This House believes that geoengineering is an unacceptable risk.

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Verdict Leaning wins · 3 points
Leaning Pro
3
Magoroth Con
0

After 3 votes (0 ties) — 3 points ahead

Burden of proof

Pro

Pro is taking a more hardline stance on this topic, arguing that geoengineering should absolutely not be used, at least in the short term. Con has more leeway to argue how and when geoengineering could be used. Both sides could carry an equal burden depending on Con's stance, but the default places the burden on Pro.

Definitions

geoengineering
refers to the large-scale, intentional manipulation of Earth's climate systems to counteract the effects of climate change. It is typically divided into two main categories: Carbon Dioxide Removal (CDR) and Solar Radiation Modification (SRM).
This debate requires a mutual acceptance that climate change is a thing that is happening, with the debate itself stemming from whether geoengineering is an appropriate way to tackle it given the risks. Geoengineering includes a set of technologies that have much wider reaching effects, for better or worse, and functions more as an intervention rather than a preventative measure as other methods do. Is the risk of investing time and resources into it, as well as the broader impacts of testing it, worth it for the potential benefits?

Round 1

1 of 3
avatar
Leaning Global Moderator
Pro #1

The Two Technologies


SRM

https://esd.copernicus.org/articles/15/307/2024/

Control F - 5 Conclusions

This science paper seems to argue that Solar Radiation Modification would be pollutive and costly to implement, reducing resources that could be spent on the problem and not postponing it as the planet continues to grow worse without fixing the actual problem.


CDR

https://skepticalscience.com/what-you-need-to-know-cdr.html

"delaying emissions reductions today and relying instead on CDR later would be exceptionally expensive."


Geoengineering is ‘no substitute’ for cutting emissions, new studies show

https://skepticalscience.com/geoengineering-no-substitute-for-cutting-emissions.html

Attempts to limit climate change by removing carbon dioxide directly from the atmosphere would not prevent the irreversible damage to the oceans, according to a new study.


The political side,

"Consider the “London Fog,” one of the most well-known examples of an environmental problem that persisted for decades without meaningful reform. For more than a century across the nineteenth and twentieth centuries, Londoners lived with a lethal smog that blanketed the city. It was such a feature of everyday life that it became normalized in media at the time; the opening chapter of Charles Dickens’s Bleak House famously characterizes a dense fog that chokes the city as an ordinary part of urban life. It wasn’t until 1956, when political conditions made action possible and people also saw pollution as a preventable public health problem, that the Clean Air Act was passed in the United Kingdom."

https://behavioralscientist.org/climate-change-is-getting-worse-why-dont-we-see-more-action/


NUCLEAR WAR

"Vasili Arkhipov, was a vice admiral in the Soviet Navy. He is best remembered for preventing nuclear war during the Cuban Missile Crisis in 1962.

At the time of the crisis, Arkhipov was serving as chief of staff of a Soviet submarine flotilla and was aboard the submarine B-59 as executive officer. Launch authorization required the agreement of all three senior officers. When U.S. destroyers dropped stun grenades near the submarine, its captain and the political officer believed war had begun and prepared to launch a nuclear torpedo against United States Navy ships.[1] Arkhipov refused, and his decision prevented the use of nuclear weapons."

https://en.wikipedia.org/wiki/Vasily_Arkhipov


I ARGUE,

Saving the planet seems unlikely,

We should save our own people and nations, and the planet will kill off enough of the people that the man caused pollution rate drops.

Then the few people that survive can legislate new laws that regulate lower emissions in society.


Wars and conflict between countries disrupt long term planning, as countries strive to achieve the short term.

Then consider the odds of something Earth shattering such as nukes, risk that will rise as the third world slowly improve their tech and military power.


Geoengineering is of limited effectiveness compared to lowering emissions.

Geoengineering is a temporary solution that allows the problem to get worse.

Geoengineering is unpredictable in it's theoretical effects.

If we 'were to settle upon a solution, it would be the lowering of emissions.

But I say an even better solution would be to bunker down our nations for the inevitable.

avatar Con #2

Good morning Leaning. Looking forward to this debate with you.


To start, it seems the two main techniques that are being talked about at present are carbon dioxide removal (CRD) and solar radiation modification (SRM). Of these two, SRM is generally regarded as being safer but taking a far longer amount of time to implement.


