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Mon09012014

Vestas, EP Global Energy partner for donor-funded wind farm in Jordan

Vestas, EP Global Energy partner for donor-funded wind farm in Jordan

Wind turbine manufacturer Vestas and private energy asset developer EP Global En...

World Bank commits $5 billion for African renewable energy projects

World Bank commits $5 billion for African renewable energy projects

The World Bank Group has committed US$5 billion towards supporting energy projec...

Seven creative ways to teach your kids about eco-living

Seven creative ways to teach your kids about eco-living

According to Bureau of Labor Statistics, 3.1 million jobs in the United States w...

$50 million A.D.B. loan to develop Indonesia’s geothermal potential

$50 million A.D.B. loan to develop Indonesia’s geothermal potential

The Asian Development Bank will provide Indonesia a loan of up to $50 million to...

Iberdrola completes its first three renewable energy projects in South Africa

Iberdrola completes its first three renewable energy projects in South Africa

Iberdrola has completed two wind farms and a photovoltaic power plant in South A...

Former Irish president appointed as special envoy for climate change

Former Irish president appointed as special envoy for climate change

Former Irish President Mary Robinson has been appointed by United Nations Secret...

The truth about the forthcoming endangered cities

The truth about the forthcoming endangered cities

Gone are the days when the term ‘endangered’ was being cascaded to animals or di...

Business

Technology

300 billion tons of carbon dioxide to continue to spew from existing power plants

300 billion tons of carbon dioxide to continue to spew from existing power plants

Monday, 01 September 2014

Existing power plants around the world are expected to pump out more than 300 billion tons of carbon dioxide over their lifetime. According to Univers...

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Politics

Living Green

Ways to save energy at home

Ways to save energy at home

Monday, 01 September 2014

Higher energy bills are a sign of us wasting energy, but you can change that around with some smart management of your home. The tips ahead will give ...

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Renewables

Renewable energy expansion slowing down – I.E.A. report

Renewable energy expansion slowing down – I.E.A. report

Monday, 01 September 2014

The growth of new renewable power is projected to slow and stabilize after 2014, according to a new report released by the International Energy Agency...

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Low-Carbon

Proterra, Kings County Metro bring electric buses to Seattle

Proterra, Kings County Metro bring electric buses to Seattle

Thursday, 28 August 2014

Proterra Inc. has sold two 40-foot battery-electric transit buses and a fast charge system to King County Metro in Seattle, Washington. King County Me...

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Opinion

Unsustainable urban life: What's next?

Unsustainable urban life: What's next?

Wednesday, 11 June 2014

Nutrition plays a critical role in everyone’s chance at a better future. Hunger, said Benjamin Franklin once, is the best pickle. Some say “pickle”...

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Researchers complete genetic map of miscanthus

Researchers from American energy crop company Ceres, Inc, and Aberystwyth University have completed the first high-resolution, comprehensive genetic map of the perennial grass known as miscanthus.

Miscanthus is considered a promising source of biomass for the production of alternative fuels and clean energy. It is fast growing, tough and capable of growing on marginal land. However, it is difficult to establish the crop as it is planted from cuttings or rhizomes.

According to Ceres, it can cost thousands of dollars an acre to establish a field of miscanthus, around five to 10 times more than a seed crop such as switchgrass.

In order for miscanthus to live up to its potential as a bioenergy crop, cheaper ways to breed and raise it need to be developed.

The researchers from Ceres, along with scientists from Aberystwyth's Institute of Biological, Environmental and Rural Sciences mapped all 19 chromosomes of miscanthus and found 20,000 genetic differences or markers.

Markers allow geneticists to differentiate individual plants based on variations in their D.N.A. This will also allow easier identification of plants with characteristics that breeders may or may not want to propagate.

"By defining the genetic diversity in our germplasm collections with the new D.N.A. markers, we can more rapidly introduce important crop traits into our new, seed-propagated miscanthus products," said Richard Flavell, chief scientific officer of Ceres.

Professor Iain Donnison, head of the bioenergy team at the institute, noted that the mapping project would also provide greater insight into how the miscanthus genome compares with other crop plants.

The research was funded as part of Britain's Biotechnology and Biological Sciences Research Council Sustainable Bioenergy Center. Both Ceres and Ibers are members of the council, an academic-industry research partnership focused on the bioenergy sector.



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