Russia: US Destroyer Got Too Close to Its Ships in Europe



The Russian defense ministry has accused a U.S. Navy ship of sailing dangerously close to its vessels in the Mediterranean Sea.
The ministry says Tuesday in comments carried by the Interfax news agency that the destroyer USS Gravely passed a Russian combat ship dangerously close earlier this month in the eastern section of the Mediterranean and cut in front of a Russian frigate. The ministry insisted the Russian vessels were in international waters and did not perform any dangerous maneuvers regarding the American ship.
U.S. officials have repeatedly complained about Russian military jets and vessels buzzing and sailing too close to their planes and vessels, calling it dangerous and unprofessional behavior.



The US guided-missile destroyer Gravely breached international navigation safety rules by coming within dangerous proximity of the Yaroslav Mudry, a Russian frigate, in the eastern Mediterranean, the Russian Defense Ministry has said.
The USS Gravely approached the Yaroslav Mudry, a Russian frigate, on June 17, passing across her course at a “dangerous” distance of 180 meters (55ft), the Defense Ministry said in a statement on Tuesday.
The encounter occurred in international waters. The Yaroslav Mudry did not deviate from her course and refrained from engaging in dangerous maneuvering with the US warship, the ministry added.
According to the statement, the warship’s captain and crew violated the International Regulations for Preventing Collisions at Sea (COLREGS), which govern the conduct of two or more vessels when they meet at sea in order to prevent dangerous situations.

“The US sailors, in particular, neglected Rule 13, which stipulates that an overtaking vessel must keep out of the way of the vessel being overtaken,” the Defense Ministry said. It added that the USS Gravely had also violated Rule 15, which says that a vessel that has another vessel on the starboard side must yield and avoid crossing ahead of her.
The ministry also said the Pentagon should take note of such incidents rather than accuse the Russian Air Force and Navy of unprofessional conduct. “US sailors allow themselves to neglect key foundations of navigation safety without thinking of the consequences that dangerous maneuvering in a heavily trafficked maritime area might involve.”

The USS Gravely is an Arleigh Burke-class guided missile destroyer capable of carrying an Aegis missile defense system. She was commissioned in 2010 and sent to her first overseas deployment in the eastern Mediterranean three years later.



Stunning advancements in ground warfare tactics and technology have given Russia a decisive advantage over the US in ground warfare capability; right now, the US would lose a ground war.  Such is the essence of Lt. General H.R. McMaster’s analysis of US ground force readiness as determined by analyzing what Russia has achieved in Ukraine.
These days, the charismatic director of the Army’s Capabilities Integration Center is knee-deep in a project called The Russia New Generation Warfare study, an analysis of how Russia is re-inventing land warfare in the mud of Eastern Ukraine.Speaking recently at the Center for Strategic and International Studies in Washington, D.C., McMaster said that the two-year-old conflict had revealed that the Russians have superior artillery firepower, better combat vehicles, and have learned sophisticated use of UAVs for tactical effect. Should U.S. forces find themselves in a  land war with Russia, he said, they would be in for a rude, cold awakening.

“Look at the enemy countermeasures,” he said, noting Russia’s use of nominally semi-professional forces who are capable of “dispersion, concealment, intermingling with civilian populations…the ability to disrupt our network strike capability, precision navigation and timing capabilities.” All of that means “you’re probably going to have a close fight… Increasingly, close combat overmatch is an area we’ve neglected, because we’ve taken it for granted.”
“We’re out-ranged by a lot of these systems and they employ improved conventional munitions, which we are going away from. There will be a 40- to 60-percent reduction in lethality in the systems that we have,” he said. “Remember that we already have fewer artillery systems. Now those fewer artillery systems will be less effective relative to the enemy. So we need to do something on that now.”

Karber also noted that Russian forces made heavy and integrated use of electronic warfare. It’s used to identify fire sources and command posts and to shut down voice and data communications. In the northern section, he said, “every single tactical radio [the Ukrainian forces] had was taken out by heavy Russian sector-wide EW.” Other EW efforts had taken down Ukrainian quadcopters. Another system was being used to mess with the electrical fuses on Ukrainian artillery shells, ”so when they hit, they’re duds,” he said.




 New research shows that most of the radioactive fallout which landed on downtown Tokyo a few days after the Fukushima accident was concentrated and deposited in non-soluble glass microparticles, as a type of ‘glassy soot’. This meant that most of the radioactive material was not dissolved in rain and running water… The particles also concentrated the radioactive caesium(Cs), meaning that in some cases dose effects of the fallout are still unclear… Japanese geochemists… analysed samples collected from within an area up to 230 km from the FDNPP… [I]t had been anticipated that most of the radioactive fallout would have been flushed from the environment by rainwater. However… most of the radioactive caesium in fact fell to the ground enclosed in glassy microparticles…
Analysis from several air filters collected in Tokyo on 15 March 2011 showed that 89% of the total radioactivity was present as a result of these caesium-rich microparticles, rather than the soluble Cs, as had originally been supposed.
Discovery (Seeker), Jun 27, 2016: Fukushima Accident Rained Glass Particles on Tokyo… Most of the radioactive fallout that descended upon downtown Tokyo in the days after the March 2011 accident [was] glass microparticles — essentially, glass-filled soot. As a result, the fallout, which contained concentrated radioactive cesium, wasn’t dissolved by rainfall, and probably lingered in the environment… Japanese scientists thought that most of it would be washed away by rainwater. Instead, analysis… revealed that most of the radioactive cesium in fact fell to the ground enclosed in glassy microparticles.

ANI, Jun 28, 2016: Research indicates Fukushima radioactive fallout may be worse than expected… Most of the radioactive fallout, which landed on downtown Tokyo a few days after the Fukushima accident, was concentrated and deposited in non-soluble glass microparticles, as a type of ‘glassy soot’…

Inverse, Jun 26, 2016: Radioactive “Glassy Soot” Fell Over Tokyo After the Fukushima Meltdown… The findings… show that the radioactive fallout… has been poorly understood. Previously, it was assumed that most of the radiation that fell dissolved in rain. This would mean that it would wash out of the soil and through the environment… These tiny glass particles entered the air and fell as soot on the surrounding region. Because the radioactive molecules are contained in an insoluble medium, they will not wash out of the soil with rainwater to the same extent… Beyond the consequences for the environment, there are significant consequences for human health. Breathing caesium encased in glass particles may have a very different impact from exposure to it as radioactive rain…