Now, the “Pro” side of this debate has to argue that they are an “unacceptable” risk and other techniques should be tried. On my end, I am reading this as the techniques having drawbacks that could e.g. potentially worsen climate change. I personally find this a little unlikely, and my opponent has taken the stance that they are “unsafe” and “should not be used” due to theirs likely having little effect. I will be arguing against this stance, in that case.


First, consider what geoengineering amounts to. It is effectively a relatively easy form of terraformation. Engaging in geoengineering, even at present when there are doubts as to its efficacy, will help teach valuable lessons for terraforming other planets, such as Mars. Mars’ problems are obviously quite different, but at least engineers will get a feel for how difficult terraformation is, what kind of logistical problems arise, money issues, etc. So even if the techniques are different, we will learn valuable lessons. And that’s not to state that things we learn here on Earth may end up being useful over there too.


Second, I feel like refraining from using geo-engineering *at all* is a form of throwing the baby out with the bath-water. Even if you achieved net-zero emissions, what are you going to do about the carbon dioxide that’s already in the atmosphere? It won’t just go away on its own and it will contribute to heating up the planet. A combination of techniques must be tried, including climate change mitigation AND geo-engineering; merely achieving null emissions does not change things.


Thirdly, it is true that geo-engineering has unpredictable effects. However, limiting emissions by itself won’t produce any results. Even if we agree to wait to research more methods, we still need some way of achieving “negative” emissions or to effect climate change in the other direction.


I await my opponent’s reply.

Round 2

2 of 3
avatar
Leaning Global Moderator
Pro #3

GEOENGINEERING DEFINITION AND SAFETY

Debate definition states,

"geoengineering

refers to the large-scale, intentional manipulation of Earth's climate systems to counteract the effects of climate change."


"Researchers stress that these detection efforts are still in their infancy. As of now, they believe that solar geoengineering has only been attempted at a very small scale, despite the claims of conspiracy theorists."

https://csl.noaa.gov/news/2024/420_1202.html


How can something that we need to implement at the large scale to know it's effects, be 'easy or safe?

Keep in mind how much it would cost to implement, costs that could better be spent on lowering emissions.


SAFETY

"Even if we could use solar geoengineering to reduce the average temperature of Earth, the cooling effects wouldn't be uniform across the globe. Inconsistent cooling could cause changes in precipitation patterns and in turn affect food and water security. For example, some models suggest that stratospheric aerosol injection could disrupt the Asian and African summer monsoons, which are crucial for agriculture. Meanwhile, the sulfur particles that some geoengineering methods use could cause air pollution and increase acid rain. Messing with the atmosphere could even turn the sky white."

https://www.sierraclub.org/sierra/2023-3-fall/stress-test/solar-geoengineering-could-wreak-havoc-planet


Who is going to pay for all this Geoengineering?

Will countries stand idly by if the effects are not to their liking?

If their countries starve or thirst?

Then when they declare war and further disrupt and Geoengineering or Emission Cutting?


"termination shock: The planet would rapidly heat to account for all the new carbon dioxide and other heat-trapping gases released since the climate intervention began but suppressed by the radiation management.

“I compare solar geoengineering to opiates,” said Keutsch. They’re really strong painkillers in that they only treat a symptom and not the actual cause. You can get addicted if you don’t address the cause. Like any painkiller, you’re going to have side effects; the idea that you can have a strong painkiller without side effects is not true. And, as for the withdrawal symptoms, that’s the termination shock."

https://salatainstitute.harvard.edu/the-science-and-ethics-of-solar-geoengineering/



TIME

Geoengineering wastes time and resources that could be used in stopping the excess pollution 'now.

It encourages people to think everything is fine, when it's not.


CARBON DIOXIDE IN THE ATMOSPHERE

"A carbon sink is a type of carbon pool that has the capability to take up more carbon from the atmosphere than it releases."

https://en.wikipedia.org/wiki/Carbon_sink

Plants eat carbon dioxide, therefore if we stop polluting more than plants can handle, the plants will eat the extra carbon dioxide already in the atmosphere.


ONLY PLANET WE LIVE ON

It would be nice to attempt Geoengineering on Mars, but we should not use it on Earth.

