Thats why you want to take the invasions as little time as possible, to reduce the number of reserves the enemy can bring in.
Mountaineers combined with the fortifications will make it extremely hard for the enemy to push through there, especially without mountaineers from themself.Ĭlick to expand.yes, but hindsight will cause atleast an human german player to defend the beaches well enough to repell invasions and have enough reserves in the back. Countries like spain or italy for example have an natural defensive line in the mountains at the border to france for example. Mountaineers of course fight best in, well, the mountains. Marines are essential for naval invasions or if you attack over great rivers like the rhine for example, which are extremely usefull defensive positions for the enemy. Paratroopers for example have better organisation than regular infantry and can of course be paradropped. Special Forces cost more than regular troops of course, but they are usualy better than those aswell. Some marines can and will be usefull for the Italian army, since you can, if you manage to get naval supremacy in the mediteranian, do some naval invasions to cut off enemy troops in africa or, more importantly, take the Suez and Gibraltar to lock out, or lock in, parts of the royal navy. The UK, USA and Japan basicly need marines, since they will do alot of naval invasions. Countries like Switzerland, Austria and Italy will benefit greatly from mountaineers if defending for example. This should be elucidated through follow-up studies.Special forces are situational of course. However, we could not confirm whether the air quality was improved enough to not have a negative effect on the human body. We confirmed the possibility of reducing Fe in particulate matter using biofilters. Air quality has a considerable effect on human health. The difference in the average Fe weight ratio was statistically significant. In the return air, C, O, and Fe were detected at 64.9, 27.3, and 5.2 wt.%, respectively in the supply air, C, O, and Fe were detected at 67.2, 30.4, and 0.7 wt.%, respectively.
The iron oxide reduction effect was evaluated using the Wilcoxon signed rank test.
The average weight ratio of the detected elements was calculated. After selecting a subway station, a vegetation biofilter system was installed, and samples were collected three times, at three intake areas and one exhaust area. In this study, we investigated whether a vegetation biofilter is effective in reducing metal particle contaminants, especially iron oxide. Thus, there is an urgent need for a public health policy pertaining to the air quality in subway stations.
Recently, metallic particulate pollutants floating underground have been reported to negatively affect the human body.
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