Category: International

Apollo Artifacts: Which to Sell, Which to Protect?

Apollo Artifacts: Which to Sell, Which to Protect?

This year is the 40th anniversary of the last — or perhaps “most recent” — human visit to the Moon and it is starting off with controversy over whether the astronauts who participated in the Apollo program have the right to sell mementoes of those missions.  At the same time, some historians are trying to preserve the artifacts that remain on the lunar surface as companies and other countries make plans to send robots or people there.

NASA Administrator Charlie Bolden, himself a former NASA astronaut — though from the space shuttle era, not the earlier Apollo missions — met with four Apollo astronauts yesterday to discuss the rules that guide whether their personal mementoes are their property or the government’s.   Apollo 13 astronaut Jim Lovell, Apolllo 17 astronaut Gene Cernan, Apollo 16 astronaut Charlie Duke, and Apollo 9 astronaut Rusty Schweickert, met with Bolden along with representatives of other astronauts and NASA personnel.   Bolden said in a press statement that the meeting was to talk about “how to resolve the misunderstandings and ownership questions regarding flight mementoes and other artifacts.”   Bolden called the men “American heroes, fellow astronauts and personal friends who have acted in good faith” and promised to work on resolving “the right policy and legal paths forward…”

NASA has not taken kindly to the actions of some Apollo astronauts who have sold or attempted to sell mementoes in their possession.   Quite recently, Lovell reportedly sold a checklist from his ill-fated Apollo 13 mission at auction for $400,000, setting off the latest wave of concern. Bolden said that he believes there have been “fundamental misunderstandings and unclear policies” and the agency will “explore all policy, legislative and other legal means” to clarify ownership and “ensure that appropriate artifacts are preserved and available for display to the American people.”

While those discussions proceed, others are focused on preserving artifacts left behind on the Moon.   Resurgent interest in the Moon not only for scientific studies or human exploration, but also potential commercial activities, could mean that sites and items of historical interest could be damaged or destroyed.   Should the Apollo 11 landing site and the bottom half of its lunar lander, which remains on the Moon, not to mention the American flag implanted by Neil Armstrong and Buzz Aldrin, be preserved for history or are future robotic or human explorers free to tread upon or take whatever they find?

Writing in the The Space Review in November 2011, Matthew Kleiman, who chairs the space law committee of the American Bar Association Section of Science &Technology Law, concluded that the only guarantee for “comprehensive protection” would be an international agreement.  He added, however, that “international space law and traditional property and tort law” offer “limited mechanisms.”

NASA issued a set of recommendations last year, posted on the CollectSpace website, about what exactly should be preserved on the lunar surface.  Entitled “NASA’s Recommendations to Space-Faring Entities:  How to Protect and Preserve the Historic and Scientific Value of U.S. Government Lunar Artifacts,” the document was issued on July 20, 2011, the 42nd anniversary of the Apollo 11 landing — the first time humans walked on the Moon.  Google Lunar X-Prize, which is sponsoring a competition where a team can win a bonus if its robotic spacecraft makes a “precision landing near an Apollo site or other lunar sites of interest,” applauded release of the document in an October 13, 2011 statement.

The New York Times took note of the debate over preserving lunar artifacts on the Moon yesterday, but did not mention the corollary debate over what the Apollo astronauts can do with their own mementoes.

Popovkin Questions Permanently Occupied Space Stations, Not Sure Why Phobos-Grunt Failed

Popovkin Questions Permanently Occupied Space Stations, Not Sure Why Phobos-Grunt Failed

Russian space agency (Roscosmos) director Vladimir Popovkin suggested in a wide-ranging interview with a Russian newspaper today that small, single-purpose space stations with visiting crews may be preferable to the multi-purpose, permanently occupied International Space Station (ISS).  He also said that the Phobos-Grunt failure remains unexplained and hinted that foreign sabotage might have been responsible.

The interview was conducted by Izvestiya and published in Russian.   Google Translate was used to translate the text into English for this article. 

