January 30, 2004
Pay for Performance
NSS member Richard McNeil's letter was printed in the Memphis Commercial Appeal in response to 2 editorials they ran face to face including a cartoon showing a foot labeled "space initiative" stepping on "education". Reprinted with the author's permission. Dear Editor: Your running the face-to-face editorials on Friday was an interesting case for the diversity of American thought. Unfortunately, Bill Day's editorial is wrong in several ways, but John Paschal's "Voyage to Mars is a trip we must take" is a refreshing counter balance. To take the main issue with John Day's editorial, a funding plan that would cost only $20 billion to get to Mars was proposed by Robert Zubrin in "The Case for Mars". While this was proposed about 1997, and some upward adjustment may be called for, I would suspect that his figures would still work. This is what I call the 'PAY FOR PERFORMANCE' plan. That is, the government will pay $20 billion to the first group that gets to Mars. One charm of this plan is that nothing is spent unless someone gets to the Red Planet, or meets one of the milestones on the path. Another charm is that any group pursuing the goal can get there on their timetable - whether it takes 30 years, or 3. This works, as the flights of SpaceShip 1 by Burt Rutan's group over Mojave, California, is demonstrating. It's about time the ancient art of rocketry borrowed one of the great ideas from the start of aviation. So let's go to Mars - not only for the thrill of the exploration, the national pride, but to show that private interests can make money at it ! Richard McNeilPosted by apsmith at 04:14 PM
January 27, 2004
Today Show Letter
The National Space Society of Australia's President, Tim McEgan, sent a letter to the Today Show in Australia, and issued two press releases to the Australian Press in support of the U.S.A.'s new space initiative. His efforts resulted in interviews with two radio networks syndicated to over 80 Stations nationally. Reprinted with the permission of the National Space Society of Australia. Today Show LetterDear Today Show,
I unfortunately missed most of your interview with Martin George at 7.50 this morning. As a member of the space industry I am always enthused by Mr George's discussions of space matters. Whilst I have a great deal of respect for Mr George, I was however disappointed to hear him claim this morning that the USA's President's initiative for human space exploration was too expensive. It is regrettable that the common perception about President Bush's initiative is that it will cost too much, when in fact the opposite is true.
The main concern is, however, not the expense of the initiative, but the lack of logical context around this debate. It is very easy for Australians to hear the cost of $15 Billion and think that is a huge expenditure. Very seldom do we hear the press report that this amount is less than 1% of the total US annual budget. In fact, Americans spent double that (over $30 Billion) on pet care last year. While pet care is not government expenditure, the context is still that American pets are more important than humans moving outward to improve our lives.
It is in our nature as humans that we easily forget the "positives" and focus on the "negatives". It is therefore very easy for us to forget that space exploration has brought about thousands of commercial products and applications that have improved our lives.
The miniaturisation of electronics and the development of computers were influenced by the needs of space exploration initiatives. Our health is improved through the thousands of medical advances and technologies that were originally developed for space exploration. Fire-fighters are protected every day by fire retardants and heat protective clothing made from materials originally designed for space exploration. In Australia's hot summers we forget that the air conditioning units that keep us comfortable were partially influenced by the Apollo programme. The humble running shoe uses space technology to provide protective support and comfort while we jog. I doubt that the pet industry in the USA, or anywhere in the world for that matter, can claim as many benefits to mankind.
Over the last few decades there has been an increasing concern about our environment. But, as the lacklustre response to the Kyoto Protocol suggests, despite a huge concern for the environment, our governments appear not prepared to do anything serious about it. We as a species fail to look into the future. Our attention is always focused on the here and now. "She'll be right mate" is our attitude to the needs of our future generations. However, we know that we are quickly depleting our planets resources and that in one hundred years time we will be unable to support our current resource needs. Where will we turn to feed our need for fuel, power and even food? It is easy for people to think that space is just science fiction, but in fact space is a daily reality, and may very well be a major contributor to the prosperity and environmental survival of our planet. That is, if people begin to change their perception and realise that to protect our future we must start now.
