S3:E4 - 53 MILES IN MAINE, Part 1 of 5

<p>Welcome to Part 1 of our 5-part series covering a very controversial renewable energy project that got shut down in a public referendum in Maine despite previously getting approval from state and federal regulators.</p> <p>While this energy was being purchased by the state of Massachusetts and generated by a hydropower company in Canada, it would require transmitting the energy through the state of Maine and thus in order to build out that transmission it needed Maine’s approval to move forward.</p> <p>Supporters of this project call it the New England Clean Energy Connect. Opposition groups call it the CMP Corridor. Just the difference in naming alone tells you a lot about their respective viewpoints.</p> <p>You’re going to hear throughout this series from folks on both sides of this particular initiative. But the reason we are covering it here at Animalia is not because we are taking our own stance on whether or not this project should move forward - we purposely leave that a bit open ended and we shall see how it plays out in the courts - but rather to use it as a lens into 3 larger issues playing out across the country as we grabble with figuring out how to shift from fossil fuel power generation to renewable generation.</p> <p>In Episodes 2-4, we will cover each of those in detail.</p> <ul> <li>In <strong>Episode 2</strong>, we will dive into the battle brewing between Environmental Activists &amp; Clean Energy Advocates. &nbsp;All forms of energy, including renewables, have environmental trade-offs. &nbsp;Evaluating where and when they are worth taking is increasingly becoming complex and divisive, creating tension between environmental activists and clean energy advocates, despite both camps wanting to get off fossil fuels and save this planet. &nbsp;</li> <li>In <strong>Episode 3</strong>, we will explore why the most critical decisions ahead in our transition off of fossil fuels are very much happening at the local level because of the land use and infrastructure needed for scaling renewable power g