While acknowledging that the ISS partners are currently planning to operate ISS until at least 2020 and assessing the possibility of operating it until 2028, Popovkin said that “Permanent human presence in space is not always justified.”   His remarks suggest that shorter duration “visiting” missions focused on a specific set of objectives would be preferable. 

In response to the interviewer calling the venerable Soyuz (Union) spacecraft “outdated, uncomfortable,” Popovkin defended it because of its reliability.   Soyuz is used to take crews to and from the ISS.  The question arose in the context of asking Popovkin about plans to develop a new spacecraft that could accommodate six people instead of three, a concept that has been under discussion in Russia for many years.  Popovkin said that the new spacecraft could be available in the 2018-2020 time frame, adding that it requires a different launch vehicle.   The current Soyuz spacecraft is launched by a Soyuz FG rocket.  Popovkin mentioned two existing launch vehicles, Soyuz-2 (a different version of the Soyuz rocket) and Zenit as possibilities, but also brought up the Angara booster, another concept that has been discussed for many years.

In addition to a new crew spacecraft and rocket, Russia has been debating whether to create a new launch site in the eastern part of the country to substitute for some or all of the operations now conducted at the Baikonur Cosmodrome in Kazakhstan.  When Baikonur was built, Kazakhstan was part of the Soviet Union.  Since the Soviet Union’s collapse in 1991, Russia has had to lease Baikonur from Kazakhstan, now an independent country, for about $115 million per year.   Creating a new launch site on Russian soil to replace Baikonur is seen as advantageous from a geopolitical and financial standpoint, but funds have been scarce.  The new site, called Vostochny (formerly Svobodny), is a former ICBM base, but would require substantial investment to transition into a space launch site.   Popovkin said in the Izvestiya interview it would cost about 173 billion rubles (approximately $5.5 billion) through 2015.    Popovkin pointed out that Russia has been contemplating building a launch complex (named “Baiterek”) for Angara at Baikonur at a cost of $1.6 billion and that money has not yet been forthcoming.

Popovkin went on to address questions about a possible reorganization of the Russian space industry in the wake of an unusual number of launch failures in 2011, but said that more details would be available in the future.  Among the ideas being considered are horizontal rather than vertical integration of the industry, and moving some companies to the jurisdiction of the Federal Property Agency instead of Roscosmos.  Popovkin listed a number of other steps being taken in response to the failures.  One is creation of a “departmental quality control system” through which a Roscosmos representative can “monitor the manufacturing process of rocket and space technology.”  That person would not replace current inspectors, but could “intervene in any production process.”  Popovkin added that he approved the selection of a group of experts under the auspices of TSNIIMASH who are empowered to visit production facilities and ask questions on any issue.

One of the 2011 failures was the launch of the Phobos-Grunt (Phobos-soil) mission that was intended to return to Earth a sample of the Martian moon Phobos.   Lofted into Earth orbit successfully, for unknown reasons its upper stage did not fire to send the probe to Mars.   Popovkin referred to funding problems, saying the spacecraft was “designed and created [with] a limited amount of funds” that added risk to the mission.   Delaying the launch to remedy problems, however, would have affected Russia’s European and Chinese partners in the project and increased costs.   If Phobos-Grunt could not be launched in 2011, he said, it would never have been launched with the resulting loss of the 5 billion rubles (approximately $157 million) that had been invested. 

He added that they still do not know why the upper stage failed to fire.  He noted that “frequent failures” of spacecraft occur when they are out of range of Russian tracking stations and stated that “I do not want to accuse anyone, but today there is a very powerful impact on the spacecraft, possible applications that cannot be ruled out.”   Russian space expert Anatoly Zak of RussianSpaceWeb.com interpreted that statement as Popovkin suggesting that a foreign power sabotaged the mission.   In November, a retired Russian lieutenant general, Nikolai Rodionov, asserted that an American radar in Alaska might have disabled the spacecraft, an accusation that U.S. space expert James Oberg labeled “moronic” since the ground track of Phobos-Grunt did not pass over the radar site.  In Popovkin’s case, he went on to talk about a Russian data relay satellite that was recently launched, the first of three that will expand Russia’s tracking capabilities, so he may have been making the case for improved Russian space tracking capabilities rather than supporting Rodionov, but his meaning is open to interpretation. 