Not only do space based satellites and technologies help us to monitor our environment, but also help us to protect it. What will happen in the future when we finally run out of resources to power our power stations and drive our trucks and cars? This is not science fiction, and space exploration is not the only answer. However, we must realise that by exploring space now, we are contributing to a better and healthier environment in the future.
If the British Admiralty had not funded James Cooks extended mission to "prove that the great south land exists" Australia would never have been discovered until much later in history. The vast resources of this country, that helped maintain the British Empire for so long, would not have been available, and England would not have had a convenient place to send her prisoners. If Queen Isabella had not risked the equivalent of millions of dollars in today's terms, America would not have been discovered and Spain's economic supremacy over the known world would have waned much earlier than it did. If China had not burnt all of its ships and had continued to explore, perhaps the world would today be a vastly different place? Exploration is a critical need within the human spirit, and we must personally go to touch, see and feel for ourselves. It is time to put the cost of President Bush's space exploration initiative back into context and realise that at some point we must go. His plan is equal to approximately US$55.00 per person in the USA per year. It will be much cheaper to go now than in another hundred year's time!
Yours sincerely, Tim McEgan President National Space Society of Australia Ltd GPO Box 7048 SYDNEY NSW 2001 Ph (Mobile): 0413 547 150 Email: president@nssa.com.au Web: www.nssa.com.au
Mr McEgan is currently a senior consultant and research analyst for Asia Pacific Aerospace Consultants Pty Ltd, a consultancy specialising in the Space industry, particularly serving the Asian region. Prior to taking up this position he was a space risk underwriter for GIO Space Ltd, the world's tenth largest satellite insurance and Reinsurance Company. Mr McEgan is the Treasurer of the Australian Space Industry Chamber of Commerce Inc, and has served on it's Executive Council since 1987. Mr McEgan is also President of the National Space Society of Australia Ltd, having served on the Board since 1993 and joining the organisation in 1989. Mr McEgan has also served on the Board of the National Space Society based in Washington DC. The NSS is an international Space Advocacy and lobbying group with permanent United Nations Observer status which is represented in over 30 countries worldwide.
Examples of benefits derived from space exploration:
Two commonly cited examples are CAT scans and MRI machines that provide early diagnosis of life threatening diseases in Australians every year, and help save the majority of these people. Other examples are:
- Radiation blocking sunglasses and welding glasses that protect the eyes from UV radiation.
- Miniature Automated insulin pump for diabetics.
- Heat insulated clothing for fire-fighters, and other fire resistant materials such as fire blankets and safety blankets.
- Toxic chemical protection clothing.
- Eye screening systems for ocular health.
- Improved oven and refrigerator insulation saving power and offering improved home protection.
- Some forms of cardio-vascular exercise machines.
- Flame detectors
- Search and rescue beacons for personal hikers, sailors and 4 wheel drive enthusiasts.
- Satellite detection of subsurface lakes and wells in drought affected countries.
- Crop health monitoring and crop inventory.
- Underwater alarms to warn dolphins and porpoises away from gill nets
- Barter exchange system that is now used by the Automated Credit Exchange to exchange Pollution Credits in California and better manage pollution controls in that state.
- Remote sensing to monitor and police rainforest and wild habitat loss.
- Ecosystem modelling to improve our understanding of the ecosystem
- Waste water plant management using plants to purify sewerage and waste water areas.
- Improved home insulation to save on energy and save money.
- Domestic water filters to purify drinking water
- Ceramic coatings to protect bridges and other external constructions from the weather, and protect building superstructures from fire.
- Motion harmonics that suppress vibrations in cars, boats, planes and trains.
- Air pressure insoles for running shoes and sneakers.
- Air membranes to improve insulation and safety in scuba diving suits and heavy duty work boots.