If something goes wrong, this is the 'only place humans can currently survive.

If things go wrong, then even this won't be a place we can survive.


I ARGUE,

Saving the planet seems unlikely at this time,

Sure, let's 'try to cut down on pollution, save it if we 'can. But our main concern should be walling up and bunkering down our people.

In supplies, shelter, military strength, and strong borders.

The one thing we can control is 'our country, we can't control all the others and force them to not pollute.

And even if later on countries decide to change, a lot of the global warming effects will be around for a while. We need to take care of our own people.

avatar Con #4

Anything can be said to be unsafe or improper.


From where I’m sitting, I believe you are saying that geo-engineering is in infancy, and so most researchers agree it is unlikely to have any real effects at this point. However, you’re also making the point that it would somehow be detrimental (the comparison with opiates).


These points don’t really mesh together. How can you have a method that is both unlikely to have much of an effect, and one is unsafe to boot? It’s either one or the other.


The first “pre-requisite” to this debate was belief in climate change as a reality. What if you don’t believe in climate change? What even is climate change? It’s not a natural variation in the Earth’s climate, it’s human-driven activity that supposedly heats up the planet. Well, if you don’t believe in climate change, why would you believe in “geo-engineering”? These are kinda one and the same. I believe that geo-engineering is unlikely to cause any ill-effects.


Well, if you take climate change as a reality, then we need to talk about timeframes. How soon do we need the whole warming up of the planet reversed? How much risk can we take?


I still think that stopping emissions would not reverse the damage that climate change would’ve hypothetically caused. Geo-engineering methods would, in theory, be capable of reversing these changes, since they’re a form of climate change in the opposite direction, so to speak.


Also, one other point to consider is - people keep talking about net zero emissions, but is this even achievable without reverting to a pre-industrial-state of technology? Without 100% net-zero emissions, climate change will still occur, albeit at a slower pace. Well, the text of this debate doesn’t specify what the author meant by geo-engineering. Were they referring to modern methods of geo-engineering, or just to anything that could “change” a planet on a global scale?


If the latter, then the answer to “should geo-engineering be used” is a resounding yes because at some point, even if you slow down climate change, you’re still gonna have to reverse it. Merely slowing it down won’t achieve much.



Round 3

3 of 3
avatar
Leaning Global Moderator
Pro #5

Unsafe or Improper

Anything can be said to be unsafe or improper, but some things can be said to be 'more unsafe or improper and with more reason.

One would not say the many deaths in the Darwin awards were 'as unsafe and as improper as every other type of action people could take.


Geoengineering is unexpected to have the effects we 'want to happen, and will impede the effects we need to happen.

We need to stop polluting so much.

But Geoengineering can 'still have large effects on stuff we 'don't want to happen.

If someone stuffs too much powder in a cannon with the intent of hitting a target, it might be unlikely to have any of the effect they want (Hitting the target)

But it can still have a huge effect of blowing the cannon and nearby people up when the cannon explodes.


Pre Requisite

The existence of Climate Change Isn't up for debate I think. It's existence is required to be accepted in the debate description.

If one believes Geo Engineering would do nothing, then it would be a waste of resources.

If a scientist or recognized expert says a bomb can explode and damage a person, then one should listen to the scientist.


When can it be stopped?

I argue the debate is about what immediate action we should take for global warming


If a person without a driving license asks to drive a car,

The answer is no.

While they may be able to drive a car after they get their drivers license, no on takes that as a yes, the immediate answer to the question is obviously no.

And for this debate, the immediate question of whether we should use geoengineering is no.

As I've argued and sourced in round 1, of how geoengineering is untested, dangerous, and will delay much needed emission cutting.


Are zero emissions possible?

According to this source, yes.

https://newscenter.lbl.gov/2021/01/27/getting-to-net-zero-and-even-net-negative-is-surprisingly-feasible-and-affordable/


And again I argue, the question of Geoengineering is in the immediate response to global warming, not some far future when we understand the technology better.

