1st landfall of the year = Tropical Storm Bertha on 27 May.
The Germ will deal with climate change.
1st landfall of the year = Tropical Storm Bertha on 27 May.
This is a great chance for the EU and its member states to spend most funding meant to stimulate the economy on sustainable businesses. I really hope they think about that when trying to get back to normal.Yeah. China invented both, so they know how to stop the other.
But, seriously, people from developed countries can live quite comfortably with lower emissions. As we have seen over the last two months.
No unnecessary travels, consumption and waste... Not that this will matter anything when the vaccine is ready and certain countries go into no emission regulations to turbostart "the economy".
Yeah, tropical storm Arthur. It scraped by the coast of North Carolina before turning out to sea.This is pretty worrying - both personally and professionally. This is a VERY early storm - it's not even June!!!
There was also a tropical depression that went over Bermuda last week, but it wasn't much at all.
Still, an active season this year could be hugely problematic - imagine a big hurricane running through Florida, and not being able to send claims adjusters and repair people to fix it because of the pandemic!
Ain't that the truth! Stay safe over there.Yeah, tropical storm Arthur. It scraped by the coast of North Carolina before turning out to sea.
2 weeks, 2 named storms, 1 landfall... it's still May.
It wouldn't surprise me if it happens. 2020 gonna 2020.
This is a great chance for the EU and its member states to spend most funding meant to stimulate the economy on sustainable businesses. I really hope they think about that when trying to get back to normal.
Britain is about to pass a significant landmark - at midnight on Wednesday it will have gone two full months without burning coal to generate power.
A decade ago about 40% of the country's electricity came from coal; coronavirus is part of the story, but far from all.
When Britain went into lockdown, electricity demand plummeted; the National Grid responded by taking power plants off the network.
The last coal generator came off the system at midnight on 9 April. No coal has been burnt for electricity since.
About time we had some good news in 2020.
https://www.bbc.com/news/science-environment-52973089
Within 5 years all coal fired plants in the UK will be shut down. I had no idea we had come so far since all you hear is how the UK screwed it's energy policy up outsourcing to France/China/whoever.
Good to hear we're making a step in the right direction.About time we had some good news in 2020.
https://www.bbc.com/news/science-environment-52973089
Within 5 years all coal fired plants in the UK will be shut down. I had no idea we had come so far since all you hear is how the UK screwed it's energy policy up outsourcing to France/China/whoever.
At the same time Drax, the country's biggest power plant, has been taking a different path to renewable energy. The plant, which is also in Yorkshire, generates 5% of the country's electricity. A decade ago, it was the biggest consumer of coal in the UK but has been switching to compressed wood pellets.
Good to hear we're making a step in the right direction.
What happened to fracking? There was some talk about that years ago but I never hear it mentioned these days.
I'm not an expert but doesn't burning wood pellets produce alot of CO2 as well?Another fantastic point of that story was this part:
Repurposing old factories is a great initiative because in theory, it should mean jobs are retained.
About time we had some good news in 2020.
https://www.bbc.com/news/science-environment-52973089
Within 5 years all coal fired plants in the UK will be shut down. I had no idea we had come so far since all you hear is how the UK screwed it's energy policy up outsourcing to France/China/whoever.
I'm not an expert but doesn't burning wood pellets produce alot of CO2 as well?
Arctic Hits Its Hottest Temperature Ever
This is doubly bad. Obviously the more the ice melts the more the seas will rise.
But far worse is the fact that there is a huge amount of Methane which is currently frozen. But not for much longer.
And as we know, Methane is far worse a greenhouse gas than CO2.
We really need to get people back but safely on public transport. But, what ever we achieve, Arctic warming is an absolute disaster of global proportions.
One more, just for good measure: melting permafrost wreaking havoc on aging infrastructure, much of it oil & gas related due to the locations of these resources. More pipeline leaks and others, like we just saw in Russia which turned a river red. It was likely caused by a storage tank losing support due to a weakened foundation.And 2 more bad consequences:
- The artic ice reflects a huge amount of solar rays that without all that white surface, will be absorbed by the sea, increasing the temperature
- All that amount of fresh water melted might disrupt the North Atlantic Current changing the clima drastically, I believe freezing north europe among other natural disasters like animals that migrates following the current
This is doubly bad. Obviously the more the ice melts the more the seas will rise.
But far worse is the fact that there is a huge amount of Methane which is currently frozen. But not for much longer.
And as we know, Methane is far worse a greenhouse gas than CO2.
We really need to get people back but safely on public transport. But, what ever we achieve, Arctic warming is an absolute disaster of global proportions.
And 2 more bad consequences:
- The artic ice reflects a huge amount of solar rays that without all that white surface, will be absorbed by the sea, increasing the temperature
- All that amount of fresh water melted might disrupt the North Atlantic Current changing the clima drastically, I believe freezing north europe among other natural disasters like animals that migrates following the current
Methane's atmospheric life time is still 20 years, so it's not that short-lived. Also, methane converts into CO2 (which has a life time of about a thousand years), so it's a double whammy really...Methane is far more effective as a greenhouse gas than CO2, but as far as I know it doesn't stay in the atmosphere for anywhere near as long. Of course we're probably still fecked.
