The_Global_Warmer

That's because of interference from ice crystals in clouds. The sensor cant penetrate the interference. This is from the Germans. They are trying to get the EU, jaxa, nasa, the Indians, the Dutch, and the Chinese to help fund this massive satellite project to bring low frequency with little to no interference at a high resolution. It would Be the ultimate game changer. If you don't wish to take my word for it. Orh will confirm this. CIMR: a Game-Changer LAST UPDATED: JUNE 20, 2018 In February 2018, for an invited post at the EGU Cryospheric Science blog, Thomas Lavergne discussed how the Copernicus Imaging Microwave Radiometer (CIMR) could be a game-changer for operational monitoring of sea-ice. He wrote: Before I tell you what makes CIMR so special, we need a short introduction on what passive microwave instruments are, why we like them for observing sea ice, and how they work: One of a kind, the CIMR will focus on the low frequencies (6, 10, and 18 GHz), and fly an antenna big enough to ensure much better resolution than any of the passive microwave instruments we ever used before. This requires the antenna of CIMR to be substantially largerthan that of SSMIS (60cm diameter), MWI (75cm) or even AMSR2 (2.1m)! The AMSR-E instrument and its follower AMSR2 were game-changers 15 years ago, and still offer the best resolution today… but future operational models and polar applications will require better sea ice products all too soon. An exciting time opens for satellite-based observations of polar sea ice, as the pre-studies for CIMR are started by the European Space Agency this spring! Will industry take-up the challenge and build a big enough antenna for CIMR? Will CIMR be selected as EU’s future polar Copernicus mission? If “yes” to both, Europe will have a game-changer: high-resolution all-weather daily global accurate mapping of sea ice concentration.

Lastly cryosat was very foreboding of the Pacific collapse.

The forecast is favorable for ice loss on Pacific side the first part of the week. Before a massive negative dipole takes over. However unlike the traditional ice preserving reverse dipoles. This one is completely high pressure dominated. With the vortex over the CAA. The Atlantic front gets hit hard but THE area that will suffer the most is the Laptev region. With a very warm WWA fetch and a lot of sun right as the insolation drops below 400wm2 around the 5th. Its really a perfect situation to really smash the atlantic front and laptev from well inside the 80N mark. The ESS gets pretty solid sun and WAA. However mixing would be required more there since the surface fetch is over so much ice as well. The beaufort has a very defined area between ice that's toast and safe. Looks a lot more fun than a week ago. And yeah nzucker GIS has been very cool and snowy this summer. Almost zero days with any substantial ridge.

The heat currently being dumped into the far NE ATL is impressive. Thanks to a monster ridge and huge warm vortex. Whether it affects the ice or not remains to be seen

This melt season has been another clunker. But this is absurd. Modis also confirms this. The only explanation is the lack of regrowth the past two winters. There is almost no way any of that ice outside the darker purple areas is going to survive. And some of the purple regions will recede. I don't know what it will end like. On nevens forum most of us have been very vocal about this season being a top 10-7 finish. Well the past week a gigantic area that has received mostly cloudy or foggy conditions all summer has abruptly collapsed. Cryosat at the end of April showed this region being incredibly thin. The thicker ESS and Laptev regions have gotten hit hard. This is really amazing. Area and extent. Especially extent is about to plummet. Probably going to be in the 2015-2017 area at the end. A paradigm shift outside the melt season is clearly at hand.

Getting progressively warmer but a lot of meh

What the hell is going on up there

There is some serious melt happening well into the basin. The red line is my open water estimate by seasons end. The black circle is an area of enhanced melt obscured by clouds. The green circle is an area of lower albedo in the Southern CAB where a buoy shows strong bottom melt. This is near 79N.

Don't know about I don't know if that'll happen but it's definitely looking like a top three bottom finish. We'll just have to wait and see this pattern incoming is pretty warm all over except on the Greenland side

And there is a lot of heat already in the water With a major Ridge about to bring more solar heating and the Southerly flow along the Pacific side.

Ł Looks like the wrather is really pushing towards a top 3 finish So much warm open water coupled with: relentless sun. Land driven warmth. Favorable winds to drive compaction. So some excitement.

Boring. We are past that point where we need to learn about how to follow this since now all of us know what's what unless there's a record being threatened this is boring will probably end up maybe 3rd or 4th at the end of the year unless the last end of June going through July is just dipole-dipole. Maybe if things ended up just cold the rest of the summer it wouldn't be a top-5 bottom maybe probably not but maybe. With the cold season in the Arctic now being so warm unless that changes there's going to be no recovery even from where we are the question I'm getting rid of the summarized it's going to be that cold season becoming even less friendly for ice development and the right set of summertime weather conditions. Because if say around May 20th to early July. We had the number one warmest. You know most dipole perfect wind pattern on record we would probably get really close to having an ice-free summer. Because that would insure all the ice except for I mean three to four metres thick ice just north of Canada would go. The issue at hand dare is getting a sustainable dipole pattern for a hundred plus days. This is just a guess but by looking at some of the charts and mid July on during 2007 it looks to me like some of the high-pressure and higher heights were driven straight from the fact it the ice Albedo effect was so crushing over such a large part of the Arctic that summer. Heating of the lower atmosphere was much easier during the line August over ice then than it has been many years since you can get I'll be those down to the .4 range. But one thing that this summer has already done it has very thin ice and it has warm open large areas of water or limbs have constantly been pushing the water towards the main ice pack which we know is going to cause that water to go up underneath that ice and cripple it from the bottom. I'd also guess that the longer-lasting snowpack this past year has helped. Sent from my SM-G530T using Tapatalk

IUThe models show a massive ridge. The Euro is ending April with a massive full scale dipole anomaly on the NA side. The GFS also keeps the Pacific side way warm. Will see ice darkening from this and below normal ice growth

Thanks its good to be back.I

Compare to other years. The Pacific side is a joke. Going to take 2013 or 1996 weather to prevent a top 3. And that's not guaranteed. Nice dipole underway with ridiculous heights this week as well.

Lots of clearing on modis. The ice is wrecked so bad. That low concentration ice is the real deal.

The ice has been smoked. Now an absolutely filthy warm wind field is forming.Gonna end up in 2nd place

The entire Pacific side is going to melt out South of 80N.

Its increasing but their graphics are misleading