New comment

avatar
whiteflame Global Moderator
•••
#18
--> @Leaning

The time scale is the main question, not so much whether what’s mentioned as effects of climate change could happen. It’s hard to predict when it will happen, though, so I get your point.

avatar
•••
#17

"Con has more leeway to argue how and when geoengineering could be used"

This to me seems like a lot of possibilities for Con. To be able to argue "when" it should be used, it means person can basically argue for it to be used just for one day, even if it's large scale, the large scale remains largely undefined, so a lot of things can be large scale.

avatar
Leaning Global Moderator
•••
#16
--> @SatanLucy, @whiteflame

@whiteflame
I wonder if we 'have enough time to test geoengineering much, and if big changes from climate change happen as some people claim,
Then the the people will be clamoring for government to do 'something.

Despite what a lot of scientists claim, I still find the worst climate change worries hard to believe.
Just so outside the norm of what one is used to.


@SatanLucy
If it wasn't for the debate definition, I agree that'd be a great tactic.

"geoengineering
refers to the large-scale, intentional manipulation of Earth's climate systems to counteract the effects of climate change."

Course on another hand, "large-scale" could be interpreted as regional, honestly cities and states 'are pretty large.

avatar
•••
#15

Con had ways to win this, if he just focused on very small scale low cost geoengineering. Cuz debate description gave him full freedom on "how". then the debate would just be on if that small cost is better used elsewhere.

avatar
whiteflame Global Moderator
•••
#14
--> @Leaning

I’ll keep it simple:

Global warming? Happening and a growing problem.
Cutting emissions? Necessary, but almost certainly insufficient at this point.
Geoengineering? Probably necessary, but has to be carefully managed, tested, and controlled. Full speed ahead causes way more problems than it solves.

avatar
Leaning Global Moderator
•••
#13
--> @whiteflame

Thanks for voting,
What's your take on Global Warming, Cutting Emissions, and Geoengineering?

avatar
whiteflame Global Moderator
•••
#12

I'll be voting here next, guys. Hopefully have something up tomorrow.

avatar
Leaning Global Moderator
•••
#11
--> @SatanLucy

Thanks for voting,
Victory does seem likely, Con having forfeited final round.

avatar
•••
#10

I hope no issues arise because my vote doesnt have 1000 words. this debate was extremely short and writing more words would just be unnecessary and its a foregone conclusion anyway.

avatar
Kohai Administrator
•••
#9
--> @Leaning, @Kohai, @Magoroth

>Reported Vote: Kohai // Mod action: Removed
>Voting Policy: https://www.debatecraft.com/debates/vote-rubric
>Voted for: tie
>Reason for Decision: other
>Reason for Mod Action:
removed

avatar
Kohai Administrator
•••
#8

---Kohai's former vote---
Voted for: tie
test vote will remove
To start, it’s not totally clear what Pro is advocating. (They recommend a few contradictory things, including “bunker[ing] down our nations for the inevitable,” though it’s not clear how that supports the resolution, specifically geoengineering being too big of a risk. However, since neither side defines “risk,” I’m willing to give leeway to Pro to list basically any downsides of geoengineering that could lead to risks further down the road, specifically since the description includes “investing time and resources into [geoengineering]” as a type of risk. Pro’s main point (well, the only one I see that really ties to the resolution), is that geoengineering isn’t super effective and the resources could be better used elsewhere. Pro also links to a source indicating genoengineering could cause some risk from inconsistent cooling. Not a ton of elaboration there, but it at least alludes to a cost-benefit analysis.

Con’s main point is that there are some things that only geoengineering could achieve, like reversing the amount of carbon dioxide in the atmosphere. On the one hand, I think this point is more elaborated on than Pro’s. On the other hand, Pro’s analysis at least made a mention of cost-benefit analysis (i.e. resources being spent here are better spent elsewhere). So even if geoengineering could hypothetically do something well, Con isn’t telling me what I should realistically expect from geoengineering beyond potential. Pro also points out that plants could remove some CO2 from the atmosphere, so geoengineering might not be necessary for this.
To start, it’s not totally clear what Pro is advocating. (They recommend a few contradictory things, including “bunker[ing] down our nations for the inevitable,” though it’s not clear how that supports the resolution, specifically geoengineering being too big of a risk. However, since neither side defines “risk,” I’m willing to give leeway to Pro to list basically any downsides of geoengineering that could lead to risks further down the road, specifically since the description includes “investing time and resources into [geoengineering]” as a type of risk. Pro’s main point (well, the only one I see that really ties to the resolution), is that geoengineering isn’t super effective and the resources could be better used elsewhere. Pro also links to a source indicating genoengineering could cause some risk from inconsistent cooling. Not a ton of elaboration there, but it at least alludes to a cost-benefit analysis.