- Solar heating panels for hot water and heated pools
- Competitive ribbed swimsuits, as worn by Australian Olympic swimmers, to improve water flow and increase speed.
- Window Anti fogging agents for car windows, scuba masks, ski goggles, motor-cycle helmets, bathroom mirrors and camera lenses.
- Ergonomic seat designs, such as the ergonomic office chair, coach and aircraft seats etc.
- Ozone friendly alternatives to CFC's for use in manufacturing applications.
- Computer keyboards for disabled people.
- Non toxic industrial strippers (ie: non chemical paint strippers etc)
- Electronic tagging systems, eg anti theft electronic tags.
- Highway and traffic control monitoring systems to reduce traffic congestion and decrease pollution.
- Improved airflow devices for long distance trucks that improve fuel consumption, decrease costs and decrease pollution.
- Reduced aircraft noise and fuel pollution using new engines designed by NASA in co- operation with industry.
- Improved waste recycling technologies to enhance waste recycling opportunities
Posted by apsmith at 04:16 PM
January 25, 2004
Space Program Necessary
NSS Member John Strickland had the following letter to the editor published in the Austin American-Statesman, 1/25/04. Printed with permission. Space Program Necessary A Jan 16 editorial correctly separated discussion of the President's new space policy from opinions about the President himself ("Bush's space plan deserves a fair study)". The Scott Stantis cartoon on the same day noted that a previous (Democratic) President, in a similar time of stress and peril, committed us to a lunar voyage. The space program has a serious purpose; we can not remain a one-planet species and survive. Space Solar Power collectors built from Moon materials at a Lunar Base could help us end Global Warming. In addition, the Near Earth Asteroids pose natural threats, which if ignored, will eventually cause catastrophes on Earth. Today, few can remember a single leader of 1492 besides Columbus and Queen Isabella. 500 years from now, few will remember any of today's political struggles, but if we extend our permanent presence to the Moon and Mars in this century, they will remember that. John Strickland -- jkstrick@io.comPosted by apsmith at 04:06 PM
January 23, 2004
Costs and Benefits of Space
NSS Director J. David Baxter sent this letter to the Salt Lake City Deseret Morning News on January 23, 2004. Printed with permission. Dear Editor: I saw the political cartoon, in Friday's paper, depicting the Bush Space Program as costing "to infinity and beyond!". In reality, the Bush Space Program, at maximum cost, won't be above 1% of the federal budget. Also, $25 Billion per year, estimated for later development of the Space Program, will return to the economy $200 Billion per year in benefits. This estimate is based on studies from the benefits from project Apollo, given by the General Accounting Office. No other federal program gives these results. Sincerely,John David Baxter
Salt Lake City, Utah
Posted by apsmith at 04:09 PM
January 19, 2004
Is Space Exploration Worth the Cost?
NSS international member, Virgiliu Pop, had his editorial published online at http://www.spacedaily.com/news/oped-04b.html on January 19, 2004. Reprinted with the author's permission.
Is Space Exploration Worth the Cost?
Virgiliu Pop, Timisoara, January 13, 2004
virgiliu_pop@lycos.co.uk
Posted by apsmith at 03:27 PM
January 16, 2004
Press Release:Bush Announces America's Return to the Moon And on to Mars ... is it worth the cost?
The National Space Society of Australia's President, Tim McEgan, sent a letter to the Today Show in Australia, and issued two press releases to the Australian Press in support of the U.S.A.'s new space initiative. His efforts resulted in interviews with two radio networks syndicated to over 80 Stations nationally. Reprinted with the permission of the National Space Society of Australia. Press Release: Bush Announces America's Return to the Moon And on to Mars ... is it worth the cost? Following the announcement of a new wide ranging space policy and direction for NASA by US President George W Bush yesterday some questions have been raised regarding gove rnment expenditure for such a program. Since the shuttle Columbia accident of nearly one year ago, the US has been in engaged in an unprecedented review, assessing the entire American space program which has been stuck in low earth orbit since the last lunar astronauts returned to Earth in Apollo 17 over 31 years ago.The announcement outlined sweeping reforms of the US space program including:
- NASA's Shuttle fleet to be retired in 6 years
- Development of a new spacecraft called the "Crew Exploration Vehicle"
- Development of new robotic space vehicles
- Humans on the moon no later than 2018
- A manned mission to Mars around 2030
- Research programs not involving humans may be cancelled or curtailed
The President of the National Space Society of Australia, Tim McEgan, said that President Bush's statement may be the single largest policy announcement on space since Kennedy's famous words "We choose to go to the moon" in 1961 that eventually landed men on the moon in 1969.