Phobos-Grunt is expected to reenter Earth’s atmosphere sometime this week.

Popovkin is due to submit a report to Russian deputy prime minister Dmitry Rogozin later this month on the problems in the Russian space program and industry.

ESA's Dordain Holds Press Conference This Morning-UPDATE

ESA's Dordain Holds Press Conference This Morning-UPDATE

UPDATE:  A replay of the press conference is now available in either French or English on ESA’s website.

ORIGINAL STORY:  European Space Agency (ESA) Director General Jean-Jacques Dordain will hold a press conference in Paris, France at 9:30 am EST (3:30 pm CET) today.

The event is billed as “the traditional start-of-the-year gathering” where Dordain will review ESA’s accomplishments last year and provide a look ahead to what is planned for the coming year.   The press conference can be viewed at ESA’s website.

NRC Initating Five New Space-Related Studies

NRC Initating Five New Space-Related Studies

The National Research Council (NRC) is about to begin five new space-related studies.  Two are for NASA, two for the Department of Defense (DOD), and one for the U.S. Geological Survey (USGS).  The provisional memberships of three of the five study committees are open for comment at the website of the National Academies, of which the NRC is part. 

The five studies are:

Euclid is the European Space Agency’s (ESA’s) dark energy mission.  An earlier NRC study, the decadal survey for astronomy and astrophysics — New Worlds, New Horizons — recommended that NASA build a spacecraft to investigate dark energy (labeled “dark” because scientists do not understand what it is) as well as search for exoplanets and conduct surveys of the universe in the infrared region of the spectrum.   That spacecraft, the Wide Field InfraRed Survey Telescope (WFIRST), will be delayed, however, because of NASA’s constrained budget and the decision that completing the over-budget James Webb Space Telescope is an agency priority.  ESA is moving ahead with its plan for its Euclid dark energy mission and U.S. scientists would like to be part of it.   The NRC study will “determine whether a proposed NASA plan for a U.S. hardware contribution to the European Space Agency (ESA) Euclid mission in exchange for U.S. membership on the Euclid Science Team and science data access is a viable part of an overall strategy to pursue the science goals (dark energy measurements, exoplanet detection, and infrared survey science) of the New Worlds, New Horizons report’s top-ranked, large-scale, space-based priority: the Wide Field InfraRed Survey Telescope(WFIRST).”  The study will be conducted under the auspices of the Space Studies Board (SSB) and the Board on Physics and Astronomy (BPA).  The provisional membership list is available here.

DOD has requested the NRC to review and assess an Air Force concept for a reusable launch vehicle.  The NRC study will “review and assess the SMC/AFRL concept for a Reusable Booster System (RBS) for the U.S. Air Force.  Among the items the committee will consider in carrying out this review are: the criteria and assumptions used in the formulation of current RBS plans; the methodologies used in the current cost estimates for RBS; the modeling methodology used to frame the business case for an RBS capability including: the data used in the analysis, the models’ robustness if new data become available, and the impact of unclassified government data that was previously unavailable and which will be supplied by the USAF; the technical maturity of key elements critical to RBS implementation and the ability of current technology development plans to meet technical readiness milestones.”  The study will be conducted under the auspices of the Aeronautics and Space Engineering Board (ASEB) and the Air Force Studies Board (AFSB).  The provisional membership list is available here.

