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9 of the Best PrestaShop Themes for Sports Stores

If you need to build an online store to sell equipment for tennis, diving, football, running, snorkeling, rock climbing, or fishing, then you have to check out these PrestaShop themes. These PrestaShop themes are made for sports stores, and they come with useful features like RTL language...

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Curiosity Rover Provides First Confirmation of a Mineral Mapp industrial cellular modem3g modem  ed from Orbit

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This image shows the first holes drilled by NASA’s Mars rover Curiosity at Mount Sharp. The loose material near the drill holes is drill tailings and an accumulation of dust that slid down the rock during drilling. Image Credit: NASA/JPL-Caltech/MSSS

A sample of powdered rock extracted by the Curiosity rover’s drill from the “Confidence Hills” target has provided NASA scientists with the first confirmation of a mineral mapped from orbit.

“This connects us with the mineral identifications from orbit, which can now help guide our investigations as we climb the slope and test hypotheses derived from the orbital mapping,” said Curiosity Project Scientist John Grotzinger, of the California Institute of Technology in Pasadena.

Curiosity collected the powder by drilling into a rock out iiot  crop at the base of Mount Sharp in late September. The robotic arm delivered a pinch of the sample to the Chemistry and Mineralogy (CheMin) instrument inside the rover. This sample, from a target called “Confidence Hills” within the “Pahrump Hills” outcrop, contained much more hematite than any rock or soil sample previously analyzed by CheMin during the two-year-old mission. Hematite is an iron-oxide mineral that gives clues about ancient environmental conditions from when it formed.

In observations reported in 2010, before selection of Curiosity’s landing site, a mineral-mapping instrument on NASA’s Mars Reconnaissance Orbiter provided evidence of hematite in the geological unit that includes the Pahrump Hills outcrop. The landing site is inside Gale Crater, an impact basin about 96 miles (154 kilometers) in diameter with the layered Mount Sharp rising about three miles (five kilometers) high in the center.

“We’ve reached the part of the crater where we have the mineralogical information that was important in selection of Gale Crater as the landing site,” said Ralph Milliken of Brown University, Providence, Rhode Island. He is a member of Curiosity’s science team and was lead author of that 2010 report in Geophysical Research Letters identifying minerals based on observations of lower Mount Sharp by the orbiter’s Compact Reconnaissance Imaging Spectrometer for Mars (CRISM). “We’re Industrial IoT Router/Gateway   now on a path where the orbital data can help us predict what minerals we’ll find and make good choices about where to drill. Analyses like these will help us place rover-scale observations into the broader geologic history of Gale that we see from orbital data.”

Much of Curiosity’s first year on Mars was spent investigating outcrops in a low area of Gale Crater called “Yellowknife Bay,” near the spot where the rover landed. The rover found an ancient lakebed. Rocks there held evidence of wet environmental conditions billions of years ago that offered ingredients and an energy source favorable for microbial life, if Mars ever had microbes. Clay minerals of interest in those rocks at Yellowknife Bay had not been detected from orbit, possibly due to dust coatings that interfere with CRISM’s view of them.

The rover spent much of the mission’s second year driving from Yellowknife Bay to the base of Mount Sharp. The hematite found in the first sample from the mountain tells about environmental conditions different from the conditions recorded in the rocks of Yellowknife Bay. The rock material interacted with water and atmosphere to become more oxidized.

The rocks analyzed earlier also contain iron-oxide minerals, mostly magnetite. One way to form hematite is to put magnetite in oxidizing conditions. The latest sample has about eight percent hematite and four percent magnetite. The drilled rocks at Yellowknife Bay and on the way to Mount Sharp contain at most about one percent hematite and much higher amounts of magnetite.

“There’s more oxidation involved in the new sample,” said CheMin Deputy Principal Investigator David Vaniman of the Planetary Science Institute in Tucson, Arizona.

The sample is only partially oxidized, and preservation of magnetite and olivine indicates a gradient of oxidation levels. That gradient could have provided a chemical energy source for microbes.

The Pahrump HIlls outcrop includes multiple layers uphill from its lowest layer, where the Confidence Hills sample was drilled. The layers vary in texture and may also vary in concentrations of hematite and other minerals. The rover team is now using Curiosity to survey the outcrop and assess possible targets for close inspection and drilling.

The mission may spend weeks to months at Pahrump Hills before proceeding farther up the st applications  ack of geological layers forming Mount Sharp. Those higher layers include an erosion-resistant band of rock higher on Mount Sharp with such a strong orbital signature of hematite, it is called “Hematite Ridge.” The target drilled at Pahrump Hills is much softer and more deeply eroded than Hematite Ridge.