Con’s main point is that there are some things that only geoengineering could achieve, like reversing the amount of carbon dioxide in the atmosphere. On the one hand, I think this point is more elaborated on than Pro’s. On the other hand, Pro’s analysis at least made a mention of cost-benefit analysis (i.e. resources being spent here are better spent elsewhere). So even if geoengineering could hypothetically do something well, Con isn’t telling me what I should realistically expect from geoengineering beyond potential. Pro also points out that plants could remove some CO2 from the atmosphere, so geoengineering might not be necessary for this.

avatar
Leaning Global Moderator
•••
#7
--> @Savant

Thanks for voting,
I'm not actually sure plants 'can remove CO2 from the atmosphere.

Frameworks, Hm, I suppose it's better to state them clearly, but I think I often forget, and instead imply frameworks by my arguments.

avatar
whiteflame Global Moderator
•••
#6
--> @Leaning

That wasn’t my impression when I read your opening. You clearly did your research here, but there’s always more to do.

avatar
Leaning Global Moderator
•••
#5
--> @whiteflame

Ah. . .
I still know nothing about global warming or Geoengineering.

avatar
Leaning Global Moderator
•••
#4
--> @SatanLucy

Woo!
Top of the food chain!
No one causing trouble to humans but us!

avatar
•••
#3

I like how humanity wants to solve problems caused by humanity. Apparently, trying to solve problems you cause isn't exactly a perfect plan. It's like shooting yourself in the foot and then trying to heal. And doing it over and over. And of course, fixing problems you cause might seem logical at first, however it is merely treating the symptoms, which will appear again more and more because you keep causing more problems. And at some point, not even symptoms can be treated any more due to too many problems caused.

avatar
•••
#2
--> @whiteflame

Shaaaaame :p

avatar
whiteflame Global Moderator
•••
#1

Nice, one of my topics. Yes, it's science and no, I'm not apologizing.

whiteflame
whiteflame Global Moderator
#3
Criterion Pro Tie Con
Winner
I'd say both sides in this debate are undercutting their own positions, which makes it a bit difficult to parse who's winning.

Pro starts relatively strong, running down examples of the failures of geoengineering (they could use more details and some of them are less harms than trade-offs, but there's some good offense here), and gives a pretty solid summary of the issues with geoengineering to end his case. There's also some discussion of masking the broader problem and an assumed trade-off between pursuit of geoengineering and lower emissions. Pro also makes a surprisingly defeatist argument that largely just assumes some of the worst impacts of climate change will happen and accepts the massive costs that will accompany it. I get the idea here - that this is a challenge to the notion that we have to do something and address the slide towards some of the worst impacts - but the argument is nonunique at best and an active detriment that Con could have exploited at worst. Be careful what you hand your opponent in terms of points, particularly if it's an argument that just accepts a massive loss of life as a given when your opponent has potential solutions on the table.

Con has some inconsistencies as well, though the biggest thing that his case is missing is support for his claims. CRD and SRM are complex topics and only Pro is giving me any evidence that explains how they work. Both sides could have improved the delivery on that information, but being absent sources entirely, Con lets Pro get the edge on understanding how geoengineering works in its various forms, which is not good when you're the side defending its use. The rest of Con's case is split into practical benefits, laying out how essential it is to pair mitigation with geoengineering (good point, though I badly needed some numbers to establish that this is true), and the need to pursue terraforming, which is a much weaker point. Con doesn't establish any degree of probability that Mars can even be terraformed, let alone how the specifics of terraformation through geoengineering could be applied there. It's a pie in the sky argument that largely just assumes Earth isn't going to be sustainable in the long term and that we need to go elsewhere to sustain life. Pro has some good responses to this later regarding Earth being the only planet we know humans can survive, and I don't see any responses to that.

Once we enter the second round, Pro's positions firm up with a few responses (not all of them great - the argument that plants will simply consume all the lingering CO2 if we stop spewing it into the atmosphere is a pretty weak assertion, but also one without a response), and lays out a set of geopolitical problems as countries are affected beyond those who commit to geoengineering, some of the strongest points of the debate.