DOD also asked the NRC to “assess the astrodynamic standards established by Air Force Space Command (AFSPC) and their effectiveness in meeting mission performance needs, as well as possible alternatives.  The Joint Space Operations Center (JSpOC) uses astrodynamic algorithms to perform satellite orbit determination and prediction in order to maintain a catalog of over 20,000 objects, ranging from active satellites to tiny pieces of orbital debris. AFSPC established this set of astrodynamic algorithms as standards to be used in operational space surveillance mission systems. These standards were implemented to achieve interoperability between the JSpOC and the mission systems and to ensure mission performance.”  The study will be conducted under the aupices of the AFSB, ASEB, and Board on Mathematical Sciences and Their Applications.  The provisional membership of this committee has not yet been posted on the NRC website.

At the request of NASA, the Board on Health Sciences Policy, part of the Institute of Medicine (another component of the National Academies), will conduct a study that will review “the scientific merit assessment processes used to evaluate NASA Human Research Program’s directed research tasks.  The study will include a public workshop focused on identifying and exploring best practices in similar peer-reviewed applied research programs in other federal government agencies. The study will also evaluate the scientific rigor of the NASA processes and the effectiveness of those processes in producing protocols that address programmatic research gaps.”  The provisional membership list is available here.

The U.S. Geological Survey (USGS) has asked the NRC to “assess the needs and opportunities to develop a space-based operational land imaging capability. In particular, the committee will examine the elements of a sustained space-based Land Imaging Program with a focus on the Department of Interior’s U.S. Geological Survey role in such a program.”   USGS operates the Landsat 5 and Landsat 7 spacecraft that were built by NASA and will operate the next in the series — the Landsat Data Continuity Mission (LDCM, also called Landsat 8).   The Obama Administration proposed in the FY2012 budget request that USGS take over responsibility for the entire Landsat program, including defining the requirements and paying for the spacecraft to be built and launched, roles that NASA currently plays.  Congress did not agree with that plan, however, and the question remains as to how the Landsat program will continue after Landsat 8 is launched.   Scientists are anxious to obtain long term data sets of comparable information and want the Landsat series to continue.  The first Landsat was launched in 1972; the two currently in orbit are well past their design lifetimes and each has partially failed.   This study will be conducted under the auspices of the SSB.  The provisional membership of this study committee has not yet been posted on the NRC’s website.

The NRC is required to post the provisional memberships of its study committees for a 20-day public comment period prior to when a study begins in accordance with section 15 of the Federal Advisory Committee Act (FACA).   Membership on NRC study committees remains provisional until the NRC determines that individuals do not have improper biases or conflicts of interest with regard to the topic of the study.

Events of Interest: Week of January 8-13, 2012

Events of Interest: Week of January 8-13, 2012

The following events may be of interest in the week ahead.   The House and Senate are meeting in non-legislative pro forma sessions every three days (this tactic has been used in the past to prevent Presidents from making “recess appointments” while Congress is in recess, but President Obama has decided to challenge that interpretation of what constitutes a recess and made several recess appointments nonetheless).  The House returns for legislative business on January 17; the Senate on January 23.

Sunday-Thursday, January 8-12

Monday, January 9

Monday-Thursday, January 9-12

Wednesday, January 11

 

China Issues New Five Year Space Plan

China Issues New Five Year Space Plan

China issued a new “white paper” today describing the achievements of its space program over the past 5 years and outlining its plans for the next 5 years.   China issued such white papers in 2000 and 2006, and the 2011 version offers little that is new.

According to the English-language version published on Xinhua’s website, China has relatively modest plans for its space program, most of which were previously known.  No ground-breaking plans were revealed.

“In the next five years, China will strengthen its basic capacities of the space industry, accelerate research on leading-edge technology, and continue to implement important space scientific and technological projects, including human spaceflight, lunar exploration, high-resolution Earth observation system, satellite navigation and positioning system, new-generation launch vehicles, and other priority projects in key fields. China will develop a comprehensive plan for construction of space infrastructure, promote its satellites and satellite applications industry, further conduct space science research, and push forward the comprehensive, coordinated and sustainable development of China’s space industry.”

