Oysters & Fortunetellers


Where the gringa lives in the gulf coast of Texas, oyster farming is big business. The gringa’s farming experience is limited to my father’s cattle ranch and my own egg farming. Is that how oyster farming works? Do you just leave the little guys alone most of the time to do what oysters do? Toss them a bit of feed, protect them from predators, stuff like that? Well, actually oyster farming has gone hi-tech. For young people who are interested in a beach bum lifestyle with the edge of technology, oyster farming or working with the technology related to the industry may be your thing if you love science as much as beach bumming.

Oysters don’t need their human overseers to bring them a bale of hay or toss out some nutrient enriched scratch. They are living filters that live on the bottom of a bay. Oyster farmers really don’t have that much to do, it would seem, unless it is harvest time. Sounds like the perfect beach bum job.

However, there is one thing that can happen that can interrupt an oyster farmer’s hiatus between harvests. If storm clouds gather, oyster farmers have to get out of their hammocks, put away the surfboard and forego the margaritas and head out for some serious relocating work in the estuaries.

You see, as bottom feeding filters, rain in this polluted day and age can be deadly for oysters. And even if contaminants in run off don’t kill the slimy, little buggers they could, in turn, kill a human if eaten. A local thunderstorm with a heavy downpour means one of two things:

  • Completely relocate their stock, or,
  • Quarantine the area and delay harvest until it is safe.

Now, even if an oyster farmer was willing to relocate their oysters, often weather conditions can change rapidly and unexpectedly in coastal regions.  Usually an oyster farmer simply doesn’t have enough time to respond. So, the oysters bide the storm and everyone hopes for the best. But considering how heavily polluted most of the soil is in populated areas around the world, it’s usually not good news when it’s all over.

The gringa doesn’t have the numbers for industry loss or farm closures in the Gulf of Mexico area I call home. However, I can tell you about what’s been going on in Tasmania. Since 2013 industry research has recorded a loss of over $4.3 million (Australian currency!) for Tasmanian oyster farmers due to contamination related farm closures, caused by pollutants in rainfall water runoff that entered estuaries.  This sounds awful, right? Well, take heart, dear readers. There is good news for Tasmanians as well as oyster farmers everywhere thanks to an agriculture technology start-up company, The Yield.

The Yield has designed a system of sensors that were tested in 14 Tasmanian oyster farm estuaries. This comprised about 80% of the entire oyster industry for the state. The technology measured:

  • Water depth
  • Salinity
  • Temperature
  • Barometric pressure

Oyster farmers use their smartphone, or other device, to access the handy little app that is updated every five minutes with new data about their squishy, little, hard-shelled babies. Access is also available to food safety regulators so everybody that matters is in the loop.

But the gringa wants to know if this has made oyster farming better. I mean, it’s always fun to have new gadgets but where business is concerned, is there a point to the expense? Here are the benefits of this new technology:

  • Reduces paperwork between farmers & food service regulators.
  • Food quality and safety has improved.
  • Accurate measurements has resulted in fewer farm closures.
  • Fewer farm closures has resulted in higher production, yields and profits.

Well, it looks like this technology is worth the investment for oyster farmers. It also looks like the investment of time and effort of scientists and meteorologists for more than a century was also a worthy investment. That is the backbone of the information that went into designing this system. If you have a habit or hobby of recording weather related “stuff”, who knows, one day what you may consider a hobby or pre-occupation could change the world! More than a hundred years worth of weather and tidal related data helped developers understand weather and tidal patterns, how they changed with the seasons, and how this would affect the performance of the technology to predict weather events. So, basically, Tasmania’s oyster farmers are more successful because of digital fortunetellers.

Sources:

www.techrepublic.com

www.theyield.com

oysterstasmania.org

Image Credit: oysterstasmania.org

 

 

Tech & Nature – NOT Mutually Exclusive


Common sense might tell you that technology and nature are mutually exclusive. However, the reality is that with climate change poised to revolutionize where humans farm, technology innovators are poised to revolutionize how we farm. And there are all kinds of ideas out there that are as fascinating as they are practical.