Mr McEgan says the 1% of US federal funds that goes to NASA is not a waste of taxpayer dollars. "During the Apollo program, for example, the economic return to America was 7 to 1. That means for every one dollar spent on space, seven dollars was created for the economy through jobs, new products and export income. Besides NASA research creates several thousand commercial spin-offs every year that are used to enhance our lives here on earth.
Alan Shepard, Commander of Apollo 14 once said "When I was on the moon I didn't see one dollar up there. It all went into the pay packets of some 400,000 people who worked on the program."
Here in Australia we don't build rockets or space shuttles, but these vehicles can't fly without new technology and scientific research that are areas we have a world class reputation in. All this research potentially creates new products or enhances our knowledge base which is then valued by overseas organisations. All these new inventions and technological developments improve the nations' knowledge base, creating jobs and export income among other things.
Mr McEgan says that "Most economically developed countries are experiencing a decline in science and technology students. If proposed plans in the US can reinvigorate future students' interest in these areas, it will eventually result in an improved knowledge base in the workforce and hence have a positive flow on effect for the country's economy.
Posted by apsmith at 04:27 PM
Robots and Humans in Space
NSS Vice President for Chapters, Jim Plaxco, sent the following letter to the Chicago Tribune. Printed with the author's permission. It was with dismay that I read several of the "Voice of the People" letters of January 16 on our country's new human space exploration initiative. Dismay because many of the statements were apparently made based on a lack of familiarity with the subject. One writer spoke of the contrast between the Spirit rover's success and NASA's "checkered history with manned missions" when in fact the exact opposite is true. The failure rate for robotic missions is far higher versus human missions. Several writers cited a cost of $1 trillion, a number that appeared in the story written by reporter Michael Kilian as coming from an unnamed source. I suspect that this number was conjured up out of thin air by someone outside NASA who opposes the human exploration of space and wanted to scare off support of the initiative. To be fair to the reader, Mr. Kilian should have cited the source of this figure and the basis on which it was calculated. To put cost in perspective, federal outlays for FY2003 were $2,140.4 billion of which $14.6 billion was for NASA - less than 1% of U.S. outlays. Compare that with much of the 60's when the NASA budget was in the 2.5% - 4.5% range. The space initiative outlined by the President last week calls for only $1 billion in new NASA spending to be spread out over the next five years. The balance of the program funds during that time will come from reallocations within the existing NASA budget. That's $1 billion in new spending for NASA, out of a projected total five year U.S. government budget of $12,323 billion. That is eight-thousandths of one percent in new money for NASA. Another writer asked "why re-enact something that was done 35 years ago?" This is not a re-enactment. It is the first step in the establishment of a spacefaring civilization: the creation of a human presence on the Moon preparatory to sending humans on to Mars. The same writer then stated that we could use these funds to end our oil dependence in 7 years. Interestingly, the possibility to substantially reduce our dependence on fossil fuels may well depend upon the Moon. Solar power satellites, built from lunar materials, or lunar solar power bases could potentially solve our energy problems while simultaneously addressing the problem of global warming brought about by the combustion of fossil fuels. Additionally, lunar helium-three is an ideal fuel source for commercial fusion power plants once they become available. Another writer stated that the money would be better spent on medical research. CATScans and MRIs are an outgrowth of work done by the NASA Jet Propulsion Laboratory to develop digital image processing in order to analyze pictures of the Moon. These are just two examples out of the literally thousands of medical technologies that trace their lineage back to the space program. Another writer spoke of solving our environmental problems. The scientists who discovered that chlorine-based CFCs were destroying the