Social scientists researching climate change.
With the discussion here on HN often about how misaligned the incentives are and with the replication crisis in mind I get it that funding was cut (https://en.m.wikipedia.org/wiki/Replication_crisis).
Social scientists researching climate change.
With the discussion here on HN often about how misaligned the incentives are and with the replication crisis in mind I get it that funding was cut (https://en.m.wikipedia.org/wiki/Replication_crisis).
It's about understanding how a society can change due to climate change, not understanding the actual mechanics of climate change. Do you think that understanding whether or not conflicts stemming from climate change are not useful?
Not explain to me how that works for a state like Arizona, where the closest salt water body is ~80km to the state boundary, yet the closest metro area (Tucson or phoenix) is 250+km. How does processing and delivery get paid for? Note those are the two closest areas.
I picked AZ because there are neighborhoods growing and some are having to rely on trucked in water.
I agree that foreign aid is a good way to avoid conflict. I'd love to see the US help the entire world have access to clean water. Shame that they dismantled the apparatus for providing it.
Federal budget is federal budget.
Different funds are appropriated for different purposes, funding the kind of research you're talking about would likely be connected to an NSF grant or a national lab. Note as well that science, like everything else, experiences diminishing returns. Putting 1000x the money into water treatment research won't get you 1000x the return. Allocating funds at the scale of the federal government isn't zero sum; you can saturate the amount of funding it's possible to provide, and it does make sense to spread funding around many different areas.
Incidentally, that research you want to see is probably in jeopardy because the grant funding it contains forbidden words like "environment."
Unless of course you happen to be one of the people actively and directly causing the problem they're studying. Then it might seem like a smart idea to put those people out of work.
This misunderstanding lead you astray: this is social scientists studying social impacts. Look at the list of the most recent awards - all of these sound like good social science and useful things for the DoD to fund since, for example, climate change-caused economic woes and migration were key to events they do directly care about like the Syrian civil war and rise of ISIS.
Conflict Resilience Across Scales: Theory and Data to Evaluate Societal Resilience to Water and Climate Shock
Anticipating Coastal Population Mobility: Path to Maladaptation or Sociopolitical Stability
Modeling Climate-Induced Societal Adaptation and Population Displacement
They seem more qualified for that specific question than climate scientists, honestly.
They both have nukes. If a war between them turned nuclear it would of course be pretty bad for the people of those countries, but you might think that the rest of the world would be OK. After all both of them only have fairly small warheads, mostly around the size of the nukes the US used in WWII.
Unfortunately that is not the case. Even if they only nuked each other, an exchange of around 100 of their nukes from each side (about 1/3 of their arsenals) directed at each other's major population centers would be felt around the world.
Here's a paper that analyzed this [1], and an article about it [2].
Here's the abstract from that paper:
> A limited nuclear war between India and Pakistan could ignite fires large enough to emit more than 5 Tg of soot into the stratosphere. Climate model simulations have shown severe resulting climate perturbations with declines in global mean temperature by 1.8 °C and precipitation by 8%, for at least 5 y. Here we evaluate impacts for the global food system. Six harmonized state-of-the-art crop models show that global caloric production from maize, wheat, rice, and soybean falls by 13 (±1)%, 11 (±8)%, 3 (±5)%, and 17 (±2)% over 5 y. Total single-year losses of 12 (±4)% quadruple the largest observed historical anomaly and exceed impacts caused by historic droughts and volcanic eruptions. Colder temperatures drive losses more than changes in precipitation and solar radiation, leading to strongest impacts in temperate regions poleward of 30°N, including the United States, Europe, and China for 10 to 15 y. Integrated food trade network analyses show that domestic reserves and global trade can largely buffer the production anomaly in the first year. Persistent multiyear losses, however, would constrain domestic food availability and propagate to the Global South, especially to food-insecure countries. By year 5, maize and wheat availability would decrease by 13% globally and by more than 20% in 71 countries with a cumulative population of 1.3 billion people. In view of increasing instability in South Asia, this study shows that a regional conflict using <1% of the worldwide nuclear arsenal could have adverse consequences for global food security unmatched in modern history.
[1] https://www.pnas.org/doi/10.1073/pnas.1919049117
[2] https://news.climate.columbia.edu/2020/03/16/even-limited-in...