![]() ![]() What do you guys think about this? What paint do you use for Sea Blue? It almost looks like I accidentally tipped in some white paint in my H-54 before I did the Hellcat. I used it on the Hellcat at the top and I THINK I also used it before that on the Corsair and Panther, the difference between those two being the satin/matt finish. The Hataka looks better to me than the Tamiya. Top middle is Gunze H-328 Blue Angel Blue, just for comparison. Lower center is Hataka A006 Semi-gloss Sea Blue. I did a quick test on a piece of plastic to compare the various Sea Blues I have.Īgain, a bit crude to compare it like this. The Hellcat at the lower left should be ignored because it's really old and I didn't have much of an interest in color accuracy. The Hellcat at the top is done with Gunze H-54 Sea blue, I'not sure what I used for the Corsair and the Panther, but I think it was H-54 as well, I did those before the Hellcat. Of course it's far from perfect to demonstrate the exact shades but you can easily tell the difference.Īs you can see the Bearcat (which has had some rather rude polishing done after the first coat of XF-17) is far right. For most I'm not sure what paint I used but you can see them here in the picture. I started comparing it in some more detail against some other kits I had painted in Sea Blue. In the end I decided to go for XF-17 but it doesn't look right, way too dark. ![]() However, it looked pretty dark in the tin, so on getting home I checked it against some other Sea Blues I had. I've been out of the hobby for some time and I wasn't sure what I had in my stash so I did some reading and decided to go for Tamiya XF-17 Sea Blue. Any reuse without express permission from the copyright owner is prohibited.I'm currently building a Bearcat and I'm struggling to find the right color Sea Blue. Published on 08 February 2019.Įxcept where otherwise noted, images are subject to copyright. (2019), The deep blue sea is getting bluer, Eos, 100. ![]() Jenessa Duncombe ( News Writing and Production Internĭuncombe, J. “If climate change shifts one community of phytoplankton to another, that will also change the types of food webs they can support.” ![]() “It could be potentially quite serious,” said lead author Stephanie Dutkiewicz in a press release. This study is the first to consider the impact of climate change on ocean color. Models that include light reflectance as well as the complex physical, biogeochemical, and ecological processes in the ocean are rare. The color change won’t be discernible to the human eye, the researchers write in the study, but satellites will be able to see an “unambiguous signal.” Green regions at the poles will turn greener as warming waters become more habitable for them. Blue regions in the subtropics will grow bluer as fewer phytoplankton are able to survive in its waters. The results reveal that the color of 50% of the ocean will change by 2100 due to the shuffling of phytoplankton communities. The latest study models ocean color using a metric that better resolves long-term trends.īlue regions in the subtropics will grow bluer as fewer phytoplankton are able to survive in its waters. Previous research has suggested that warming waters will alter phytoplankton distribution in the ocean, but pinpointing this trend in the data can be difficult because commonly used metrics fluctuate due to other factors like El Niño and La Niña. Satellites can differentiate subtle changes in hues from hundreds of kilometers away. Typically, the greener the ocean water, the more phytoplankton occur there. When phytoplankton float near the surface, they change how incoming light reflects. Water molecules absorb all visible light except for those at blue wavelengths, making the ocean appear blue. ![]()
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