As China has indicated in the past, it is developing at least three new launch vehicles for various purposes.  A Delta-4 class launch vehicle, Long March 5, is expected to begin operations from a new launch site on Hainan Island in 2014.   Designed to place 25 tons into low Earth orbit or 14 tons into geostationary orbit, it will be the largest of China’s space launch vehicles.  China also is developing a new small launch vehicle, Long March 6, and a new mid-sized rocket, Long March 7, both of which are mentioned in the white paper.  No plans for a heavy-lift launch vehicle were announced today, however.   Instead the white paper says only that China will “conduct special demonstrations and pre-research on key technologies for heavy-lift launch vehicles.”

No new human spaceflight initiatives were announced either.  The white paper reiterates China’s focus on building an earth-orbiting space station, which has been known for some time.  China launched an unoccupied space station test module, Tiangong-1, in September. The unoccupied Shenzhou-8 spacecraft conducted automated rendezvous and docking operations with it twice.  China announced earlier that two more spacecraft, Shenzhou-9 and Shenzhou-10, will be sent to Tiangong-1 in the next 2 years, but has been unclear as to whether they will carry crews.  Some Chinese reports say that Shenzhou 10 will carry a crew — apparently including China’s first female taikonaut — while others say both will carry crews.  The white paper does not clarify the situation, saying only that “unmanned or manned rendezvous and docking” will take place.

Assertions by Chinese “experts” quoted in the Chinese media over the past several years that China was planning to send taikonauts to the Moon in this decade appealed to those who wanted to catalyze another “Moon race,” but could not be traced back to official government policy.   Today’s document, which presumably represents official policy, says only that China will conduct studies “on the preliminary plan for a human lunar landing.” 

Advancements are expected in the full range of Chinese application satellites, including weather, earth observation, communications, and navigation.   These satellites can be used for military and civil purposes, although the white paper makes scant reference to military space goals, policy, or activities.   Among its dual-use programs, China is building the Beidou-2 navigation satellite system which is intended to be similar to systems operated by the United States (GPS) and Russia (GLONASS) and under development by Europe (Galileo).  China announced earlier this week that Beidou-2 has reached initial operational capability, although only 10 satellites are currently in orbit.  These types of systems require 24 satellites to provide global, three dimensional (latitude, longitude, altitude) services, although limited service can be achieved with fewer satellites. 

Space science also is part of China’s 5-year plan, but the white paper does not go any further than previous announcements.   An indication of China’s plans to send probes to Mars might have been expected considering that its first attempt — a small Mars orbiter that is part of Russia’s Phobos-Grunt mission — seems destined to failure, but nothing is mentioned in the white paper.   The three-step robotic lunar exploration program — orbiters, landers/rovers, and ultimately sample return — has been known for many years.  China already has launched two robotic lunar probes, Chang’e-1 and Chang’e-2. 

Since the last white paper was issued in 2006, one of the defining moments in China’s space program was its decision to test an anti-satellite weapon against one of its own satellites in 2007.  The resulting debris — more than 3,000 pieces in heavily-used low Earth orbit — earned China international condemnation less for the military nature of the test than for imperiling the use of low Earth orbit by any country or company.  This new white paper asserts that China will continue to work on space debris monitoring and mitigation, including experimenting “with digital simulation of space debris collisions.”   In the preface, China states that it will “work together with the international community to maintain a peaceful and clean outer space…”

The military aspects of China’s space program are barely mentioned.  China restates its long standing official position of opposing the weaponization of space and to any arms race in space and supporting the use of space for peaceful purposes.  For years China and Russia have sponsored a draft treaty at the United Nations on preventing the placement of weapons in outer space, while at the same time China is developing anti-satellite weapons.  China also launches many “earth observation” satellites that are at least dual-use if not entirely military.   As China critics like Rep. Frank Wolf (R-VA) often point out, the Chinese space program also is conducted under the auspices of the People’s Liberation Army (PLA).

