farm capable of   producing the equivalent amount of energy over 25 years. --
Prof MacKay, who is Regius Professor of Engineering at the University of Cambridge, said that a shale gas pad of 10 wells would require just 2 hectares of land and would be visible - due to an 85-foot-high drilling rig - from 77 hectares of surrounding area. However, the drilling rig would be in place for "only the first few years of operations".
By contrast, a wind farm capable of producing the same energy would span an area of 1,450 hectares, requiring 87 turbines each 328-foot tall.
Read the entire article here
 
Prof MacKay, who is Regius Professor of Engineering at the University of Cambridge, said that a shale gas pad of 10 wells would require just 2 hectares of land and would be visible - due to an 85-foot-high drilling rig - from 77 hectares of surrounding area. However, the drilling rig would be in place for "only the first few years of operations".
By contrast, a wind farm capable of producing the same energy would span an area of 1,450 hectares, requiring 87 turbines each 328-foot tall.
Read the entire article here
 
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