Aquaponics is something the gringa would like to try. I have a small tropical fish aquarium I have experimented with over the past year. I feel ready for a greater challenge.  This method will not only provide me with vegetables, but they will be fertilized by the poop produced by the food fish I will also farm in the same tank. An added plus is that my pint sized vegetable patch and fish farm can be an interesting decorative addition to my pint size apartment. This may be the future of urban farming for apartment dwellers.

Easy DIY aquaponics project:

5 best fish for an aquaponics aquarium garden…

 

If you want to take your urban farming further than an apartment patio garden or indoor aquaponics garden, maybe the FarmBot is for you. If you live in a house with outdoor spaces, the FarmBot, which operates on a track system, can easily manage a backyard farm from beginning to end and provide enough fresh fruits and vegetables for a family of four each growing season. It plants seeds, waters and fertilizes each plant according to its variety needs, weeds the garden, and can be controlled from your smartphone or laptop just like playing a video game. The gringa thinks this sounds fun.

 

For larger scale operations, artificial intelligence is taking over all sorts of chores that were once managed by humans. By using cameras and sensors, technology responds to climate conditions to optimize water usage. There is more to collected data than just evaluating rainfall and soil moisture levels. Plants are analyzed down to individual leaves for health and nutrition needs. Clouds are analyzed to predict potential rainfall which might result in delaying a watering activity that might otherwise have been performed, thus conserving one of Earth’s most precious natural resources. For farmers and gardeners interested in the latest sustainable methods. Some of the biggest retailers of agricultural products are being supplied by growers using this kind of technology: Wal Mart, Aldi and Tesco.

A promising future in agriculture awaits our youth who are interested in robotics, technology and saving the world.

Sources: www.kingsroost.com

gardening-abc.com

prospera.ag

Image Credit:  pinimg.com

 

 

NASA & The Hub


The gringa often hears folks say things like, “NASA is really doing some amazing things, but it doesn’t seem like much of their technology is really helpful to us regular folks here on Earth.” Well, actually, there are great spin-off benefits to all that amazing space technology.

Consider the new program underway in Australia. An Australian organization, National Resources Management Spatial Hub (NRM Hub, or, more commonly, the Hub), is using satellite images of Earth provided by NASA, and other space agencies, to help them better manage rangeland. As global populations continue to grow, demand rises for meat production. Now, more than ever before, do Australia’s ranchers need every edge they can get to meet this demand by using sustainable methods.

With over eighty percent of Australia classified as rangeland, more commonly known as the “Outback”, Earth observation technology is helping ranchers make better land management decisions. This will help leave a stable environment for future generations. With so much land mass available for grazing in its natural condition, Australia is in a unique position to produce meat for the global community without the need to resort to slash and burn forests to create grazing areas. This is good news for climate change by recognizing one resource to utilize responsibly and reduce deforestation.

Earth observation data also helps Australia’s land managers develop innovative ways to manage their precious water resources. The data also provides an overall, panoramic, “big picture” perspective so that ranchers can determine which grassland areas may be overgrazed. They can then reorganize their grazing plans, moving herds to other areas and promote the health of their rangelands.

The Hub is comprised of over 20 Australian agencies, federal and state, as well as research organizations and industry related organizations. They put to good use the satellite images provided by NASA. The Aqua and Terra satellites provide new images on a 16 day cycle. As images are collected over the years, more knowledge is gained in tracking and understanding climate conditions such as drought. This gives ranchers the information they need to make critical ranching decisions.

Ranchers don’t just want to make money, they also want to maintain healthy land that can pass into the hands of their children who continue the ranching tradition. Many of Australia’s ranches have remained in families for generations. They take great pride not just in producing meat and wool, but also in being environmentally conscious.

The Hub has produced results that have impressed the agricultural community in Australia. It has grown from its original 40 properties to 120 ranches presently. At least another 100 are on a waiting list to join the program. This is the agriculture of the future, farming and ranching as a hi-tech, global community effort.

