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AIPG
Send in your nominations for AIPG National Awards and AIPG Section Leadership Awards by Jan. 15.
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AIPG
AIPG Student Scholarship applications for undergraduate and graduate are due Feb. 1.
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AIPG
Past section newsletters are available online.
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VuLink is a global telemetry device that
Connects with one button press
Works anywhere with cellular and satellite
Delivers long-lasting battery life
VuLink securely installs in a two-inch well, for easy, efficient and reliable data transmission. And the price will challenge your assumptions. Watch the video.
In-situ.com
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| FROM THE AIPG ONLINE STORE |
AIPG
The men's Sport-Tek® ultimate performance long-sleeve crew T-shirt combines a soft cotton hand with sweat-wicking performance to make training (or lounging) cooler and drier. Fabric/style: 5-ounce, 95/5 poly/spandex jersey; tag-free label, loose athletic fit and raglan sleeves.
The Sport-Tek® womens' long-sleeve V-neck tee is lightweight, roomy and highly breathable, these moisture-wicking, value-priced tees feature PosiCharge technology to lock in color and prevent logos from fading. It is 3.8-ounce, 100 percent polyester interlock with PosiCharge technology, gently contoured silhouette, removable tag for comfort and relabeling, self-fabric V-neck and set-in sleeves.
AIPG
NEW! Brunton Compass T-shirt and Ore Car T-shirt available in AIPG Store — order online — $17 AIPG Members / $19 non-members (includes postage).
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AIPG

Proudly display the AIPG embroidered logo patch on clothing, hats, backpacks, bags,\ and more! This 3-inch diameter patch has four thread colors (blue, red, yellow and black) with an easy to attach heat seal backing.
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New Atlas
For decades, scientists have pondered the so-called "phosphate problem" when seeking to understand the origins of life on Earth. The problem revolves around the fact that phosphorous is one of the six key chemical ingredients of life, yet its scarcity raises the question of how early Earth supplied this essential element. A new study has now provided a possible explanation.
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National Geographic
Millions of miles away, a robot geologist stands alone on the dusty surface of Mars, listening for faint seismic echoes in the ground below. Its finger on the red planet's pulse is sensitive enough to pick up the whoosh of wind, the drone of dust devils, the creak of tectonic cracks, and many other rumbles ricocheting though the planet's insides.
While most of these signals have been indistinct murmurs, two have stood out loud and clear, allowing scientists to trace them back to their source: the first active fault zone yet found on the red planet.
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Astronomy
A flash of light would have come first, followed by a shockwave and massive earthquake. Only later would the hailstorm of black, glassy debris begun to fall, a rocky rain that would touch ten percent of the planet's surface.
That's the scene that followed a massive asteroid impact 790,000 years ago. The remains it scattered, called tektites, have been found from Asia to Antarctica. For decades, scientists have searched for the elusive resting place of the impactor that coated the Earth with debris. Now, they may have finally found it.
Elusive crater
A new report published in the Proceedings of the National Academy of Sciences says that the meteorite likely struck in southern Laos, carving a huge crater now covered by a lava flow.
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Science Advances
At least some of Venus' lava flows are thought to be less than 2.5 million years old based on visible to near-infrared (VNIR) emissivity measured by the Venus Express spacecraft. However, the exact ages of these flows are poorly constrained because the rate at which olivine alters at Venus surface conditions, and how that alteration affects VNIR spectra, remains unknown. Lab studies indicate that lava flows lacking VNIR features due to hematite are no more than several years old. Therefore, it's possible Venus is volcanically active now.
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Geoscientific Model Development
Quantitative volcanic ash cloud forecasts are prone to uncertainties coming from the source term quantification (e.g., the eruption strength or vertical distribution of the emitted particles), with consequent implications for an operational ash impact assessment. We present an ensemble-based data assimilation and forecast system for volcanic ash dispersal and deposition aimed at reducing uncertainties related to eruption source parameters.
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Iowa State University
Researchers have developed new nanoscale technology to image and measure more of the stresses and strains on materials under high pressures.
As the researchers reported in the journal Science, that matters because, "Pressure alters the physical, chemical and electronic properties of matter." The new sensing technology could advance high-pressure studies in chemistry, mechanics, geology and planetary science.
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Geosciences
A series of six gravity cores has been used to reconstruct the depositional history of Hatton Bank (Rockall Plateau, NE Atlantic Ocean). The cores have been studied for magnetic susceptibility (MS), geochemical composition, grain size distribution, and a semi-quantitative foraminiferal association. Two main interbedded facies have been described: (i) calcareous ooze; and (ii) lithogenous silt. The study reveals prominent peaks from the MS signal, silt, Mg/Ca, Fe/Ca, Al/Ca, and Rare Earth Elements normalized by Continental Crust (REE/CC), which are sensitive indicators for Heinrich events (H1, H2, H3, H4, and H5) and ash layers.
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Journal of Petroleum Technology
Mature heavy-oil fields in the northern Peruvian jungle have produced oil for more than 40 years under primary recovery mechanisms (cold methods). The complete paper explores technical and economic development options to produce heavy-oil resources at commercial rates and showcases three optimization scenarios of higher recovery efficiency aimed at increasing net present value at the basin level.
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The City University of New York via Phys.org
Aboard the Icebreaker Oden, a Swedish vessel on an Artic expedition, a multidisciplinary group of scientists, filmmakers and students, including three City College of New York undergraduates, made a dismaying discovery in the Canadian Arctic Archipelago. "Microplastics, a lot of them," said Krystian Kopka, junior in CCNY's Grove School of Engineering.
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