The Satellite Tells The Real Story

Ed Morrissey posted an article at Hot Air today about a recent explosion in Iran. The Iranian government claimed that the explosion that rattled nearby Tehran on Friday took place in a civilian area of Parchin and not at their secret nuclear-weapons research or missile research facilities. They even supplied photos of a burnt industrial gas tank, photos which turned out to be not entirely convincing.

The article reports:

An explosion that rattled Iran’s capital came from an area in its eastern mountains that analysts believe hides an underground tunnel system and missile production sites, satellite photographs showed Saturday.

What exploded in the incident early Friday that sent a massive fireball into the sky near Tehran remains unclear, as does the cause of the blast.

The unusual response of the Iranian government in the aftermath of the explosion, however, underscores the sensitive nature of an area near where international inspectors believe the Islamic Republic conducted high-explosive tests two decades ago for nuclear weapon triggers.

…Western analysts viewing the European Commission satellite photos believe that the explosion took place in a missile-building or missile-assembly area underground. The Iranians have moved a substantial part of their missile program underground over the years to hide it from these same kinds of satellites, but intelligence agencies have a pretty good idea where those locations are and what the Iranians are doing with them.

Still, the missiles aren’t a secret themselves; the Iranians openly brag about their capabilities, even to the point of photoshopping to make them look even more impressive. Why not just tell the truth, if this was an industrial accident? Perhaps because it wasn’t an industrial accident. Iran’s militias in Syria have come under attack by air over the last 24 hours, with Israel being suspected of launching the strikes:

The article concludes:

This brings us back to Parchin and Iran’s missile production and development. Right now, Iran has the missile technology to target Israel, but not a nuclear warhead to put on one of them — we think, anyway. Israel might have decided to slow down their missile production with an act of sabotage at Parchin, perhaps in part just to demonstrate they can do it. Iran has spent the last few years creeping up on Israel via the civil war in Syria, and Israel might have just delivered a kidney punch in return.

That might be why Iran isn’t too keen on admitting that they have holes in their security, let alone have suffered a setback on military production. Theocratic tyrannies don’t last long when their subjects realize their incompetence, and this one’s already on thin ice after shooting down a Ukrainian passenger flight a few months ago. Or so we hope.

Israel (and a number of Arab countries in the Middle East) have a vested interest in preventing Iran from becoming a nuclear power with missiles and warheads. Iran has made known its ambitions to create a caliphate in the area. Missiles and warheads would probably make that possible. Israel will do all it can to prevent that.

Israel Is Going To The Moon

CBS News reported yesterday that on Thursday night Israel launched a SpaceX Falcon 9 from Cape Canaveral. The rocket launched an Indonesian communications satellite into orbit and carried a small Israeli spaceship that is scheduled to land on the moon in April. The mission is privately-funded.

The article reports:

If successful, the $100 million mission will put Israel in an exclusive club, joining the United States, the Soviet Union/Russia and China as only the fourth nation in space history to pull off a powered landing on the moon.

“This is going to be the first private interplanetary mission that’s going to go to the moon. This is a big milestone,” said Yonatan Winetraub, co-founder of SpaceIL, the non-profit that is promoting the mission to boost STEM education initiatives across Israel.

“This is going to be the first time that it’s not going to be a superpower that’s going to go to the moon. This is a huge step for Israel.”

The article describes the Israeli spaceship and its mission:

Landing on the moon’s Mare Serenitatis is targeted for April 11. During the final descent to the surface, a magnetometer will measure the local magnetic field before the main engine shuts down at an altitude of about 16 feet. From there, the spacecraft will free fall to the surface.

Beresheet is equipped with a high-resolution camera to capture panoramic views of the landing site to help scientists better understand the area. The spacecraft also carries a small “time capsule” loaded with cultural artifacts, including a copy of the Bible engraved on a coin-size disk.

“We have a vision to show off Israel’s best qualities to the entire world,” said Sylvan Adams, a Canadian-Israeli businessman and philanthropist who contributed to the SpaceIL project and is an enthusiastic, if unofficial, “ambassador.”

Payloads aside, the Falcon 9 launching was of vital importance to NASA, helping clear the way for the March 2 launch of a SpaceX Crew Dragon astronaut ferry ship on an unpiloted test flight to the International Space Station. NASA plans to hold a flight readiness review Friday.

Space exploration is moving to the private sector.

Whoops! We’re Not Melting!

Investors.com posted an article yesterday stating that new data shows that the Himalayan ice caps are not melting and the polar ice caps are melting much more slowly than previously thought. Whoops!

The Gravity Recovery and Climate Experiment (GRACE) satellite, is a joint project between NASA and Germany launched in 2002. The satellite sees everything from the highest peaks down to the mouths of glaciers.

According to the article:

Before the amazing GRACE data, teams of researchers had to measure ice loss at a few easily accessible glaciers and then extrapolate it to the 200,000 glaciers worldwide. Measuring mountain snow packs, glacier mass and the thickness of polar ice was an inexact science prone to overhyping by climate-change enthusiasts with an agenda.

Now we have the technology to get it right. The new technology reports:

The new study, the first to survey all the world’s icecaps and glaciers made possible by the use of satellite data, acknowledges some glacial melting at lower altitudes. But it also says that over the study period enough ice was added to the peaks to compensate — meaning no net loss of ice.

We need to limit air pollution. We need to keep our oceans and rivers clean. We need to do it in a way that respects people, industry, and wildlife. A little balance is in order.

Enhanced by Zemanta