There is a lot of bemoaning of coming natural gas heating ban in New York State at least by conservatives. But it was a long time coming and gas heating makes less and less sense with changing technology — and our warming climate, which among other things makes extremely cold days rare. When winter days are mostly in the 30s and 40s, even the most basic two-mode air source heat pumps make a lot of sense. Most new construction already locally includes split level units, the code changes just reflect changes already under way in industry.
But there is another side to the mass adoption of split level heating – the end of homes without central air conditioning. There was a time when most homes in New York State didn’t have central air conditioning, though those days are somewhat behind us now. Yet, the All Electric Building Act almost completely mandates the end of buildings without air conditioning – it would be silly to build a building with a heat pump and no reversing valves. Modern all-electric buildings inherently have air conditioning.
The death of buildings without air conditioning may not be bemoaned by many. Air conditioning makes life much more comfortable, especially as 90 degrees days become more common. This year will El Niño, Albany may have it’s first triple digit day in 70 years. Sustaining life in New York State with the warming climate might require air conditioning, especially with the vulnerable, frail and elderly.
But it also means a loss in learning to cope with the heat and humidity, breathing in outdoor air and learning to adapt to ones surroundings. People having windows open for fresh air, especially in the suburbs and country might become rare as the split level units automatically cool the room in the summer, and energy conservation discourages people from opening windows. Some low cost new residential buildings might not even have windows that open, with the split level until doing all the work to keep the room comfortable at all times.
Climate change is a serious crisis. We’ve waited too long to take action, and as result to make the changes recommended by scientists, it’s going to threaten both democracy and environment. The truth is an expedited action means cutting corners, emboldening bureaucrats, fostering corruption and damaging the environment through poorly reviewed and thought out projects.
That said, is it worthwhile to take climate action? Of course, we should. But we should be cautious, take reasonable steps after thoughtful review. Science has to be based on reality, not a projection of world we want to live on. We should take steps to reduce climate change emissions that are protective of environment and not harmful. It’s better to be slow and cautious, and if we don’t meet emissions targets, we don’t meet them. It’s better to save democracy and our environment, then meet a set emissions target.
For years, the U.S. Justice Department has worked to unravel a global hacking campaign that targeted prominent American climate activists. Now, public tax filings reviewed by NPR reveal an unexpected link between the company that allegedly commissioned the attacks and some of the victims.
The connection emerges as another element in the complex story of how hackers were allegedly hired to attack parts of American civil society. The Justice Department investigation has focused recently on an Israeli private investigator named Amit Forlit whom federal prosecutors are trying to extradite from the United Kingdom for allegedly orchestrating the hacking. Prosecutors say the operation was aimed at gathering information to foil lawsuits against the fossil fuel industry over damage communities have faced from climate change. Sponsor Message
Buried in the investigation's court filings are the names of one of the world's biggest publicly-traded oil companies and one of its longtime lobbyists: ExxonMobil and DCI Group. In an affidavit filed in the UK, a federal prosecutor identifies DCI as the firm that allegedly commissioned the hacking.
The other day I was curious to see how much of New York State would be underwater if the sea rose by 300 feet. While Long Island and New York City, along with towns along the Hudson River would be heavily impacted, much of the state would remain dry with 300 feet of sea rise.
ο»ΏOne of the problems I think there is with climate change, is it’s discussion has become fraught with self-evident truth. The assumption is that if you believe in the science of climate change, that itβs self-evident that you must believe in radical action to address it. You canβt be numb to human suffering after all, can you? Maybe so.
I am a believer in science, but at the same time, Iβm a practical person. Infrastructure take decades to evolve, and while we should do more to reduce the carbon intensity of our society, and ultimately work towards the goal of reducing emissions, I donβt think the necessary reductions to fully limit the worse impacts of climate change is even realistic. Instead of planning to do what we can do to limit the worse impacts of climate change, we should look more broadly at what we can do to reduce the harm more broadly both by reductions in emissions and adapting our infrastructure.
Many of the impacts of climate change are well studied. When we are upgrading or repairing damaged infrastructure we most certainly should look at the science and work to minimize future harm. We obviously should not be building new large coal plants, and building new renewable generation were ecologically appropriate. We should continue to improve the efficiency on new automobiles and appliances, and work to expand the electric automobile and transit fleet where practical.
Society needs a measured approach β not ignorance but also realistic goals and plans that can be adopted as we upgrade and continue to modernize our infrastructure.
The average yearly high temperature is the average of daily high temperature throughout the year in New York State. A cold weather climate state, the average high temperature is between 35 and 55 degrees depending on what part of the state you are in. It is on average 20 degrees warmer in New York City then in the High Peaks of the Adiroondacks. This interactive map can be zoomed in see the average temperature where you live in the state.
Data Source: This coverage contains data representing areas (polygons) of Average Temperature for the period 1971-2000. The data has been converted from grids to polygons. Purpose: Display and/or analyses requiring spatially distributed Average Temperature for the climatological period 1971-2000. From the The PRISM Group at Oregon State University. https://datagateway.nrcs.usda.gov/GDGOrder.aspx?order=QuickState
