Rep. Issa (R-CA) made a fortune building car alarms. For years he was best known as the recorded voice of the Viper alarm that warned people to “Step away from the car!” (Really, this is all true, it says so in Wikipedia).

But now he is  a powerful member of Congress and in that role he is threatening to undermine the deal struck among the White House, the auto manufacturers and his own State of California.

Let’s review for a moment – the agreement would reduce pollution, make cars more efficient and thereby reduce use of imported oil and pain felt by people paying at the gas pump and help move forward progress towards practical and affordable electric cars. The auto manufacturers supported and helped shape it and think it can be implemented at reasonable cost while maintaining a healthy auto industry that will meet the needs and wants of  drivers. So what is wrong with it?  Representative Issa says he is concerned about “transparency” and process here – legitimate concerns to be sure. But they are concerns that will inform the formal process that will follow as the federal agencies propose, present and seek comment on this package of rules in the formal rulemaking process.

Like an overly sensitive car alarm that makes threatening speeches at passers-by who mean no harm to the protected car, or that releases punishing waves of sound late at night when garbage trucks pass by, Rep. Issa is sounding a very false alarm and threatening to steal away the cleaner, cheaper-to-operate car of the future.

Many good people have spent decades working to build a great place place on the waterfront across the Fort Port Channel from Downtown Boston and to make Boston a city that celebrates and embraces all modes of transportation, especially the sort that doesn’t emit greenhouse gas emissions.  That includes many past and present CLF staffers.

All those warriors for a better Boston should note that in the first weekend of operation of the new Hubway bicycle sharing program that the system map for the Hubway has shown the “station” in the Seaport has been in heavy use all day – with very few of the 15 bikes that were placed there at the launch of the program still in residence.

In Washington, D.C., a good deal has been announced bringing together the Federal government, the state of California and auto manufacturers.  As our friends at the Union of Concerned Scientists note, these standards will:

• Cut oil consumption by as much as 1.5 million barrels per day — 23 billion gallons of gasoline annually — by 2030. That is equivalent to U.S. imports from Saudi Arabia and Iraq in 2010.
• Cut carbon pollution by as much as 280 million metric tons (MMT) in 2030, which is equivalent to shutting down 72 coal-fired power plants.
• Lower fuel expenditures at the pump by over $80 billion in 2030 — even after paying for the cost of the necessary technology, consumers will still clear $50 billion in savings that year alone.

The real story behind this settlement is about a fundamental choice between two paths.  One path was the road taken, where the emissions standards for cars and trucks are integrated with mile-per-gallon (MPG) standards and California and the Federal Government both adopt and agree to the standards.

The other path was to return to the state of affairs that prevailed prior to 2009.  At that point, a fleet of states had adopted standards for greenhouse gas emissions from cars and trucks first developed and adopted by California. This came about because of the unique ability of California under the federal Clean Air Act to adopt its own standards and for other states to follow suit.  With the laudable decision by the Federal government (after legal challenges to the standards were shot down in court in California, Vermont, Rhode Island and Washington, D.C.) to adopt a modified version of those state-based standards and the integration of those emissions standards with the MPG rules, three different regulatory systems were folded together into one positive package.

California, and the states inclined to follow it (there were 13 at the time of that deal back in 2009), had a deserved presence at the table in Washington.  If the new federal standards were strong enough, the states could simply go their own way – but that wasn’t needed, and hopefully will not be necessary going forward as the new rules are fleshed out and implemented.  Having two sets of vehicle standards in the U.S. was not a terrible thing when we lived with it for 25 years – but having one good standard for the nation is better.

A good deal was struck in Washington (a nice thing to be able to say!) and the power of the states to chart their own course did not need to be invoked – but the fact that power exists, along with the other other good elements of the Clean Air Act (a great law being attacked daily in Congress) helps move us towards cleaner air and better cars.

Last week I had the honor of teaching a group of summer camp students enrolled in the University of Maine’s unique Maine Summer Transportation Institute, a two week program for Bangor-area middle school students.

The event is co-sponsored by the Maine Department of Transportation, the UMaine College of Engineering, and the Federal Highway Administration. It is designed to introduce students at an early age to jobs and careers available in Maine’s transportation industry.

I had 20 students in the class. We started off talking about transit options, different ways of getting around and the pros and cons of each option. Who knew that riding a Galapagos tortoise was a form of transportation?  Well, at least the carbon footprint was low on that option, compared to taking a rocket to the mall.

Then, I divided the kids into five teams. They had 10 seconds to give themselves a name, and soon we were off with the “Chickadees,” the “Destructive 4,” the “No Name 4,” “Team 1/Won” and my personal favorite, the “Guinea Pig Ninjas.”  Each team of four got a huge map of the Bangor area, which they huddled around with pieces of string measuring the distance from their school to their neighborhood. Some kids knew right off the bat: “0.8 miles– I know because I have to walk it” and others were surprised (and a little embarrassed) that their parents drove them when they discovered that other kids were biking the same distance. The team that had the overall shortest distance to school and the smallest carbon footprint in the mode of transportation used to get to school won.  Team No Name took first place with an average distance of 1 mile and three of the kids either walking or biking to school.