Similar techniques such as what the Hub uses in Australia are being put into practice in other areas like Niger, Mali and Burkina Faso where satellite data is used to measure potential agricultural output. In South Asia data monitors rice production, the grain upon which the world is most dependent.

After all this scribbling about meat production and such, the gringa is going to have to push herself away from the desk and throw a juicy T-bone on the grill. Ta!

Source & Photo Credit:  www.nasa.gov    www.nrmhub.com.au

 

 

 

Allow Me To Introduce You To JAXA


Who is JAXA? JAXA is the Japan Aerospace Exploration Agency and they have been very busy. In 2010 JAXA was disappointed when their orbiter “Akatsuki”, which, in  English, means “dawn”, failed in its mission to orbit Venus. However, JAXA is not one to give up. The agency kept at it for five years and finally, in December, accomplished its mission.

Now that Akatsuki is orbiting Venus its cameras are transmitting a steady stream of images. One orbit cycle takes about thirteen and one-half Earth days. JAXA is tweaking its orbit path to eventually get its orbit cycle to nine Earth days. That will result in Akatsuki being closer to Venus which will improve the clarity of the images it sends back to JAXA.

Venus is a hot, volcanic planet that is about the same size as Earth. And, when I say hot, the gringa means hot enough to melt lead. Akatsuki will gather data on the weather and atmosphere of this steamy planet. Scientists are interested in the volcanoes.

JAXA operates all missions with the purpose to help create a safe society that can utilize space. The agency seeks to be a leader in technology and have technology used wisely for the benefit of society. The Japanese believe that as humans evolve, happiness should increase. JAXA is inspired to overcome the difficulties facing mankind. They intend to act responsibly to meet the expectations society has for the work the Agency performs. The slogan JAXA operates under is “Explore to Realize”.

JAXA desires to contribute to the well being of all people on Earth through their research and development. They believe this can be achieved by improving quality of life, providing safety and security, developing sustainable methods for living, and expanding the knowledge of all peoples.

JAXA was established in October of 2003. The following Spring the agency successfully performed its first series of flight tests for their Stratosphere Stationary Platform. Since their first successful test flights, JAXA has continued to perform successfully. Just a few of their many accomplishments throughout the years:

  • July, 2005, the agency launched “Suzaku”, an X-ray astronomy satellite.
  • July through August of 2005 Japanese Astronaut Souichi Noguchi joined the NASA Space Shuttle “Discovery” mission.
  • December, 2005, JAXA made history with the first EVER optical inter-satellite communication between Optical Inter-orbit Communications Engineering (OICETS) and the Advanced Relay and Technology Mission “ARTEMIS” of the European Space Agency (ESA)
  • 2006-2007, successfully launched eight different space vehicles
  • March, 2008, Astronaut Takao Doi served aboard NASA Space Shuttle “Endeavor” on mission to attach Experiment Logistics Module-Pressurized Section (ELM-PS) of JAXA’s Experiment Module “Kibo” to the International Space Station (ISS)
  • June, 2008, Astronaut Akihiko Hoshide served aboard NASA Space Shuttle “Discovery” on mission to attach Pressurized Module (PM) and Remote Manipulator System of JAXA’s Experiment Module “Kibo” to the ISS.
  • July, 2009, Astronaut Koichi Wakata attached Exposed Facility of JAXA’s Experiment Module “Kibo” to ISS. First Japanese Astronaut to complete a long-stay mission and returned home aboard NASA Space Shuttle “Endeavour”
  • December, 2009, Astronaut Souichi Noguchi served aboard Russian Soyuz spacecraft on mission to ISS, completed long-stay mission, returning to Earth June, 2010
  • June, 2011, Astronaut Satoshi Furukawa served aboard Russian Soyuz spacecraft on mission to ISS and returned to Earth November, 2011
  • July, 2012, Astronaut Akihiko Hoshide served aboard Russian Soyuz spacecraft on mission to ISS, returning to Earth November, 2012
  • November, 2013, Astronaut Wakata served aboard Russian Soyuz spacecraft on mission to ISS. March, 2014, Astronaut Wakata became first Asian commander of ISS. Returned to Earth May, 2014

JAXA has big plans for 2016. It expects to launch the Mercury Magnetosphere Orbiter (MMO) after it successfully completes a round of tests performed by the European Space Agency (ESA). It will launch from the Guiana Space Center in French Guiana.