Earth's protective ozone layer, for which they received the Nobel Prize, had previous experience studying the chlorine chemistry of the Venusian atmosphere. The theory of nuclear winter, which describes what would happen to Earth's climate in the event of a major nuclear war, was a consequence of the study of Martian global dust storms. These are just two examples of how we can better understand our own environment by studying the environments of other planets. It is my hope that the ongoing debate over the value of establishing a human presence on the Moon and sending people on to Mars will raise the public's level of awareness about the incredible economic, technological, and cultural potential these programs have to offer not just our country but all of humanity.Posted by apsmith at 03:56 PM
January 15, 2004
To the moon and Mars: Why we have to go
NSS Director Michael Gilbrook's editorial was published in the Orlando Sentinel on January 15, 2004. Reprinted with the author's permission. To the moon and Mars: Why we have to go
By Michael Gilbrook
My Word
More than 30 years after Apollo 17's crew left the last footprints on the moon, the National Aeronautics and Space Administration's sights will be set on returning there, this time to stay. President Bush announced his plan Wednesday for refocusing the mission of NASA in the wake of last year's loss of space shuttle Columbia. More important, the lunar mission will be a precursor to the ultimate destination, the exploration and settlement of the planet Mars. We will be on the path to making humanity a multiplanet species, with people living and working throughout the solar system. Critics will complain that we can't afford to go to the moon and Mars. To the contrary, we can't afford not to go. Space is filled with the natural resources and energy we'll need to improve life for everyone down here, on Earth. Earth's environment can't tolerate for much longer the adverse effects of mining for minerals and burning fossil fuels. But the airless, lifeless rocks of the asteroid belt hold billions of tons of raw materials ranging from iron and nickel to gold and platinum. And why should we risk further global warming by burning oil and coal for fuel when we could capture sunlight with platforms in space and beam power by wireless transmission to the ground? Unlike ground-based solar, which works well only in sunny climates during daylight hours, solar power from space would be available 24/7. The United States could actually become an energy exporter again, beaming space solar power to clients around the world. Being a multiplanet species would have other advantages. Sixty-five million years ago, an asteroid smashed into the Yucatan and killed off about 85 percent of all life on Earth, including the dinosaurs. We need to be prepared when the next Dinosaur Killer comes hurtling earthward. Last-minute rescue missions to move asteroids only happen in the movies. We'll need to have people experienced in working and living in space, moving asteroids for a living, who can shove aside that asteroid with our name on it. And if the unspeakable happens, and some unavoidable global catastrophe strikes our home planet, having friends living elsewhere would mean that we could count on help from outside the disaster area. These scenarios may seem far-fetched, but the potential benefits are so enormous compared to the small size of the initial investment that we would be foolish to say no. The president proposes to increase the NASA budget for 5 percent a year over five years to help pay for human exploration of the moon and Mars, but most of the money apparently would come from re-arranging NASA's existing budget priorities. Even at the end of five years of increases, NASA's budget would be still less than 1 percent of the federal budget. In fact, NASA's budget in 2008 would be no bigger than the U.S. farm-subsidy program, and would be slightly smaller than the federal student-loan program. The focus on human exploration of the moon and Mars would make sense even if our only reason for going was to gather science data. Robot probes will be important trailblazers, but they can't compare to having a human on the scene. In eight days on the moon, the Apollo 17 astronauts spent 22 hours traveling 18 miles and collecting nearly 250 pounds of carefully selected samples for analysis on Earth. After two weeks on Mars, the Spirit rover is still trying to figure out how to drive off its landing platform. When we want to get really serious about solving the scientific mysteries of our solar