Another NASA Mars rover, Opportunity, made a key discovery of hematite-rich spherules on a different part of Mars in 2004. That finding was important as evidence of a water-soaked history that produced those mineral concretions. The form of hematite at Pahrump Hills is different and is most important as a clue about oxidation conditions. Plenty of other evidence in Gale Crater has testified to the ancient presence of water.

NASA’s Jet Propulsion Laboratory, a division of Caltech in Pasadena, manages the Mars Reconnaissance Orbiter and Mars Science Laboratory projects for NASA’s Science Mission Directorate in Washington, and built the Curiosity rover. NASA’s Ames Research Center, Moffett Field, California, developed CheMin and manages instrument operations. The Johns Hopkins University Applied Physics Laboratory, Laurel, Maryland, developed and operates CRISM.

Image: NASA/JPL-Caltech/MSSS

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Curiosity Rover Samples Active Linear Dune on t industrial 4G/3G router  he Surface of Mars

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This view from the Mast Camera (Mastcam) on NASA’s Curiosity Mars rover shows two scales of ripples, plus other textures, in an area where the mission examined a linear-shaped dune in the Bagnold dune field on lower Mount Sharp in March and April 2017.

From February to April 2017, NASA’s Curiosity Mars Rover examined linear sand dunes to compare with what it found in 2015 and 2016 during an investigation of crescent-shaped dunes. This two-phase campaign is the first close-up study of active dunes anywhere other than Earth.

As it drives uphill from a band of rippled sand dunes, Curiosity is toting a fistful of dark sand for onboard analysis that will complete the rover’s investigation of those dunes.

Among the questions this Martian dune campaign is addressing is how winds shape dunes that are relatively close together, on the same side of the same mountain, into different patterns. Others include whether Martian winds sort grains of sand in ways that affect the distribution of mineral compositions, which would have implications for studies of Martian sandstones.

“At these linear dunes, the wind regime is more complicated than at the crescent dunes we studied earlier,” said Mathieu Lapotre of Caltech, in Pasadena, California, who helped lead the Curiosity science team’s planning for the duneGrid Analytics campaign. “There seems to be more contribution from the wind coming down the slope of the mountain here compared with the crescent dunes farther north.”

This 360-degree panorama was acquired by the Mast Camera (Mastcam) on NASA’s Curiosity rover looking out over part of an area called Bagnold Dunes, which stretch for miles on Mars. This location, called “Ogunquit Beach,” is on the northwestern flank of lower Mount Sharp. Points of interest include the dune’s ripples, and bedrock made from sediments deposited in lakes billions of years ago.

The linear dunes lie uphill and about a mile (about 1.6 kilometers) south from the crescent dunes. Both study locations are part of a dark-sand swath called the Bagnold Dunes, which stretches several miles in length. This dune field lines the northwestern flank of  Grid Analytics System  Mount Sharp, the layered mountain that Curiosity is climbing.

“There was another key difference between the first and second phases of our dune campaign, besides the shape of the dunes,” Lapotre said. “We were at the crescent dunes during the low-wind season of the Martian year and at the linear dunes during the high-wind season. We got to see a lot more movement of grains and ripples at the linear dunes.”

To assess wind strength and direction, the rover team now uses change-detection pairs of images taken at different times to check for movement of sand grains. The wind-sensing capability of the Curiosity’s Rover Environmental Monitoring Station (REMS) is no longer available, though that instrument still returns other Mars-weather data daily, such as temperatures, humidity and pressure. Two of the six wind sensors on the rover’s mast were found to be inoperable upon landing on Mars in 2012. The remainder provided wind information throughout the rover’s prime mission and first two-year extended mission.

A sample of sand that Curiosity scooped up from a linear dune is in the sample-handling device at the end of the rover’s arm. One portion has been analyzed in the Sample Analysis at Mars (SAM) instrument inside the rover. The science team plans to deliver additional sample portions to SAM and to the rover’s Chemistry and Mineralogy (CheMin) instrument.

This 360-degree scene from the Mastcam on NASA’s Curiosity Mars rover includes part of a linear-shaped dune the rover examined in early 2017 for comparison with what it found previously at crescent-shaped dunes. The view shows the dark, rippled surface of the active dune, near sedimentary bedrock.

One factor in choosing to drive farther uphill before finishing analysis of the scooped sand is the sta industrial router  tus of Curiosity’s rock-sampling drill, which has not been used on a rock since a problem with the drill feed mechanism appeared five months ago. Engineers are assessing how the use of vibration to deliver samples may affect the drill feed mechanism, which is used to move the drill bit forward and backwards. In addition, high winds at the linear-dunes location were complicating the process of pouring sample material into the entry ports for the laboratory instruments.

