Stereoscopic Microscope Resources

Stereoscopic Microscope

• Yellowstone Volcano Inflating With Molten Rock At Record Rate
  In another article, this Yellowstone volcano of which rocks were studied with a stereoscopic microscope, was regarded to be a “supervolcano.” It was also considered as one sleeping giant. Robert Smith was a seismologist. He was also the chief author of this research study. At the same time, he was the geophysics professor at Utah University. According to him, there was no proof that a threatening eruption of volcano was evident. He added that this was not unusual because there were really several calderas all over the world which would rise up or down for several years without exploding. However, an upward inclination of the mentioned floor of the caldera was apparent. It rose nearly three inches annually for the previous three years.read more...


• Specially-Designed Soils Could Help Combat Climate Change
  Another research team affiliated with Newcastle University endeavored to devise soils which could eradicate carbon coming from the planet’s atmosphere. This should be done once and for all and cost-efficiently. It should be taken into consideration that this kind of research undertaking was the first ever attempted worldwide. The conception behind this enthusiasm capitalized on the certainty that plants as well as crops and also trees soaked up carbon dioxide in the atmosphere quite naturally. This would occur at the time of photosynthesis. They were also observed to pump remaining carbon by their roots towards the surrounding earth. Most often than not, majority of the carbon would return towards the atmosphere or break into groundwater. read more...


• Earth: A Borderline Planet For Life?
  Earth is ever changing. It was found out that if our planet had been tinier and less enormous, there would be an absence of plate tectonics. The latter was defined to be the forces which make continents move which in turn, produce mountains. Plate tectonics were considered to be important to existence. It was also revealed that having a bigger size was better especially when it concerns rocky planets’ habitability. Rocks in these planets could be explored with a stereoscopic microscope. This also embraced on the mobility of large chunks or even plates among the surface of the planet. The original article stated that plates stand away from one another.read more...


• Samoa Found To Be In Path Of Geological Hotspots, Adding Fuel To Debate Over Origins Of Volcanic Chains
  Another study, which made use of a stereoscopic microscope in its undertaking had ascertained Samoa was really along the trail of a “hotspot” geologic path. This further added heat towards a zealous scientific argument concerning volcanic chain origins. Anthony Koppers was a marine geologist. He was connected with the State University of Oregon. He worked in partnership with some colleagues regarding this study. It was concluded that the advancement of Samoa’s age and its neighboring islands was obviously in connection with the scientific theory which stated that the said chain was hotspot-created. read more...


• Earthquakes Under Pacific Floor Reveal Unexpected Circulatory System
  The mid-ocean ridges of the system of the earth portrayed a momentous role in several workings of our planet such as plate-tectonic activities towards the flow of heat originating the interior, the different rock, examined with a stereoscopic microscope and water as well as air chemistries. There were scientists who eventually found out about the emergence of this boundless system of plumbing underneath ridge. This pulled in water that was cold, superheated it and then returned it in distinction to vents in the seafloor.read more...


• When Did Dinosaurs Go Extinct? Cretaceous-Tertiary Boundary Dating Refined
  Several scientists affiliated with the different universities mentioned in the original article had finally gotten the correct information as to when the dinosaurs really got extinct. This was due to a usual technique sophistication in rock dating as well as fossils. A stereoscopic microscope also aided in this research undertaking. The method was named argon-argon dating. This had been commonly employed already together with a stereoscopic microscope in the determination of rock ages. However, it was realized that the said approach contained methodical mistakes which could generate dates with skepticism of an approximated percentage of two point five. read more...