Monday, March 30, 2009

Electromagnetic Fields (EMF) & Marine Life?

One of the environmental concerns about developing alternative ocean energy is that the power has to be transmitting back to shore in a large undersea transmission cable - think of a giant extension cord going from the array of devices back to shore where it plugs into the grid. That transmission line will generate an electromagnetic field (EMF) that may affect marine life.

All electronically charged objects create electromagnetic field (EMF). There are some concerns that EMF might affect marine life who are very sensitive to electromagnetic fields. Sharks, rays and skates (elasmobranchs) are know to be particularly sensitive to EMF because they use it so sense prey. There is also some concern about how EMF might effect the navigational signals used by migrating species, such as turtles and marine mammals (seals, whales, etc).

MMS just announced that they will be funding a study to better understand the effects of electromagnetic fields from undersea transmission lines on marine wildlife. Press Release.

You can also read more about potential EMF impacts on wildlife in a draft memo regarding the infamous Cape Wind project.

Wednesday, March 18, 2009

FERC & MMS work it out

Interior Secretary Salazar (oversees MMS) and Acting Chairman of FERC Wellinghoff announced that the two agencies have confirmed their intent to work together to facilitate the permitting of renewable energy in offshore waters.

FERC will oversee wave and tidal projects

MMS will oversee wind and solar projects.

Read the statement here.

Saturday, March 14, 2009

Salazar Issues Order to Spur Renewable Energy Developmen

Citing the critical need to reduce the nation’s dependence on foreign oil, build a clean energy economy and create new jobs, Secretary of the Interior Ken Salazar today issued a Secretarial Order making the production, development, and delivery of renewable energy top priorities for the Department.

“More so than ever, with job losses continuing to mount, we need to steer the country onto a new energy path,” Salazar said. “One that creates new jobs and puts America out front in new, growing industries, one that promotes investment and innovation here at home and one that makes wise use of our domestic resources.”


Tuesday, March 10, 2009

Energy & the Ocean: Part 1

This year we are going to publish a series in Making Waves that explores using the ocean as a source of renewable and clean energy. This is Part 1 - an intro on the issues to be addressed. We welcome and encourage your comments!

Last summer, when gas prices neared $5 per gallon and “Drill, Baby Drill” became a campaign slogan, Americans were reawakened to our dangerous and dependent energy policies. Not since the 1970s had energy issues been so prominent in the public consciousness. Once again it became glaringly obvious that we are not only overly dependent on climate warming fossil fuels, but also that we get much of that petroleum from foreign countries – not all of whom are friendly.

A quick check of the facts in combination with the staggering drop in oil prices last fall, demonstrated the futility of offshore drilling as a means of solving our energy crisis. Offshore drilling would only account for 3% of the world’s oil supply.

This summer’s gas price bubble reminded us that now is the time to invest in alternative energy sources that will reduce emissions of greenhouse gases while providing domestic sources of energy, spurring innovation and creating jobs.

As Surfrider Foundation’s policy on climate change acknowledges, increased warming of the Earth’s atmosphere will be felt severely at our coasts. Impacts range from increased coastal erosion and flooding, increased severity of storms, loss of wetlands, acidification of the oceans and threats to coral reefs. The key element to turning around global climate change is to reduce our dependency on fossil fuels for energy.

When looking into our energy sources, it is important to understand that we have two primary energy uses that come from different sources. One major energy use is transportation (cars, shipping, trains, airplanes, etc.). Transportation is powered almost exclusively on petroleum. The other major energy use is electricity to power our houses, office buildings, etc. Electricity has traditionally derived from a mix of sources including coal, hydroelectric, nuclear and natural gas.

The move to electric powered transportation will alter this balance and increase our electricity needs while decreasing our petroleum needs (unless we start using more petroleum to generate electricity).

There are a number of new alternative energy sources that are being developed that are designed to tap into natural energy along the coasts and in the oceans to create electricity. These include wind, tidal, wave and current energy. All of these sources hold the promise of creating domestically available renewable and clean energy that could also support economic development along the coasts. However, there are many questions and concerns about ocean energy, including potential impacts to ocean recreation, nearshore ecology, coastal processes, public safety, aesthetics, and fishing access.

The conflict between supporting clean, renewable energy sources and working to protect the coast from potential impacts presents us with a challenge. It would be easy to succumb to a “Not In My Back Yard” (NIMBY) mentality and just say no to these projects. But by saying no to these projects we are inherently saying yes to some other source of energy that may have negative global ramifications (e.g. coal). The question remains, how can we support clean energy sources along the coasts while minimizing their impacts to our oceans, waves and beaches.

We believe the answer is to constructively participate in project planning and to promote a set of “best practices” to ensure that these impacts are minimized to the fullest extent possible

In this series, we will explore efforts to open new areas to offshore drilling and innovative technologies such as wave energy, wind power, tidal and current energy. We will describe how they work, what the state of the technology is, and how they may impact the coast.

We hope you will join in this conversation. Comment below.