Energy and Climate

The Gulf Coast region is just beginning to recover from Hurricane Ida, with a significant impact on cell towers in the state of Louisiana. According to the Federal Communications Commission, 52 percent of cell towers in the hurricane’s path in the state are out of service as of August 30. That equates to 1,437 towers, most of them down due to loss of power, and some localities are far worse than others. Terrebonne Parrish has 100 percent of its 81 towers out of service, while Lafourche Parrish has 97 percent down.

Federal agencies are competing with one another over radio waves used to help predict changes in the climate as the sky is increasingly cluttered with noise from billions of smartphones. On one side are NOAA and NASA. They have developed space satellites that passively capture and decode the faint energy signals given off by changes in water vapor, temperatures, rain and wind that determine future weather patterns.

Sens Edward J. Markey (D-MA) and Ron Wyden (D-OR) introduced the Generating Resilient and Energy Efficient Network (GREEN) Communications Act, legislation that will harden our communications networks against climate change and natural disasters, while simultaneously reducing the carbon footprint of communications infrastructure. Scientists have projected that sea-level rise will submerge more than 4,000 miles of fiber optic cables within the next 15 years.

A new study conducted by Bento Lobo, Ph.D., head of the Department of Finance and Economics at the Rollins College of Business at the University of Tennessee at Chattanooga, documents $2.69 billion in community benefit during the first ten years since EPB of Chattanooga built Amerca's first Gig-speed community-wide network and used it to establish the nation’s most advanced smart grid power distribution system. Key Community Benefits from Chattanooga’s Advanced Infrastructure:

Confronting the Biden transition are five existential crises. The pandemic is surging. The economy is stalling. Social justice is faltering. Climate change is on a rampage. And the government that is essential to dealing with each of these problems has been hollowed out by four years of constant attacks. And, oh yes, these issues must be dealt with despite a potentially divided government and deeply divided citizenry. As a tech policy wonk, I am often asked, “How will the Biden transition handle tech policy?” It is the wrong question.

High quality, affordable broadband is foundational for a prosperous 21st century Appalachia. Children and families—and the local businesses, schools and health care institutions that serve them—require broadband to ensure their well-being. All Appalachians, regardless of their income or race, must be able to access the internet. Universal broadband is also necessary for a smart grid. 

Advanced broadband is a high-tech phenomenon of today. Farming is a practice that stretches back ten thousand years. Together, they can help fight the continuing impact of climate change. Today’s high-tech farming depends on data – from remote sensors, from tractors, irrigation equipment, nutrient application machinery, and harvesters that communicate.

House Science Committee Chairwoman Eddie Bernice Johnson (D-TX) wrote Federal Communications Commission Chairman Ajit Pai expressing concern about the potential interference of planned urban 5G networks with existing weather satellite sensors. The sensors, mounted aboard polar-orbiting satellites, are used to discern the presence and properties of water vapor in Earth’s atmosphere.

Meteorologists and other experts are urging the Federal Communications Commission to drop a spectrum-sharing plan that they say could interfere with transmissions of weather-satellite imagery. The dispute is over the 1675-1680MHz frequencies and is separate from the other FCC/weather controversy, which involves the 24GHz band and has pitted the FCC against NASA, the National Oceanic and Atmospheric Administration (NOAA), and the US Navy.