It is also committed to being an active world partner in resolving the many issues humanity must resolve that are related to climate change. JAXA will use the ALOS-2 satellite to monitor and collect data related to deforestation. All data will be available to everyone worldwide through open access on the Internet.

JAXA aims to develop a tracking system for tropical forests. JAXA will be joined in its efforts by the Japan International Cooperation Agency (JICA) and many private corporations. By constantly monitoring worldwide forest loss, the agency hopes that this initiative will lead to successful conservation solutions. A public access website should be up and running by March, 2017 and will be updated every six weeks with the latest findings.

Goals are to restrain illegal logging and conserve forests that are critical to help reduce the effects of climate change. During 2009-2012 Brazil was cooperating with monitoring efforts. Over 2,000 incidents were revealed and action was taken that helped reduce the destruction of forests by forty percent. It is clear that this effort and mission JAXA is undertaking is a significant contribution to the future security of humanity by helping to minimize the effects of climate change.

With agencies like JAXA looking out for the interests of people all over the world, the gringa is confident that this place we all call home has a future where there is great hope. The international cooperation of so many space agencies is an inspiration that we can become a global community where our differences are not obstacles, but, rather, strengths. Because the gringa thinks the world would be a very boring place if we were all alike.

Source & Photo Credit: www.global.jaxa.jp

Isaac Newton By The Sea


NASA recently reported images of an X-ray tail (or, ribbon) of galactic gas. It has broken cosmic records with the extraordinary length of 250,000 light years. The published images are a composite from combined data that originated from the Chandra orbiting observatory and the Isaac Newton Group (ING) of Telescopes that are located in the Canary Islands of Spain.

ING consists of two telescopes. One is named William Herschel (WMT) and the other is Isaac Newton (INT). They are located on a seaside cliff of La Palma Island and command a breathtaking view of the sea as well as the night sky. Isaac Newton began serving astronomers in 1984 and William Hershel in 1987.

ING is a collaborative effort of scientists representing the United Kingdom, the Netherlands and Spain. Their goals in serving the world community of astronomers and space related science is to provide world class telescope operations and programs that aid in research efforts. To encourage innovative methods in science and research, ING welcomes projects that involve novel instruments as “visitors”.  ING is committed to fostering original thinking as well as strongly supporting classical observing.

The Isaac Newton Telescope is open for visiting observers. New instruments are now being enjoyed with funding to provide more. One new instrument, the PAUCam, is a state of the art imaging device that creates prime focus capabilities for the William Hershel Telescope. A wide-field multi-object spectrograph is being developed for William Hershel and expected to become operational in 2017. This instrument will be part of a five year study to help understand how the Milky Way was “assembled”.

WEAVE is the name of the spectrograph developed for William Hershel. WEAVE was designed and built by a consortium of institutes from the UK, the Netherlands, Spain and France. Although visitors will still have access to observe the heavens through William Hershel, much of the telescope’s time will be devoted to the study of three particular projects: 1. The archaeology of the Milky Way; 2. The evolution of the galaxy; 3. Dark energy and its nature. These projects create wonderful opportunities for the UK, the Netherlands and Spain to make important scientific contributions to the world community’s knowledge of outer space.

Resident student programmes are available with ING. Over the past decade, forty students have served in the position of INT support astronomers and have gained valuable hands-on experience and technical skills. In fact, since 2009, 53 PhD theses have been based on ING data. Announcements will be made in March 2016 about the details of the 2016/2017 programme which offers astronomy and astrophysics PhD’s, MSc’s. INT welcomes students who are interested in any field of astronomy or astronomical instrumentation.

