I've been collecting "lessons I've learned communicating climate on Twitter" over the last 8 years and finally thought I'd write a 🧵. This is mainly aimed at younger scientists, but others might find it useful.
First, everyone should tweet about climate. Social change won't happen unless everyone agitates for it.
When you begin outreach, you may feel like you're not enough of an expert. If you're a typical academic, your expertise is a delta function: infinite knowledge about almost nothing.

If we only talked about what we actually research, most of us would have nothing to say.
Luckily, though, you can combine your general knowledge of the climate with an authoritative source of what the experts think on any subject: IPCC reports.

When I communicate, I almost always simply relay what the IPCC says because that's the best summary of what we know.
For example, I am not a hurricane expert. But I do know enough about the atmosphere that I'm comfortable communicating the IPCC's conclusions.

I think of this as translating the IPCC for the general public. The IPCC is far more accessible than the peer-reviewed literature, but it still is too difficult to read for most of the general public. There is great value in curating the important facts for Twitter.
When you tweet, be authentic. Find your voice and lean into it. I have a somewhat prickly personality — it's who I am.
If you're a scientist, your goal is to be influential. That's why people care so much about citations — it demonstrates their influence.

Twitter provides another way to be influential. A good tweet will get your ideas in front of 100,000x more people than will read your papers.
Twitter can help you be influential in other ways. Over time, a lot of reporters have followed me. If I tweet about something in the news, I'll often get an inquiry from reporters who are interested in my take on the subject.
In fact, sometimes your tweets get quoted.
And if you bitterly complain about something in an article, you can sometimes get a correction:
There's also a strange interest on Twitter for super geeky threads. I was shocked at how many people were interested in a 🧵 on the thermodynamics of air capture. If you see something interesting (and relevant to public dialogue), explain it on twitter.

Perhaps the best thing about Twitter is that I've made a lot of friends. There are people I interact with here that I've never met, but still consider to be friends. I feel that, if we met in real life, we could grab a beer and chat like old friends.
Because Twitter is like a hive mind, you can use it to get the answers to questions. This is much faster than emailing people (and I think less intrusive).
Junior scientists often wonder whether tweeting and having a bigger public profile will be bad for their career. We've all heard the story that Sagan never got into the National Academy because he was too much of a public figure.
I don't know if the Sagan story is true, but I feel that academia now recognizes the value of scientists speaking out (e.g., there are communication awards). I've not heard anyone disparage someone for having a high public profile.
If you do speak out, you have to decide what you are willing to say/advocate for. Some people stick to the science, while others are willing to talk about policy (what we *should* do).

@ClimateOfGavin talks about this in his Schneider lecture:
Over time, my communications have evolved. There was a time when I stuck to the science, but as climate has become a more urgent problem, I've decided that I should talk more about policy goals.
However, I aspire to make clear when I'm speaking as a scientist (about science) and when I'm speaking as a citizen (about policy). Scientists deserve deference when speaking on their scientific expertise, but not when giving their opinion about policy.
I (almost) never argue climate deniers on Twitter. I didn't go to grad school for 5 years so I could argue with FirstNameBunchaNumbers about whether the greenhouse effect violates the 2nd law of thermodynamics.
You'll never win an argument with someone like that and it's frustrating to try to talk sense into someone who's probably smart but is actively trying to not understand the physics. So don't engage on Twitter unless you think it's a good faith discussion.
Pro tip: Any tweet that starts with "Show me just ONE paper/experiment that proves [your point]" is not a good faith discussion.
So I think Twitter has without question increased my influence. I know a lot more people than I would w/o it and the things I write on twitter get a wider audience than if I were just muttering at my computer screen in my office.
So I encourage any scientist who wants to increase their influence to start tweeting about science & policy. I think it will be good for your career. Also, scientists arguably have an obligation to communicate their science. If you have questions or want advice, DM or email me.

