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originally posted by: JohnnyCanuck
Sure thing..and 3% of climatologists stand firmly behind you.
originally posted by: DJMSN
The changing climate, melting polar caps and stronger storms are simply a cycle in a pattern much older than humans.
From your source:
originally posted by: Sunwolf
originally posted by: JohnnyCanuck
Sure thing..and 3% of climatologists stand firmly behind you.
originally posted by: DJMSN
The changing climate, melting polar caps and stronger storms are simply a cycle in a pattern much older than humans.
Right,3%
en.wikipedia.org...
Peer review
As of August 2012, fewer than 10 of the statements in the references for this list are part of the peer-reviewed scientific literature. The rest are statements from other sources such as interviews, opinion pieces, online essays and presentations. Academic papers almost never reject the view that human impacts have contributed to climate change. In 2004, a review of published abstracts from 928 peer-reviewed papers addressing "global climate change" found that none of them disputed the IPCC's conclusion that "Earth's climate is being affected by human activities" and that "most of the observed warming over the last 50 years is likely to have been due to the increase in greenhouse gas concentrations"' A 2013 survey of 3984 abstracts from peer-reviewed papers published between 1991 and 2011 that expressed an opinion on anthropogenic global warming found that 97.1% agreed that climate change is caused by human activity.
originally posted by: Sunwolf
originally posted by: JohnnyCanuck
Sure thing..and 3% of climatologists stand firmly behind you.
originally posted by: DJMSN
The changing climate, melting polar caps and stronger storms are simply a cycle in a pattern much older than humans.
Right,3%
en.wikipedia.org...
originally posted by: Phage
a reply to: Deny Arrogance
That does not change the fact that the activities of mankind are currently affecting climate.
The funny thing is these are the very climate events that prove earths climate is volatile and changes rapidly due to other factors that can't be blamed on mankind.
But yes, a cometary impact can also affect climate.
I'd like to see proof of that fact, not fraudulent science framed by promises of research work, grants and tenure to push the party line
Way to go Phage, categorically apply responsibility to mankind being the cause of climate change, while at the same time minimizing the real climate change that would be caused by a catastrophic natural event.
originally posted by: theantediluvian
a reply to: bobs_uruncle
I'd like to see proof of that fact, not fraudulent science framed by promises of research work, grants and tenure to push the party line
Well that's not true at all. Give me your sources that refute the opinions of an overwhelming number of climatologists and I'll tell you which of the handful of fraudulent-science-for-hire whore houses employs them. Is it your opinion that they don't get paid? Where do you think that money comes from?
originally posted by: Phage
a reply to: bobs_uruncle
Way to go Phage, categorically apply responsibility to mankind being the cause of climate change, while at the same time minimizing the real climate change that would be caused by a catastrophic natural event.
Do the words "ironic humor" mean anything to you? But maybe you missed where it is a possibility that an impact was responsible for the dry period.
Thermal transfer? There is no thermal transfer from the Sun, there is electromagnetic radiation. Total solar irradiance hasn't changed enough to account for the rise in temperature.
I haven't seen anything from NASA saying it has, but that does not mean it has or hasn't, it just means the information is not forthcoming or it's unknown.
No. They didn't. We entered what is known as "the local fluff" (not a nebula) thousands of years ago. The Solar wind prevents much interstellar material from reaching the inner solar system.
A few years ago, NASA stated that we were entering an area of space that was a nebula, but what does that mean?
There is no thermal conductivity in space, the few molecules and atomic particles are too far apart to conduct heat. Interplanetary space is a better vacuum that the best laboratory vacuum. The local fluff is a better vacuum than that of interplanetary space. Space is the ultimate thermal insulator.
Well if true, an increase in thermal conductivity between the sun and all the planets is one potential aspect which seems to have been proven.
originally posted by: TiredofControlFreaks
a reply to: ScientiaFortisDefendit
Its called change and why should I fear it?
originally posted by: Phage
a reply to: bobs_uruncle
Thermal transfer? There is no thermal transfer from the Sun, there is electromagnetic radiation. Total solar irradiance hasn't changed enough to account for the rise in temperature.
I haven't seen anything from NASA saying it has, but that does not mean it has or hasn't, it just means the information is not forthcoming or it's unknown.
No. They didn't. We entered what is known as "the local fluff" (not a nebula) thousands of years ago. The Solar wind prevents much interstellar material from reaching the inner solar system.
A few years ago, NASA stated that we were entering an area of space that was a nebula, but what does that mean?
There is no thermal conductivity in space.
Well if true, an increase in thermal conductivity between the sun and all the planets is one potential aspect which seems to have been proven.
lasp.colorado.edu...
apod.nasa.gov...
www-ssg.sr.unh.edu...
Both the Nimbus7/ERB and ERBS measurements overlapped the ACRIM 'gap.' Using Nimbus7/ERB results produced a 0.05 percent per decade upward trend between solar minima, while ERBS results produced no trend. Until this study, the cause of this difference, and hence the validity of the TSI trend, was uncertain. Willson has identified specific errors in the ERBS data responsible for the difference. The accurate long-term dataset, therefore, shows a significant positive trend (.05 percent per decade) in TSI between the solar minima of solar cycles 21 to 23 (1978 to present). This major finding may help climatologists to distinguish between solar and man-made influences on climate.
We have more data now, 10 more years of it. And, as I said even 0.05 percent per decade is not nearly enough to account for the rise in global temperature.
They've known this since 2003
What? The solar wind repels interstellar matter. What does the Sun's gravity well have to do with it? What is your source of information for a corkscrew motion through the local fluff? Not that it matters. We have been in the fluff for thousands of years, the current warming trend is about 100 years old.
The solar system appears to "corkscrew" through the galaxy and "local fluff" (scientific term?) in a sinusoidal pattern at a right angle to its path through space. That being the case, the sun does not have time to collect all of the matter in its gravity well and "sweep" our path traveling at 12 miles per second, hence, travel through areas of space with greater mass per cubic light year of space will still impact most of the solar system.
How does increased interplanetary material increase energy transfer? Particles scatter electromagnetic radiation, they do not concentrate it. That's why the sky is blue, not black, in the daytime.
As long as there are elementary particles/molecules in space (read nebula or local fluff LOL), there is the potential for an increase in the efficiency of thermal/EM energy transfer.
originally posted by: Phage
a reply to: bobs_uruncle
Way to go Phage, categorically apply responsibility to mankind being the cause of climate change, while at the same time minimizing the real climate change that would be caused by a catastrophic natural event.
Do the words "ironic humor" mean anything to you? But maybe you missed where it is a possibility that an impact was responsible for the dry period.