Who Compiles and Analyzes Data on the Planet's Climate?

  • Thread starter Pythagorean
  • Start date
In summary: They are related to the Earth's orbit and the amount of sunlight that falls on the planet.In summary, Climatologists study little facts to understand how climate works. They have evidence from the past to compare to the present, but they are unsure about the validity of AGW.
  • #1
Pythagorean
Gold Member
4,401
313
Little Truths ---> Conclusion

I've never thought to ask the PhD's around the office until now, and when I do, I'll report back, but I'm curious what other people think (or know) about this. I'm almost scared to ask them about it because it seems kind of a silly question, especially since I have no interest in becoming a climate scientist.

We study little facts. They don't all have to do with the atmosphere, but some of it does. We compile the data and share it (of course, certain people have dibs on data and it can't be shared with those that don't for some reason).

So who gets all this data from all these scientists all over the world and compiles it? What group makes the analysis of the data and draws the conclusion about the 'overall status of the planet'?
 
Earth sciences news on Phys.org
  • #2
Well I'm not sure what the intention is of your question, but you're probably looking for the NASA lab with doctor Hansen errrm Bunsen Honeydew, where the past and future are being made ...today
 
  • #3
Andre said:
Well I'm not sure what the intention is of your question, but you're probably looking for the NASA lab with doctor Hansen errrm Bunsen Honeydew, where the past and future are being made ...today

I guess my point is that the climatologists I know around here (not the news forecast weathermen) couldn't really tell you anything about the validity of AGW, even though they're the ones that are digging up the little facts on it.

They seem to have more integrity about the subject because they're actually giddy about being able to figure out what's going on where human perception fails, so they like collecting data and analyzing what it means locally.

On the other hand, it seems like one helluva project to sift through it all and make meaning out of it on a global level. There has got to be so many ambiguities from so much data from so many different times and places, and from so many different methods of collecting (and recording) data.
 
  • #4
Climatologists only have one short shot at this. When all of those bits and pieces were put together they didn't paint a rosy picture for the future.

The problem with those who want hard scientific empirical evidence in regards to global warming is that it is impossible to reproduce in a lab what is happening on a global scale.

We have some historical evidence to look back on to make comparisons but none of the climate changes in the past had an anthropological element involved in the equation.
 
  • #5
edward said:
Climatologists only have one short shot at this. When all of those bits and pieces were put together they didn't paint a rosy picture for the future.

Well, my point is that not all Climatologists are putting the pieces together, some just collect data or forecast local weather or just study particular systems. I'm curious what specific group (the IPCC is one, I think... I'm not sure if they're political or scientific) is making conclusions about either side of AWG.

More importantly, I'm curious about the credibility of people taking on such a huge project. There's too much political interest involved in it for me trust even scientists at this this point. It's practically A pseudo-debate.

I had totally fogotten about AGW honestly; I was going about my business but once I came back to Physicsforums I was reminded of it and now I'm getting sucked back into thinking about it.
 
  • #6
Pythagorean said:
Well, my point is that not all Climatologists are putting the pieces together, some just collect data or forecast local weather or just study particular systems. I'm curious what specific group (the IPCC is one, I think... I'm not sure if they're political or scientific) is making conclusions about either side of AWG.

More importantly, I'm curious about the credibility of people taking on such a huge project. There's too much political interest involved in it for me trust even scientists at this this point. It's practically A pseudo-debate.

I had totally fogotten about AGW honestly; I was going about my business but once I came back to Physicsforums I was reminded of it and now I'm getting sucked back into thinking about it.