“A balky brake appears to be affecting drill feed mechanism performance,” said Curiosity Deputy Project Manager Steven Lee, of NASA’s Jet Propulsion Laboratory, Pasadena, California. “In some cases, vibration has been observed to change feed effectiveness, so we’re proceeding cautiously until we better understand the behavior. In the meantime, the engineering team is developing several methods to improve feed reliability.”

Curiosity landed near Mount Sharp in August 2012. It reached the base of the mountain in 2014 after successfully finding evidence on the surrounding plains that ancient Martian lakes offered conditions that would have been favorable for microbes if Mars has ever hosted life. Rock layers forming the base of Mount Sharp accumulated as sediment within ancient lakes billions of years ago.

On Mount Sharp, Curiosity is investigating how and when the ancient habitable conditions known from the mission’s earlier findings evolved into drier conditions that were less favorable for life.

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[inhandnetworks-blog]

What to Know if Buying Your First Home in 2017

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This article originally was published on the Motley Fool.

Buying a home is a lifelong dream for many Americans, and it takes commitment and dedication to make it happen. With conditions in the housing market always changing, would-be homebuyers need to stay up to date on the key aspects involved in buying a home. Below, we'll look at several must-know items if you're looking to buy a home in 2017.

Mortgage rates are on the rise

The most important consideration for most of those looking to buy a home is how much they can afford to spend. Rock-bottom mortgage rates in recent years have made homes more affordable for ordinary Americans in many areas, but it now appears that those rates have hit bottom and are poised to rise. Mortgage rates have climbed dramatically in just the last two months of 2016.

Keep up with this story and more by subscribing now

However, it's important to keep perspective. Even with mortgage rates approaching the 4.25 percent mark, homeowners are still benefiting from cheaper home financing than they've seen in the past half-century. It's true that rising rates will slightly reduce how expensive a home you can buy for any given monthly mortgage payment, but all in all, rates are favorable and will continue to be even if they keep climbing.

Millennials are looking to buy

One thing that has frustrated some policymakers is the fact that members of the millennial generation haven't been as quick to buy homes as past generations. However, that's looking to change, according to the National Association of Realtors, and with it could come a shift in the buying practices of entry-level first-time homebuyers.

Traditionally, first-time homebuyers have struggled to afford even common starter homes like small houses or condominiums. That's still the case for many would-be millennial homebuyers, given the extent to which they struggle under student-loan debt that saps their ability to divert savings toward a down payment. However, some millennials have put off buying a home specifically in order to save enough for a sizable down payment that would potentially allow them to skip the starter-home dynamics and jump immediately into what in the past would have been considered a home into which they would only later move up. If that trend takes hold, then it could have an impact on pricing for starter and move-up properties, especially in local markets where pricing imbalances already exist.

Tax laws affecting homeowners could be in flux

Lastly, one thing to keep in mind as you weigh the financial benefits of buying a home is that major tax reform initiatives are possible in 2017. The incoming Trump administration has already suggested dramatic changes to the tax system, and some of them will have impacts on homeowners.

Specifically, the Trump tax plan dramatically increases the size of standard deductions. Although the president-elect's plan retains key tax breaks like deductibility of mortgage interest and real estate taxes, higher standard deductions can effectively cut the value of those deductions. If your deductible home expenses aren't enough to help your total itemized deductions exceed the standard deduction, then you don't really get any tax benefit from them. Moreover, some Republicans in Congress have proposed more dramatic changes to tax provisions that could eliminate the ability to deduct real estate taxes entirely.

For most would-be homeowners, tax aspects of homeownership aren't the deciding factor in the purchase decision. Nevertheless, tax benefits can have enough of a financial impact to be important in the decision-making process, and those shopping for homes in 2017 need to be aware of the slippery ground in the tax law realm in the coming year.

If you're looking to buy a home in 2017, be sure to keep these trends in mind. Real estate markets vary greatly across the country, but knowing where to look for opportunity can help you land the home of your dreams.

The $15,834 Social Security bonus you could be missing

If you're like most Americans, you're a few years (or more) behind on your retirement savings. But a handful of little-known "Social Security secrets" could help ensure a boost in your retirement income. For example: one easy trick could pay you as much as $15,834 more... each year! Once you learn how to maximize your Social Security benefits, we think you could retire confidently with the peace of mind we're all after. Simply click here to discover how to learn more about these strategies.

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