Students stay in flats provided by ING and receive a modest monthly stipend. These are cozy abodes within walking distance to the observatories, however, ING also provides transportation back and forth. For one year students will have the opportunity to participate in supportive roles in the work performed by one of the world’s most scientifically productive and versatile telescope groups. They will become part of the professional astronomical family of La Palma.

To qualify for admission to the programme, students must be a European citizen or European student resident. Enrollment in an astronomy PhD or MSc program or in the final year of undergraduate astronomy or physics course is required. English is a must, Spanish is a plus. It is also helpful to have some experience with Linux/UNIX operating systems as well as IRAF astronomical data reduction software. While participating in the program, expect to work 37 hours weekly, day or night, as well as weekends and holidays. A valid driving license is expected as well as being able to pass a medical examination.

Four positions are available. Students report for duty in September. During the one year of service, students have a 25 day leave allowance.

Qualified students who are interested should prepare a cover letter presenting experience along with any other pertinent information to be considered. Two references are required. Applications must be received by May 1 via e-mail or snail-mail. E-mail contact is Ovidiu Vaduvescu, INT studentship program manager, ovidiuv@ing.iac.es. Snail mail contact info:

Studentship Programme Manager

Isaac Newton Group of Telescopes

Apartado de coreos 321, E-38700, Santa Cruz de La Palma, SPAIN

Fax: +34 922 425 401

And, if you are unqualified, like the gringa, but still interested in what goes on at ING, their website has an interesting feature that the gringa really likes. It’s called “Ask an Astronomer!”. You simply fill out the e-mail form and submit. It’s not just any ol’ email form, however. It also has lots of other information to pick and choose from. Click “send” and wait for an amazing scientist to school you on what you want to know.

Source: www.ing.iac.es

Photo Credit: en.wikipedia.org

 

 

 

“Back Up Life…”


SpaceX is the private company that is contracted with NASA to supply the space agency with the “Dragon”, a crew transport spacecraft designed for large crew capabilities as well as deep space missions. Elon Musk, the creator of SpaceX, recently gave an interview with GQ magazine. In that interview he voiced his concerns regarding accomplishing the Mars mission in light of the fact that this world’s nations just can’t seem to grow up and stop all of this war mess.

Musk’s big dream is to colonize Mars. Considering his accomplishments, the gringa believes he can achieve his dream. I mean, just think about it: he leads a company that has managed to develop technology that can design and build rockets at a fraction of the cost as NASA. SpaceX is also the first private company, ever, in all of the world, to have launched a spacecraft into orbit and have it successfully return to Earth. SpaceX has impressed NASA so much that it is contracted to manage resupply missions to the International Space Station as well as transport the astronauts between the ISS and Earth.

Musk believes colonizing Mars is more than just a glamorous adventure. He believes this mission is critical to the ultimate survival of the human species. Considering how mankind has been consistently annihilating one another since a caveman first created a club to sock it to his romantic rival, the gringa has no trouble at all believing Musk’s worst-case scenario of a natural or man-made disaster destroying life as we know it on Earth and the survivors starting over somewhere else. Why not Mars? Musk’s philosophy can be summed up in this statement, “You back up your hard drive… Maybe we should back up life, too?”

In addition to reusable rocket technology and personnel space ferries, SpaceX is developing “Mars colonial transport architecture” to further advance toward the ultimate goal. The gringa asks, “What the heck is that?”

A critical piece of this architecture is commonly called the BFR rocket (it has a technical name but Musk and the developers refer to it as BFR). Now, the gringa likes to keep things family friendly on these blog posts, but, just so you know, BFR actually stands for Big F*#@ing Rocket. I MEAN IT! No kidding! I love that! Scientists that have a sense of humor are right up the gringa’s alley.