system, we'll need to send human scientists, just as we have with the Arctic, the deep ocean and every other place we've struggled to understand. In 1804, the Lewis and Clark expedition made the first, tentative exploration of western North America. The nation that developed in their footsteps has become the greatest beacon of hope, freedom and prosperity for all humanity. Two hundred years later, we have the choice to start on the path to opening the space frontier. We cannot afford to say no. Michael Gilbrook of Orlando is an environmental planner and a member of the National Space Society (www.nss.org), an educational institution dedicated to fostering the development of a spacefaring civilization.Posted by apsmith at 04:00 PM
School roof leaks worth it
NSS Director Marianne Dyson's letter to the Houston Chronicle was published on page 31A, January 15, 2004. Reprinted with the author's permission. "School roof leaks worth it"
Regarding the Chronicle's Jan 13 article, "Most want money spent on Earth": The people who said that money spent on space should go to domestic programs would be very disappointed if that actually happened. The small amount of money [going to space programs] would not make any difference in health care's skyrocketing costs, and the nation would lose a program that's been proven to motivate kids to study math and science. NASA's entire budget ($15 billion) is less than 1 percent of the federal budget, compared to Defense at 17 percent, and Social Security, Medicare, and other entitlements at more than 55 percent. If spent on health care, it might buy a box of Band-Aids for each person in the U.S. Yet this money invested in our space program will get our shuttles flying safely again, finish our space station, reap billions in economic spin-offs, and inspire the first women to go to the moon and Mars. Spending this money on space may not fix leaky school roofs, but it may help the kids endure the hardships knowing that there's a bright future waiting for them. Marianne Dyson, HoustonPosted by apsmith at 03:52 PM
January 13, 2004
A challenge for the nation
NSS Director Richard Godwin sent the following letter to Newsweek on January 13, 2004. Printed with the author's permission. Sirs: "Give a man a fish and feed him for a day. Teach him to fish and you feed him for life" Giving the nation a real challenge like returning to the Moon to stay and moving out to Mars is equivalent to teaching the nation how to fish again. If we do not inspire the next generation of aerospace engineers to do something special then in 20 years time all of the best aerospace engineers will live in China. Tell me what that will do for your National Security and the economy? Here's another item to put into the spreadsheet. I'm a Brit who was first inspired to move to the USA because of the Apollo program. It seemed that Americans really knew what they wanted and what's more how to do it. I eventually moved here 17 years ago because of that first inspiration as a 7 year old child. I have since employed thousands of people here and paid millions in taxes. How do you add that benefit into the economics of our space program? Richard GodwinPosted by apsmith at 04:03 PM
Tepid Response Could Doom Space Initiative
NSS Region 3 Director Robby Gaines sent out a newsletter to 400 subscribers
encouraging them to speak out. Reprinted with the author's permission.
Tepid Response Could Doom Space Initiative
While we may be excited about the possibilities of a new space program many
people in the US are not. That is too bad. Because many people don't get it.
They talk about jobs and other problems. But a new space program will create
many more new jobs than any social program could dream of creating. And
these are high paying jobs. The Government Accounting Organization (GAO)
states that for every dollar spent on the space program 8 dollars are
returned to the economy. NO OTHER GOVERNMENT program does this. So hopefully
people begin to realize this.
http://www.space.com/news/ap_spacepoll_040112.html
How Much will it Cost
Go to the Moon. Go to Mars. Oh My Gosh this will break the Bank. We need to
do other things first. You will hear these arguments over and over. But How
much are we really talking about? How about this. The yearly US budget is
2.2 trillion dollars. NASA is requesting an increase to 25 billion dollars.
Hard to grasp such large numbers? Here is an easier way. Your house hold
budget for food this year is $2,200. Your child asks you for $25 to buy some
pizzas for a party. Would you give it to them? Would that break your budget?