I understand the dilemma. I'm not too familiar with the current intergretation of all the specialities pertaining atmospheric processes but I do know about integration of paleoclimatology. It's a disaster. One of the major problems is cleaning up the mess after the falsification of hypotheses, especially when they oppose the scholar view on global warming. They keep lingering on and on. The practice is that comparing results is evaded because nothing seems to match

On the top of my head:

100,000 years Milankovitch cycle causes ice ages and interglacials:
The Milankovitch cycles are 19, 22, 41, 90 and 410 thousand years. The 90,000 years cycle is a very weak superposition of the 410,000 years eccentricity cycle, which is the weakest of the insolation forcing differentiation. The dominant 100,000 years is NOT a Milakovitch cycle and the Milakovitch insolation curve does not correlate with the 100,000 cycle in the proxies. Milankovitch cycles do NOT drive the major glacial - Interglacial cycles, although the 19,22 and 41 Ky cycle are clearly visible in the proxies. Hypothesis falsified after testing inter speciality data

Oceanic isotopes and ice sheet volume hypothesis:
Numbers don't match, disdains oceanic inertia. Hypothesis falsified after testing actual glacial expansion with the numbers.

Isotopes of Greenland ice cores represent paleo temperatures
Comparison with the available paleobiologic, geologic and other proxies reveal that the isotopes do not correlatie with temperature but with aridness, which is logical. Hypothesis falsified after testing with the multiple empirical evidence.

I promised a friend to start a thread on the latter to illustrate that. Perhaps there is some interest for that.
 
  • #7
Andre said:
I understand the dilemma. I'm not too familiar with the current intergretation of all the specialities pertaining atmospheric processes but I do know about integration of paleoclimatology. It's a disaster. One of the major problems is cleaning up the mess after the falsification of hypotheses, especially when they oppose the scholar view on global warming. They keep lingering on and on.

Mess is exactly the word I'd used to describe it. I wouldn't want to do it. I'm slightly concerned about anyone that would want to put all that data together and make conclusions, whether it be paleoclimatology or just current global climatology. Seems like an aweful big weight to carry.
 
  • #8
Ok stay tuned. I'll tell the story of the last glacial transition and the problems with intergrating all the information in another thread tomorrow.
 
  • #9
Andre said:
Ok stay tuned. I'll tell the story of the last glacial transition and the problems with intergrating all the information in another thread tomorrow.
Yay! And there's a Happy Birthday thread for you Andre, in GD.
 

What is the concept of "Little Truths"?

Little Truths refers to small pieces of evidence or information that, when combined, can lead to a larger conclusion or understanding. These truths may seem insignificant on their own, but when put together, they can reveal a greater truth.

How are "Little Truths" used to reach a conclusion?

Scientists use the scientific method to gather and analyze data, which often consists of a series of small observations or experiments. These "little truths" are then used to form a hypothesis, which is tested and refined until a conclusion can be drawn.

What is the importance of considering "Little Truths" in scientific research?

Considering "little truths" is crucial in scientific research because it allows scientists to consider all available evidence and avoid jumping to conclusions based on incomplete or biased information. By examining multiple small pieces of evidence, scientists can form a more accurate and comprehensive understanding of a topic.

What are some examples of "Little Truths" in scientific studies?

Examples of "little truths" in scientific studies could include individual data points, observations, or experiments that contribute to a larger conclusion. For example, in a study on the effects of a medication, individual data points such as blood pressure readings or survey responses could be considered "little truths" that help form the overall conclusion.

How can scientists ensure that "Little Truths" are reliable?

To ensure the reliability of "little truths," scientists must use rigorous research methods and carefully collect and analyze data. This includes accounting for any potential biases or errors in the data and using statistical analysis to determine the significance of the results. Additionally, peer review and replication of studies by other scientists can help confirm the reliability of "little truths" in scientific research.

Similar threads

Replies
4
Views
1K
  • Sci-Fi Writing and World Building
Replies
0
Views
739
  • Earth Sciences
Replies
4
Views
4K
Replies
19
Views
1K
  • STEM Career Guidance
Replies
4
Views
2K
  • Programming and Computer Science
Replies
5
Views
751
  • STEM Career Guidance
Replies
29
Views
3K
  • Sci-Fi Writing and World Building
Replies
21
Views
1K
Replies
1
Views
2K
  • General Discussion
Replies
3
Views
2K
Back
Top