The BFR is a two part rocket, booster rocket + spaceship. The booster is to break through the gravity and atmosphere of Earth. Once free, the spaceship is designed to travel through deep space to Mars. The gravity of Mars is weaker than Earth’s and also has a thinner atmosphere. Because of this the spaceship does not need a rocket booster to blast off from Mars for a return trip home.

In order for Martian colonists to create a self-sustaining environment on the Red Planet, what must be done? The planet has to be terraformed to create a warmer environment that will lead to ice melts so that it becomes a “watery” planet. Then fauna can be introduced that will help to create a breathable atmosphere. Musk considers Mars to be a “fixer-upper”. The gringa likes that term.

Nuclear energy could be used to help warm the planet. By converting technology that has been used to destroy life, the fusion bomb can be repurposed into technology that creates and sustains life (now, the gringa LOVES that!). As tiny pulsing suns at each Martian pole, this technology would create a warming effect without radiation and fallout. Mars would then experience the same benefits Earth has from its proximity to the Sun.

Now, NASA is devoted not only to preserving life on the planet Earth, but any life that may possibly be present throughout the cosmos. It has a Mars directive in place forbidding any mission landing near any area containing the potential for liquid water. That is because of the possibility of the presence of bio-organisms, life, causing cross-contamination, whether those organisms are of Earth and contaminate Mars or vice versa.

The good news, as far as the colonial mission goes, is that NASA’s research has not detected any life present on Mars, even on the microscopic level. So, if it is eventually determined that no life at all exists on Mars, the moral dilemma of invading, contaminating and/or destroying it is resolved and colonization can get the green light. The only life on Mars that might exist that NASA’s current research methods are unable to detect is subterranean microbial life.

So, who would like to give the pioneering life a shot and actually become a MARTIAN?  The gringa says, “Where’s the sign up sheet?”

Now, it’s pretty clear that Musk is the type of personality that is driven. There is very little that seems to get in his way when he has set a goal. His biggest concern regarding achievement of colonizing Mars is the very real reality of war. The Earth has never seen a single day in modern history where there has not been an active war somewhere. War could be the very thing that prevents progress.

War stood in the way of progress in the early 1900’s. It was supposed to be a golden era with no more war. Then, guess what? BAM! World War I started. Then World War II. Then the Cold War. However, the Cold War eventually led to the space race, so progress did come of that mess.

How possible is it, then, for progress toward colonizing Mars be disrupted? Pretty darn possible. So, the gringa says to all the religious zealots and war profiteering warmongers everywhere, “JUST STOP IT! KNOCK IT OFF! WE ARE SICK OF IT!”

Now, I know you must be itching to see just how much more fantastic Musk’s dream can get. Well, just check out his timetable. He is determined for all of this to be accomplished within his lifetime. If Musk gets his way (and he seems very apt at always getting his way) the world could see the first boots on the ground on Mars within the next ten to fifteen years.

In fact, before the end of 2015, or early in 2016, he plans to make a big announcement regarding his Mars-colonization plan. The gringa cannot wait to hear this crazy plan because I’m a crazy gringa who is his biggest fan!

 

Source: www.gq.com

Photo Credit: www.joserojas.org

Great Space “Spin-Offs”


As we go about our everyday life we are enjoying the benefits of what NASA does and, most of the time, we are completely unaware of this space agency’s contribution. As NASA develops new technologies that are vital to mission success or products designed for a specific purpose, there is almost always a “spin-off” product or technology that reaches the Earthling market that makes things a little better for humanity.

How many of us have mixed up a bottle of baby formula or spooned a jar of peas and carrots into the hungry mouth of a toddler? If you have, you were giving that baby space food. Almost one hundred percent of commercially sold infant formula is infused with a natural omega-3 fatty acid ingredient discovered while researching life support technology for the Mars mission. The next generation of Earthlings will have healthier brains, eyes and hearts thanks to NASA.

If you’re reading this article on my blog, then you’ve also probably seen the videos I’ve been posting reading books aloud. The technology used in my laptop camera as well as cellphone cameras are all NASA inspired inventions. Astronauts needed to miniaturize cameras in order to save as much space as possible as they packed and organized supplies for their space missions.