International cooperation is a major focus of the white paper, with China laying out its international cooperative efforts to date and its hopes for the future.   China appears to be most interested in leadership in the Asia-Pacific region and with developing countries.  With regard to the United States, the white paper says that the head of NASA “visited China and the two sides will continue to make dialogue regarding the space field.”   Language in the appropriations billl that funds NASA, however, prohibits the agency — and the White House Office of Science and Technology Policy — from spending any funds to work with China unless authorized by Congress or if certain exceptions are met.

Rogozin Takes Charge of Russian Space Program

Rogozin Takes Charge of Russian Space Program

At a meeting with the head of the Russian space agency (Roscosmos) today, newly appointed Russian Deputy Prime Minister Dmitry Rogozin took firm steps to find out what is wrong in the Russian space program.

Rogozin ordered Roscosmos director Vladimir Popovkin to present a final report on the space program’s recent woes by January 25, 2012.  He also took other steps to find out what the problems are in the space program and how to remedy them.  Usually reliable Russian launch vehicles have failed six times in the last 12 months, including five in 2011.  The most recent doomed a Russian Meridian military communications satellite.   A commercial launch of the venerable Proton rocket has been delayed until late January because of technical problems discovered just before launch earlier this week.

According to Russia’s news agency Itar-Tass, Rogozin directed Vladimir Popovkin, who became head of Roscosmos this spring, to report on his agency’s analysis of the recent launch vehicle failures by January 25.  The report will go to Prime Minister Vladimir Putin subsequently.   Putin put Rogozin in charge of the space sector on Monday.  Rogozin, formerly Russia’s ambassador to NATO, was recently made a deputy prime minister and assigned to identify and remediate problems in the defense and atomic energy industries.  Monday’s action added space to his portfolio.

Rogozin also gave Roscosmos 50 days to prepare a “strategy of space sector development to 2030 and later,” according to Popovkin. 

Rogozin and Popovkin furthermore reportedly agreed to create a “personnel reserve” for the space program in response to concerns that the aging industrial workforce is at least partially to blame for recent failures.  Rogozin intends to hold a meeting with representatives of leading academic institutions associated with the space, defense and nuclear power industries on January 23, apparently to discuss how to encourage students to study these fields.

Rogozin also reacted angrily today to reports that Russian bloggers had breached security and infiltrated one of Russia’s aerospace companies, Energomash, over several days, photographing the deteriorating facility.  Calling the bloggers “cheeky mice,” he said that he did not “advise anybody to penetrate strategic installations anymore,” according to Russian news agency RIA Novosti, which also cited a senior vice president of Energia as saying that the “Energomash plant can be accessed through holes in the fence, which it has no money to repair….”

Russia's Soyuz Scores Success with Globalstar

Russia's Soyuz Scores Success with Globalstar

Today brought good news for the Russian space program after a series of launch failures over the past 12 months raised concerns about the state of the Russian aerospace industry.  A Soyuz rocket successfully placed six second-generation Globalstar satellites into orbit, just days after a similar Soyuz rocket failed to launch a Russian Meridian communications satellite.

The Soyuz 2.1a used for Globalstar is very similar to the Soyuz 2.1b used for Meridian on December 23.   The cause of the Soyuz 2.1b failure is still being investigated, but initial reports indicate a problem with the third-stage.  Debris from the rocket and satellite rained down over populated areas of northern Russia.    Meridian satelites are successors to the military Molniya series of communications satellites placed into highly elliptical orbit for decades.

The Globalstar launch today was conducted on a commercial basis through Starsem, a Russian-European joint venture that includes the France Arianespace launch services company.   Today’s rocket is similar to the type of Soyuz rocket that is launched from Arianespace’s launch facility in Kourou, French Guiana.    Soyuz is the workhorse of the Russian launch vehicle program and exists in several versions, including one that is used to launch crews to the International Space Station (ISS).  The failure of yet another version of Soyuz in August that was supposed to send a cargo spacecraft to the ISS caused a delay in launching ISS crews.  Whether the December 23 Soyuz launch failure will affect ISS operations remains unclear.