At the whiteboard. (Photo credit: Sheila Pendse, UMaine)

Then, in a questionable move on my part, I distributed colorful little Sharpie markers (yes, the permanent kind).  The assignment: design a trolley route that will be of most benefit to the residents of Bangor. The airport and urban areas were big factors. The result (after some creative tattoo work with the markers) ranged from a highly efficient four-mile loop to a 22-mile spiral. One route managed to extend 10 miles out of the way. When I dared to question the wisdom of that route, I was set straight with an exasperated, “because we need to pick up my best friend who lives on that street!”  Duh!

It is fantastic that the state can offer this program to generate interest in an area that continues to pose extreme challenges. Just take a gander at Rep. Mica’s federal Transportation Reauthorization Proposal, which seeks to slash 20% from already underfunded programs, including a 25% cut to the Amtrak subsidy that will severely undermine the flow of revenue into Maine.

Overall, this camp is a gem. The students are smart, polite and bursting with enthusiasm. I wish I could have told those kids that by the time they were working adults, they wouldn’t need to spend huge amounts of their income on gas for their cars, because they would have transit options. The fact of the matter is, given the challenges we continue to face in securing decent transportation options for Mainers, we’ll really need some of these kids– and a lot of adults, too– to commit to creating innovative solutions to move past these setbacks so we can give Mainers the transportation future that they need and deserve.

Learn more about CLF’s work to modernize transportation.

Bike share programs are already fixtures in cities like Washington, D.C., above. (Photo credit: S. Diddy, flickr)

“Hubway,” Boston’s long-anticipated bike share program, is set to open this month. With 600 bikes at 61 stations around Boston (one a block away from CLF’s Boston office at the corner of Summer and Arch Streets!) and surrounding areas, Hubway will facilitate transportation around Boston by reducing crowds on the T and providing access to places that the T does not currently reach. Moreover, Hubway will contribute to fewer greenhouse gas emissions from the transportation sector– the largest single source of GHG emissions in the state– and create a more livable city with better transportation options to get people out of their cars and into their communities.

Already very successful in Europe, bike share programs are increasing in popularity in the U.S., and already exist in cities such as Minneapolis, Denver, and Washington, D.C. Many people in the Boston area are excited about the prospect of being able to grab a bike, go where they need to go, and return it at any station convenient to their destination. Operating three seasons a year (the system closes in the winter), Hubway offers 24-hour, 3-day, or annual memberships, allowing members access to all of the bikes and free rides under 30 minutes.

In anticipation of this program, Boston has been working hard to make the city more bicycle-friendly. In the past few years, 38 miles of bike lanes and 1,600 public parking spaces for bicycles have been built. However, there is still a lot of work to be done to prepare for this big change in how we use our roads. Currently, the Boston Police are getting ready for the influx of bicyclists. Focusing mostly at intersections known to have frequent crashes, Boston police officers are prepared to hand out tickets to drivers and bicyclists alike for disobeying traffic laws. The residents of Boston will have to learn to share the road regardless of whether they are biking or driving.

However, we at CLF believe that that’s a small price to pay for the myriad of benefits that Hubway will bring. The program will increase transportation choice and reduce greenhouse gas emissions, while saving consumers money on gas and helping them get a little exercise while they’re at it, which will lead to public health benefits as well.

Learn more about CLF’s work to modernize transportation and build livable cities.

Editor’s note: Hannah Cabot is the summer 2011 communications intern at CLF Massachusetts. She is a rising senior at Milton Academy in Milton, MA.

This Orange Line car is clearly past its expiration date. (Photo credit: Hannah Cabot)

Tuesday morning, CLF Staff Attorney Rafael Mares was testifying at the Massachusetts State House against several bills that seek to reduce, eliminate, or otherwise limit tolls on the state’s highways, which serve as a significant source of transportation revenue. While the sentiment of wanting to decrease commuters’ transportation expenditures was noble, Mares said, “we cannot afford to reduce our already inadequate transportation revenues at this time, given the significant financial and physical challenges facing our state transportation system.” One of those challenges, he said, was the MBTA’s aging subway cars.

Meanwhile, on the other side of the river, there were 447 Red Line commuters on a train between the Porter and Harvard Square stations who knew exactly what he meant. Their six-car train broke down around 9 a.m., leaving its passengers stranded in the dark tunnel for at least two hours before rescue efforts began. The passengers were evacuated on foot, with the last emerging around 12:30 p.m., 3 1/2 hours after the initial breakdown.

This event may serve as the latest and some of the most troubling evidence of the MBTA’s funding deficit, but it certainly doesn’t stand alone.

“All 120 Orange Line cars are well past their intended lifespan,” Mares stated in his testimony. “Manufacturers build subway cars to last 25 years, provided they receive a mid-life overhaul to refurbish or replace major elements such as propulsion systems, brakes, lighting and ventilation. None of the now over 30-year-old Orange Line cars has been overhauled.