Con's final points (unfortunately cut off due to the lack of a final round) just don't add much to the debate. There's a lot of suggestion that we have to do something that doesn't really add to his previous points. Con poses a lot of questions that aren't really arguments, but do suggest broader points that could have improved his case. There's discussion of net zero emissions, but again, Con doesn't support it and he lets Pro not only get the last word on the subject in R3, but also support that word with evidence.

The long and short of it is that Pro's side of the debate just has a clearer set of impacts that are supported by the evidence. Not all of his arguments are helping him, but I don't see Con taking much advantage of that. Meanwhile, Con has several powerful arguments, but they just never get fleshed out or supported enough to function as strong counters to Pro's case or as independent advantages. Con drops the terraforming argument in R2 entirely and there's just not enough meat to the argument that geoengineering is a necessary risk we must take. It's an important point that should have gotten more attention, but assertions with a few minor warrants aren't going to be enough to make it. I vote Pro.
Criterion Pro Tie Con
Winner
Before voting, I will set victory conditions for both debaters.

Victory conditions for Pro are:

Geoengineering is more harmful than beneficial (thus inaction is preferable).

Costs required for geoengineering could be better used elsewhere (thus some other action
is preferable).

Should either of these be true, Pro wins.

If first is false, but second true, its still a win for Pro.

Victory conditions for Con are:

Geoengineering is more beneficial than harmful (so it is action which is positive).

Costs required for geoengineering could not be better used elsewhere (so no better use of
resources exist, thus its a correct choice).

Both of these must be true for Con to win, because Con argues for
geoengineering. So if first is true, but second isnt, case still isnt justified because
better action exists.


SRM

Pro opens by saying resources should be used on solving the problem and not postponing it.
Says SRM is pollutive.


CDR

Argues that CDR is expensive, and irrepairable damage to oceans.



Gives example of London as example of reducing pollution by other means.


Says that problem of pollution will solve itself if not solved by humans.


Wars and conflicts between countries make planning difficult.

Geoengineering is of limited effectiveness compared to lowering pollution emissions,
and a temporary not permanent solution which costs a lot.





Con says geoengineering produces valuable lessons.

Says "what will you do with all Co2 already in atmosphere.


Pro questions safety of unknown effects of geoengineering on large scale.

Pro makes case that consequences of geoengineering if applied just locally could be
devastating to some areas.

Pro says CO2 naturally reduces if emissions reduce.


Con says that not doing geoengineering is a risk of its own, and that zero emissions are
unachiavable (true, cuz humans produce emissions by merely existing).


Pro gives source that zero emissions are possible. I dont believe it, but Con doesnt
respond and forfeits final round.


Conclusion:

Con didnt respond to Pro's argument of resources better used elsewhere, so it is dropped.

Con likewise didnt respond to reducing emissions and reducing CO2 in that way, and thus
solving problem instead of symptoms.

Con likewise didnt challenge that geoengineering has a chance to produce risk, because
its stepping into the very unknown territory.

Con didnt respond that geoengineering isnt the only way or best way to solve current CO2.


With these points dropped, second victory condition for Pro is effectively met,
and first victory condition is met too to a large degree.

My vote is shorter than usual, because this debate is shorter than usual, so I hope no issues arise because my vote doesnt have enough words in it.
Savant
Savant Administrator
#1
Criterion Pro Tie Con
Winner
Neither side proposes a framework, meaning I will have to weigh this at the contention level.

To start, it’s not totally clear what Pro is advocating. (They recommend a few contradictory things, including “bunker[ing] down our nations for the inevitable,” though it’s not clear how that supports the resolution, specifically geoengineering being too big of a risk. However, since neither side defines “risk,” I’m willing to give leeway to Pro to list basically any downsides of geoengineering that could lead to risks further down the road, specifically since the description includes “investing time and resources into [geoengineering]” as a type of risk. Pro’s main point (well, the only one I see that really ties to the resolution), is that geoengineering isn’t super effective and the resources could be better used elsewhere. Pro also links to a source indicating genoengineering could cause some risk from inconsistent cooling. Not a ton of elaboration there, but it at least alludes to a cost-benefit analysis.

