What makes you think that? There is a massive REE deposit that sits next to the oil sands and under the oil sands, how would it be extracted without hacking down forests and raising toxic dust? Mine the oil first then go after the REEs?
You've heard of the mesosphere haven't you?
The mesosphere (/ˈmɛsoʊsfɪər/; from Greek mesos "middle" and sphaira "ball") is the layer of the Earth's atmosphere that is directly above the stratosphere and directly below the thermosphere. In the mesosphere temperature decreases with increasing height. The upper boundary of the mesosphere is the mesopause, which can be the coldest naturally occurring place on Earth with temperatures below 130 K (−226 °F; −143 °C). The exact upper and lower boundaries of the mesosphere vary with latitude and with season, but the lower boundary of the mesosphere is usually located at heights of about 50 kilometres (164,040 ft; 31 mi) above the Earth's surface and the mesopause is usually at heights near 100 kilometres (62 mi), except at middle and high latitudes in summer where it descends to heights of about 85 kilometres (53 mi).
I bet you just love that Irrelevant SHow on CBC1 huh?Is thinner air easier to warm than denser air?
What makes you think that? There is a massive REE deposit that sits next to the oil sands and under the oil sands, how would it be extracted without hacking down forests and raising toxic dust? Mine the oil first then go after the REEs?
Coincidence? There is no correlation between shales and oil?
Is the mesosphere warming any? Is it part of the atmosphere or not?Not unless it's in the mesosphere.
Scroll back....I never thought so. Whatever, the mesosphere doesn't get down to 4 K as you suggested.
Is the mesosphere warming any? Is it part of the atmosphere or not?
Coincidence? There is no correlation between shales and oil? Did you know those non-correlating shales are the cause of heavy metal toxins in the Greenwater and Athabasca rivers that are blamed on oil sands?
Rare Earth Element Concentrations
The principal concentrations of rare earth elements are associated with uncommon varieties of igneous rocks, namely alkaline rocks and carbonatites. Potentially useful concentrations of REE-bearing minerals are also found in placer deposits, residual deposits formed from deep weathering of igneous rocks, pegmatites, iron-oxide copper-gold deposits, and marine phosphates.
Only at the electro-particle magneto-interferometer barrier,
Wow you just described shales but left out the organic compounds, the sedimentary process and the environment they are formed in. You can't pick and choose.That's funny, the last time I looked this was another post about cartoon character breasts.
Principle REEs deposits result as a weathering of igneous rocks, they aren't the result of biological material undergoing transformation into petrochemicals as a result of heat and pressure working on sedimentary deposits at depth.
The Geology of Rare Earth Elements
I'll take that as a yes.
Wow you just described shales but left out the organic compounds, the sedimentary process and the environment they are formed in. You can't pick and choose.
Oil shale - Wikipedia, the free encyclopedia
PS
None of those women are Snow White or Cinderella. They are representations of fictional characters that don't exist in reality.
Good thing he isn't fully baked because his half baked ideas are out there as it is.If he doesn't pick and choose his data he would know all the AWG claims are BS.
Wow you just described shales but left out the organic compounds, the sedimentary process and the environment they are formed in. You can't pick and choose.
Alkaline igneous rocks form from cooling of magmas derived by small degrees of partial melting of rocks in the Earth's mantle. The formation of alkaline rocks is complex and not fully understood but can be thought of as a geologic process that extracts and concentrates those elements that do not fit into the structure of the common rock-forming minerals.
The resulting alkaline magmas are rare and unusually enriched in elements such as zirconium, niobium, strontium, barium, lithium, and the rare earth elements. When these magmas ascend into the Earth's crust, their chemical composition undergoes further changes in response to variations in pressure, temperature, and composition of surrounding rocks. The result is an astonishing diversity of rock types that are variably enriched in economic elements, including the rare earth elements. The mineral deposits associated with these rocks are likewise quite diverse and awkward to classify, in that the distinctive features of these deposits and their rarity can result in classifications that have only one or a few known examples.
If he doesn't pick and choose his data he would know all the AWG claims are BS.
Give it up bub. You're way way way off kilter and wading into water well over your head.
Alkaline igneous rocks form from cooling of magmas derived by small degrees of partial melting of rocks in the Earth's mantle. The formation of alkaline rocks is complex and not fully understood but can be thought of as a geologic process that extracts and concentrates those elements that do not fit into the structure of the common rock-forming minerals.