People living in Arctic and Subarctic are also among the world's first climate change fugitives because of thawing permafrost destroying their homes, and indeed entire towns.One more, just for good measure: melting permafrost wreaking havoc on aging infrastructure, much of it oil & gas related due to the locations of these resources. More pipeline leaks and others, like we just saw in Russia which turned a river red. It was likely caused by a storage tank losing support due to a weakened foundation.
Unsurvivable.
It looked like a near perfect hit on Lake Charles. And yeah, if you’ve been there you know they can’t contain this.Record storm surge in that area of SW Louisiana is 13 feet and half of the city of Lake Charles was underwater. They’re talking 15-20 feet tonight.
On top of Cat 4/5 storm surge, it’s also king tide tonight.
Fecking hell, I didn’t know it was ramping up strength like this.Laura's maximum sustained winds jumped from 75 mph to 140 mph in the 24 hours ending 1 p.m. CDT Wednesday.
Residence time of CO2 in the atmosphere is less than 10 years. This is shown by Murry Salby calculated 6 times using methods independent of each other. Methane is easily oxidised in the atmosphere by oxygen via photocatalysis. Methane's residence time is less than CO2's.Methane's atmospheric life time is still 20 years, so it's not that short-lived. Also, methane converts into CO2 (which has a life time of about a thousand years), so it's a double whammy really...
In good news, Canada's federal government is also going to aim for a so-called 'green recovery'. As long as that's not paper talk, that'll be helpful.
So I looked up Murry Dalby and he's a climate change denialist. Not a good starting point. Can you refer to any mainstream atmospheric scientists confirming his view?Residence time of CO2 in the atmosphere is less than 10 years. This is shown by Murry Salby calculated 6 times using methods independent of each other. Methane is easily oxidised in the atmosphere by oxygen via photocatalysis. Methane's residence time is less than CO2's.
It is true that an individual molecule of CO2 has a short residence time in the atmosphere. However, in most cases when a molecule of CO2 leaves the atmosphere it is simply swapping places with one in the ocean. Thus, the warming potential of CO2 has very little to do with the residence time of CO2.
Dissolution of CO2 into the oceans is fast but the problem is that the top of the ocean is “getting full” and the bottleneck is thus the transfer of carbon from surface waters to the deep ocean. This transfer largely occurs by the slow ocean basin circulation and turn over. This turnover takes 500-1000ish years. Therefore a time scale for CO2 warming potential out as far as 500 years is entirely reasonable.
It's insane to reject infrastructure investments because it's a only for a 100-year storm. Might as well start moving people out of the area then, the way climate change continues to increase those odds. What's behind this? Lack of political will, because the costs will create negative budgets with only long-term benefits, and politicians fear to be voted out of office? (Which is what I think usually holds infrastructure investments back.)I’ve been to Port Arthur and Lake Charles. The area around there is bayou and swamp. It is going to absolutely devastate that area. Port Arthur has levees protecting it, but Katrina proved those can fail. Lake Charles does not have levees.
A proposal to build new levees around Lake Charles was rejected last year literally because this kind of even was “too unlikely”.
“The new draft plan, revised from a first version released in December 2013, rejected proposals to build new levees around Lake Charles and other communities to protect them from storm surges caused by hurricanes with a 1 percent chance of occurring in any year, the so-called 100-year storm. The costs of the levee proposals outweighed their benefits, the report said.”
https://www.nola.com/news/environment/article_b300928d-fef8-5d22-800f-0558535f6a87.html
the report rejected a $1.8bn proposal to deal with the 1 in a hundred year floods but endorsed a $824 bn plan that deals with the 1 in 25 year floods - this also provides 86% of the benefit of the one in a hundred year proposalsIt's insane to reject infrastructure investments because it's a only for a 100-year storm. Might as well start moving people out of the area then, the way climate change continues to increase those odds. What's behind this? Lack of political will, because the costs will create negative budgets with only long-term benefits, and politicians fear to be voted out of office? (Which is what I think usually holds infrastructure investments back.)
Ah OK - I didn't have that context, sorry.the report rejected a $1.8bn proposal to deal with the 1 in a hundred year floods but endorsed a $824 bn plan that deals with the 1 in 25 year floods - this also provides 86% of the benefit of the one in a hundred year proposals
in effect making the last 14% of the 1 in a hundred years cost £1bn whilst 86% of the benefits costs $824bn and is expected to pay for its self in approx 4 years with savings on dealing with floods
i think it comes down to the fact that effectivley dealing with the extra 14% of flooding from a one in a hundred year occurrence vs the 1 in 25 year occurrence is simply something that does not provide the same value for money
the report rejected a $1.8bn proposal to deal with the 1 in a hundred year floods but endorsed a $824 bn plan that deals with the 1 in 25 year floods - this also provides 86% of the benefit of the one in a hundred year proposals
in effect making the last 14% of the 1 in a hundred years cost £1bn whilst 86% of the benefits costs $824bn and is expected to pay for its self in approx 4 years with savings on dealing with floods
i think it comes down to the fact that effectivley dealing with the extra 14% of flooding from a one in a hundred year occurrence vs the 1 in 25 year occurrence is simply something that does not provide the same value for money