And, how many of my dear readers have ever flown in a great big airplane? Chances are, all of you. You know when you look up at a low-flying passenger jet and see those little up-turned wingtips and wonder just what the heck those things are? Well, the ever curious gringa asks that question every single time I see one. Those things are called “winglets”. These little aerodynamic dynamos are saving airlines billions of dollars in fuels and it’s all thanks to the research and development that goes on at NASA. When NASA develops technology in order to save the taxpayers a dime or two, that technology is eventually shared with companies so they can save a dime or two which then means the tax-paying consumer gets to save another dime or two when they shell out the dough for their airfare.

How many of us have “Google Earthed” our physical addresses to see what pops up on the satellite image? Yes, the curious gringa does this all the time. The accuracy of our current GPS technology is also thanks to the efforts of research and development at NASA. Everyone, everywhere, all over this globe, benefit in some form or fashion from this technology. I tell the caveman all the time to remember that my GPS locator is always activated on my cellphone so if anyone kidnaps me, and lets me keep my phone, he can find me. He assures me that if I remain my true, “Chatty Cathy” self they will certainly let me go so I need not waste the battery power. But, even if they don’t tire of my incessant chatter and question asking, he’ll come looking for me in a day or so.

That is when the gringa goes off for a pout by curling up with a good book in her space bed. Surely you know what I mean? That greatest invention mankind has ever come up with for people with back problems? You know, the memory foam mattress! Good Lord, over the years I have had so many falls with seizures and received neck and back injuries as a result, that I prayed for a non-gravity sleep chamber or a wind tunnel sleep chamber that wouldn’t put any pressure on my neck, hips or back no matter what position I might lay in. Well, the memory foam is the next best thing and a decent compromise. I’m able to get a relatively pain-free night’s sleep now because astronauts needed a material that would help keep them comfortable during times of extreme acceleration. Thank you, NASA, from the bottom of the ginga’s little heart.

I love watching law enforcement reality shows. One of my favorite types to watch is search and rescue. When I see the Coast Guard rushing to respond to a distress beacon for some poor crew of fishermen or pleasure sailors who have gotten themselves into trouble, once again NASA has been the source for a vital live-saving device. Without the satellites that NASA has deployed into Earth’s orbit, there would be no relay device for their distress signals.

The “greenies” out there can also feel some affinity toward the space agency for reducing big rig fuel consumption by almost 7,000 gallons annually per truck because of the NASA inspired new aerodynamic designs most modern rigs sport. As you pass one of these eighteen-wheelers on a bridge, you can feel secure because most modern bridges feature state of the art shock absorbers bracing them in place, technology originating with NASA in their efforts to develop technology to help astronauts survive the extreme effects of rocket launches.

One of the gringa’s favorite technology sharing tidbits of information regarding NASA, and, yes, even more of a favorite than my awesome memory foam mattress, are the vulnerable people around the world that are able to have access to clean drinking water. Water purification devices that are used today on the small scale of an individual, reusable, filtering water bottle or a hand held device that can provide clean water for an entire village is all thanks to the humanitarian mission of NASA. Growing up in the jungle and having to boil river water was how my caveman grew up. Needless to say, as a child, he and his siblings often suffered water-borne, internal, parasitic infections. There is a very soft spot in the gringa’s heart toward NASA for making it possible for many children around the world to improve the quality of their life and enjoy something I take for granted every day.

As I ponder the amazing contributions astronauts and scientists at NASA make to our world, I can’t help but flash a smile. And, thanks to one more of NASA’s greatest inventions of all time, invisible orthodontic braces, the gringa smiles boldly instead of covering that grin with a hand, embarrassed by crooked teeth and crazy fangs. Thanks, NASA, for not only inspiring fantastic dreams of space exploration but also for making everyday life a little bit better for everyone everywhere!

Source: http://www.nasa.gov