• • •

Missing some Tweet in this thread? You can try to force a refresh
 

Keep Current with Andrew Dessler

Andrew Dessler Profile picture

Stay in touch and get notified when new unrolls are available from this author!

Read all threads

This Thread may be Removed Anytime!

PDF

Twitter may remove this content at anytime! Save it as PDF for later use!

Try unrolling a thread yourself!

how to unroll video
  1. Follow @ThreadReaderApp to mention us!

  2. From a Twitter thread mention us with a keyword "unroll"
@threadreaderapp unroll

Practice here first or read more on our help page!

More from @AndrewDessler

24 Sep
this is 100% right
tbh, I can't decide which I love more about my job: the short hours ...
Read 7 tweets
23 Sep
Cleaning my desk and finding a lot of interesting stuff. Turns out that things go from interesting to trash and back to interesting over 12 years.
I really need to clean off my desk more often. I am not sure this has been on my desk buried since 2007, but it’s possible.
Also on my desk: in 1989, Fred Singer sent this document to my father trying to get his support for this piece on “misuse of environmental science”. He gave it to me 10-15 years ago. I need to scan that in.
Read 8 tweets
22 Sep
Carbon cycle feedback, anyone?

California’s Wildfires Had an Invisible Impact: High Carbon Dioxide Emissions nytimes.com/2021/09/21/cli…
A carbon cycle feedback means that warming temperatures cause the release of more carbon dioxide (or other GHGs) and that this in turn causes more warming.

A warming climate leads to more forest fires, which release carbon into the atmosphere, is a classic carbon cycle feedback.
The other oft-discussed carbon cycle feedback is warming temperatures thawing permafrost, which then decays and releases GHGs into the atmosphere, leading to more warming.
Read 6 tweets
20 Sep
More on @ERCOT_ISO and the Texas grid. In a previous 🧵, we talked about how the supply of energy on the TX grid is very tight. This is not ERCOT's fault — it's a fault of the way the market is set up.

But that doesn't mean ERCOT is blameless. A 🧵:
ERCOT makes seasonal forecasts in order to ensure that supply is sufficient for the demand. You can find them here: ercot.com/gridinfo/resou…
For the last winter, we can compare these forecasts to forecasts we make from a large ensemble of climate model runs and to reality. More info can be found in the preprint written by my grad student, Jangho Lee (eartharxiv.org/repository/vie…).
Read 16 tweets
18 Sep
Why is Texas electricity both unreliable and expensive?

Let me tell you about some new research by my grad student, Jangho Lee.

A 🧵:
Using historical data we got from @ERCOT_ISO's web page, we developed a statistical model of electricity demand as a function of temperature and an inferred long-term trend of non-climate factors (e.g., population).
If we plug historical temperatures (ERA5) into the statistical model, we can reproduce almost exactly the historical power usage. This plot shows a comparison of seasonal maximum power:
Read 19 tweets
12 Sep
In case you’re wondering why 2 feet of sea level rise over the coming century matters, it’s because it turns a 2–4 foot storm surge into a 4–6 foot storm surge. That will increase the damage exponentially.
Sea-level rise impacts are non-linear so that going from. 3 ft storm surge to a 5 ft storm surge could increase the damage by orders of magnitude. It depends on local thresholds.
Ugh. Either Pielke is an idiot or he's intentionally misreading what I said. The data support both hypotheses, so I won't speculate on which is correct.

What I'm saying is this: if you add 2 ft of SLR to a 2-4 foot storm surge, you get the damage of a 4-6 ft storm surge.
Read 5 tweets

Did Thread Reader help you today?

Support us! We are indie developers!


This site is made by just two indie developers on a laptop doing marketing, support and development! Read more about the story.

Become a Premium Member ($3/month or $30/year) and get exclusive features!

Become Premium

Too expensive? Make a small donation by buying us coffee ($5) or help with server cost ($10)

Donate via Paypal Become our Patreon

Thank you for your support!

Follow Us on Twitter!

:(