Con’s main point is that there are some things that only geoengineering could achieve, like reversing the amount of carbon dioxide in the atmosphere. On the one hand, I think this point is more elaborated on than Pro’s. On the other hand, Pro’s analysis at least made a mention of cost-benefit analysis (i.e. resources being spent here are better spent elsewhere). So even if geoengineering could hypothetically do something well, Con isn’t telling me what I should realistically expect from geoengineering beyond potential. Pro also points out that plants could remove some CO2 from the atmosphere, so geoengineering might not be necessary for this.

After the opening, Con doesn’t really meaningfully respond to Pro’s main points. He asks “How can you have a method that is both unlikely to have much of an effect, and one is unsafe to boot?” but I think Pro’s point was that geoengineering could have certain risks as well as being expensive to even get to the point of being effective. Like, it’s ineffective and even if it was effective it might be detrimental. Pro doesn’t reiterate/defend this in the final round, so it does mitigate his points, but it’s not elaborated on enough from Con to address the risks being brought up by Pro as well as the sources Pro references to.

In the final round, Pro is defending enough of his points that went unaddressed by Con (e.g. “waste of resources”) to make this debate decisive in favor of Pro, and even without that, I think Pro was the only one providing a cost-benefit analysis with enough backing to defend his side.

I think Con’s strongest point was that geoengineering could mean very broad things, and Pro’s source on net-zero isn’t necessarily rebutting that geoengineering contributes to that. But Con isn’t giving the kind of cost-benefit analysis and in-depth response to Pro’s points that would be needed to take advantage of this. Pro also says “I argue the debate is about what immediate action we should take for global warming” which goes dropped by Con due to the forfeit and severely mitigates Con’s case. Hence, I vote Pro.

Reported by: Insomniac | Reason: other

test

Removed Votes

Kohai
Kohai Administrator
test vote will remove
To start, it’s not totally clear what Pro is advocating. (They recommend a few contradictory things, including “bunker[ing] down our nations for the inevitable,” though it’s not clear how that supports the resolution, specifically geoengineering being too big of a risk. However, since neither side defines “risk,” I’m willing to give leeway to Pro to list basically any downsides of geoengineering that could lead to risks further down the road, specifically since the description includes “investing time and resources into [geoengineering]” as a type of risk. Pro’s main point (well, the only one I see that really ties to the resolution), is that geoengineering isn’t super effective and the resources could be better used elsewhere. Pro also links to a source indicating genoengineering could cause some risk from inconsistent cooling. Not a ton of elaboration there, but it at least alludes to a cost-benefit analysis.

Con’s main point is that there are some things that only geoengineering could achieve, like reversing the amount of carbon dioxide in the atmosphere. On the one hand, I think this point is more elaborated on than Pro’s. On the other hand, Pro’s analysis at least made a mention of cost-benefit analysis (i.e. resources being spent here are better spent elsewhere). So even if geoengineering could hypothetically do something well, Con isn’t telling me what I should realistically expect from geoengineering beyond potential. Pro also points out that plants could remove some CO2 from the atmosphere, so geoengineering might not be necessary for this.
To start, it’s not totally clear what Pro is advocating. (They recommend a few contradictory things, including “bunker[ing] down our nations for the inevitable,” though it’s not clear how that supports the resolution, specifically geoengineering being too big of a risk. However, since neither side defines “risk,” I’m willing to give leeway to Pro to list basically any downsides of geoengineering that could lead to risks further down the road, specifically since the description includes “investing time and resources into [geoengineering]” as a type of risk. Pro’s main point (well, the only one I see that really ties to the resolution), is that geoengineering isn’t super effective and the resources could be better used elsewhere. Pro also links to a source indicating genoengineering could cause some risk from inconsistent cooling. Not a ton of elaboration there, but it at least alludes to a cost-benefit analysis.

Con’s main point is that there are some things that only geoengineering could achieve, like reversing the amount of carbon dioxide in the atmosphere. On the one hand, I think this point is more elaborated on than Pro’s. On the other hand, Pro’s analysis at least made a mention of cost-benefit analysis (i.e. resources being spent here are better spent elsewhere). So even if geoengineering could hypothetically do something well, Con isn’t telling me what I should realistically expect from geoengineering beyond potential. Pro also points out that plants could remove some CO2 from the atmosphere, so geoengineering might not be necessary for this.