Nope. That is the same ratio and $25 is all it would take to get us to Mars
and beyond. And guess what? For that investment of $25 we will get back
$200. Not too bad huh?
http://www.space.com/news/commentary_bush-plan_040113.html
What can I do?
Plenty. First since you are a reader of Spotlight you are likely a proponent
of space exploration. Second since you are a reader of Spotlight you are
better informed than most people about what is going on and why we need to
explore. Soooo.... don't be bashful about speaking up to people that want to
squash your dream. Over the past years I have given you enough ammunition to
counter just about any argument you will hear.
How much will it cost? See above. $25 out of $2,200 for a return of $200
Is it worth it? Think Queen Elizabeth pledging her country's wealth on
settling the new world. They became the superpower leader for 500 years.
Other countries had the opportunity but didn't put out the time, money and
lives. Those leaders failed their people.
What happens if we don't? Think China who in 1433 had discovered the
Americas, started to colonize it and then gave it up be cause they wanted to
focus on problems at home. They lost EVERYTHING! They lost a whole new
world.
Shouldn't we focus on problems at home? Of course but the cost is minimal
and NO country in history has succeeded when they focused on domestic
problems. NONE. Only those that explored and colonized. Think China,
Portugal, the Dutch.
What about the poor and hungry? We should help them but think of this. Did
the wealthy and well off come to the new world? Or settle the American west?
Absolutely not. Who did? The poor and the downtrodden. Why? Because they had
nothing to loose and everything to gain. Exploration and colonization is the
best opportunity for the very people who need it.Posted by apsmith at 03:48 PM
January 10, 2004
Press Release: Bush to Announce Mission to Moon & Mars (Can Australia Help?)
he National Space Society of Australia's President, Tim McEgan, sent a letter to the Today Show in Australia, and issued two press releases to the Australian Press in support of the U.S.A.'s new space initiative. His efforts resulted in interviews with two radio networks syndicated to over 80 Stations nationally. Reprinted with the permission of the National Space Society of Australia. Press Release: Bush to Announce Mission to Moon & Mars (can Australia help?) US Astronauts could return to the moon as early as 2013 if the American Congress backs ambitious new plans President George W Bush is expected to announce next week. Since the shuttle Columbia accident of nearly one year ago, the US has been in engaged in an unprecedented review, assessing the entire American space program which has been stuck in low earth orbit since the last lunar astronauts returned to Earth in Apollo 17 over 31 years ago.The announcement tipped to be made mid-week next week will announce sweeping reforms of the US space program including:
- NASA's Shuttle fleet to be retired after completion of the International Space Station
- Development of a new spacecraft called the "Crew Exploration Vehicle"
- Development of new robotic space vehicles
- Advanced work on human exploration systems
- Interim utilisation of Russian "Soyuz" and European "Ariane" launch vehicles
- Research programs not involving humans may be cancelled or curtailed
The President of the National Space Society of Australia, Tim McEgan, says that the impending statement by President Bush next week may be the single largest policy announcement on space since Kennedy's famous words "We choose to go to the moon" in 1961 that eventual ly landed men on the moon in 1969. Mr McEgan said that "Basically, the whole international space community is buzzing about this".
Mr McEgan believes that Australia's strengths in space industry could assist America's exciting plans to return humans to the moon and then on to Mars and beyond. Australia has very high credentials to participate in the areas of: _ Lunar and planetary geology _ Space flight medicine _ Communications (Australia is perfectly placed to act as a communications relay)
Mr McEgan says that "Most economically developed countries are experiencing a decline in science and technology students. If proposed plans in the US can reinvigorate future students' interest in these areas, it will eventually result in an improved knowledge base in the workforce and hence have a positive flow on effect for the country's economy.
President Bush is expected to make the announcement on Wednesday 14th Jan 2004 (US time).
Helpful Resources:
- www.upi.com/view.cfm?StoryID=20040107-123930-1532r
- www.space.com
- www.spacedaily.com
- www.floridatoday.com
Posted by apsmith at 04:24 PM