“These aging subway cars are challenging the MBTA’s ability to run a full set of trains each day, causing longer waits on platforms and more frequent service interruptions. A similar problem exists with one third of the Red Line cars, which as the Globe reported, ‘were pressed into service during Richard Nixon’s first term, and have not been overhauled for a quarter century.’ Neither their replacement nor the expansive band-aid of $100 million to keep the Orange and Red Line trains running is currently in the MBTA’s Capital Improvement Plan, which covers the next five years.”

However, tolls or no tolls, it’s clear that maintaining and expanding a functional transportation system in Massachusetts will require more funding from a more diverse portfolio of funding sources, and CLF is working with transportation experts, local legislators and community groups as part of the Transportation for Massachusetts (T4MA) coalition to articulate what some of those options would look like. Learn more about CLF’s work on transportation funding here.

Photo credit: DOT

The nation’s debt crisis has been captivating lawmakers in recent weeks, and they are grasping at anything that will help their respective positions, including last month’s bleak jobs report that reflected a creeping rise in unemployment to 9.2%.  Yet against that sobering backdrop is a positive trend that reflects where employers are steadily heading: the green economy.  The green jobs sector is faring better than most nationwide, and Maine in particular is ahead of the growth curve, according to a new report released today by the Brookings Institution.

Governor LePage has been outright dismissive of “green” or “clean” jobs, claiming in May that “The majority of these ‘green jobs’ are temporary.” But the data collected by the Brookings Institution spanned over seven years.  Between 2003 and 2010, Maine added 2,914 clean jobs for a total of 12,212 clean economy jobs in the state, a rate that reflects a 4% annual growth rate in this sector compared to the 3.4% national average.  The average annual wage of a green job in Maine was $36,460, and sample clean economy employers included Ocean Renewable Power Co., LLC, Tom’s of Maine, Inc., Cianbro Corp., Woodard & Curran, Inc., and Hancock Lumber Co., Inc.

Some of the largest segments in the state include jobs related to conservation, waste management and treatment, public mass transit, sustainable forestry products and energy-saving building materials.  The green economy is an important element of the state’s future financial well-being, and the economic activity includes a broad swath of products from wind turbines and solar photovoltiacs to services such as mass transit and regulation.

The trend here in Maine reflects what is happening on a national scale: while almost every other job sector is ratcheting back and waiting for some break in the recession, positions tied to sustainability and renewable energy are taking off.  Nationally, the clean economy employs 2.7 million people, double the 1.2 employed by the fossil fuel industry according to the Pew Center.

Entirely new positions, such as “Chief Sustainability Officers” are being created to ensure that companies are not only environmentally responsible but take advantage of cost-saving mechanisms through energy efficiency.  According to the Wall Street Journal, the number of job postings containing the keyword “sustainability” more than quadrupled in May of this year.  The number containing “wind” and “solar” more than doubled in the same time period.

For a country that consumes 19 million barrels of oil per day, it is refreshing to see a trend that reflects a critical acknowledgement: business as usual leaves us vulnerable.  A paradigm shift in hiring priorities and business practice gives us hope for economic and environmental sustainability.  And a big “attaboy” to Maine for fiercely trudging along and outpacing the national growth trends.

In partnership with the Massachusetts Clean Energy Center (MassCEC), CLF Ventures recently released Land-based Wind Energy: A Guide to Understanding the Issues and Making Informed Decisions. (PDF, 1.6MB)

Wind energy has the potential to play a significant and beneficial role in an energy economy that seeks to rely less heavily on fossil-fuel based electricity production. For this reason, many communities are currently trying to learn more about wind energy development and determine whether it makes sense in their city or town.  Land-based Wind Energy provides municipal officials and other local decision-makers with clear overviews of wind energy siting issues as well as best practices for community engagement.

Specifically, the guide includes:

• Guidelines for how to assess the quality of available information and how to resolve conflicting points;
• Overviews, contextual information, and recommended reading on important topics like wind turbine sound, shadow flicker, health, property values, and energy project economics; and
• Recommendations on how to structure a robust local review process when siting wind energy projects. By this we mean a process with full participation by relevant stakeholders, transparent decision-making, and durable outcomes with public support.

Download the guide, and learn more about CLF Ventures.

Former MWRA Executive Director Paul Levy (who has worn a lot of really interesting hats in his career) provides, in CommonWealth Magazine, this really interesting take on the Boston Harbor cleanup and lessons learned from that experience can inform decisions about the slow motion implosion of the transit system of Greater Boston.  Very important reading that nicely complements the good words and insights of Peter Shelley on this blog about the Harbor cleanup.

Big questions that hang in the area include:

• Noting that the cleanup has massively improved the harbor – if we did it all over again, would we employ a “big pipe and big plant” solution to the sewage and stormwater problem in Boston or use more local and distributed methods?
• What lessons learned from these case studies can be applied to the electricity system?
• What role does the existence of the massive highway system that spans the nation (and if you want to read a fascinating description of the creation of that system check out “The Big Roads” by Earl Swift) have on our other infrastructure planning and decision making?

Any thoughts on these questions?  The comments section below awaits.