Globalstar Launch on Soyuz To Proceed, Proton Launch of SES-4 Further Delayed

Globalstar Launch on Soyuz To Proceed, Proton Launch of SES-4 Further Delayed

Satellite operator Globalstar will proceed with its planned launch of six satellites tomorrow on a Russian Soyuz rocket despite a Soyuz failure on December 23 that destroyed a Russian military communications satellite.  Meanwhile, launch of a different commercial communications satellite, SES-4 (formerly NSS-14), on a Russian Proton rocket that should have occurred yesterday will be delayed by approximately 25 days because of technical problems with the Proton’s Briz (Breeze) upper stage.

The Proton launch was scrubbed shortly before launch.  Initially it was unclear as to whether the problem could be resolved quickly or if the launch vehicle would have to be rolled back from the pad.   The decision to roll back was made later in the day and International Launch Services, a U.S.-based company that sells commercial launches on Proton, subsequently announced that the launch would be delayed for about 25 days because of problems “with the avionics system” of the Briz-M upper stage.  Both Proton and Briz are manufactured by Khrunichev. 

Russia’s usually reliable launch vehicles have suffered a series of failures in the past 12 months, most recently the loss of a Soyuz-2.1b rocket on December 23 that doomed a Russian military communications satellite.  That failure, however, is not deterring satellite operator Globalstar from proceeding with its launch on a Soyuz scheduled for tomorrow, December 28.   The launch from the Baikonur Cosmodrome in Kazakhstan is intended to place six second-generation Globalstar satellites into orbit.   This launch was arranged through Starsem, a European-Russian joint venture that includes French launch company Arianespace.  Starsem conducts commercial Soyuz launches both from Baikonur and from Arianespace’s launch site in Kourou, French Guiana.  Arianespace and Globalstar issued press releases today indicating that the launch plans are unchanged. 

There are many versions of the Soyuz rocket and the Soyuz-2.1b that failed on December 23 is slightly different from version that will be used for Globalstar.   Arianespace stated that it would be the “same basic modernized version of  Soyuz” as is used in Kourou, but other sources report that the Kourou version, Soyuz-ST, is specially designed to operate in the humid climate in South America, whereas the version used at Baikonur is designated Soyuz 2-1a.     RussianSpaceWeb.com has detailed technical information about the differences in these Soyuz variants.

The December 23 launch failure and the Proton problem yesterday led Russian Prime Minister Vladimir Putin to put Deputy Prime Minister Dmitry Rogozin “in charge of Russia’s space sector.”  Rogozin, Russia’s former ambassador to NATO, had just been assigned as Deputy Prime Minister and made responsible for ferreting out the problems in Russia’s defense and atomic energy sectors.  Yesterday’s action adds space to his portfolio.

Russia Appoints Deputy Prime Minister to Lead Space Sector

Russia Appoints Deputy Prime Minister to Lead Space Sector

Russia’s news agency ITAR-TASS revealed today that on Monday Russian Prime Minister Vladimir Putin “empowered” Deputy Prime Minister Dmitry Rogozin “to be in charge of Russia’s space sector.”

Rogozin wants a report on Thursday from Russia’s space agency, Roscosmos, on the most recent launch failure, according to ITAR-TASS.  A Soyuz rocket failed to place a military Meridian communications satellite into orbit on December 23.  Today, the launch of a Proton rocket was delayed and the rocket rolled back from the launch pad because of an unspecified technical problem.

In apparent reference to Putin, ITAR-TASS stated:  “According to the head of government, after military acceptance inspection was cancelled many things have changed for the worse. ‘It does not mean we must get back to the former regulation instruments but its [sic] is absolutely obvious that the existing instruments are not enough,’ he added.”   Putin is Russia’s former president, current prime minister, and candidate to become president again next year.   Dmitry Medvedev is Russia’s president.

Russia has experienced an unusual string of launch failures — six in the last 12 months, of which five were in 2011.