The 1.5°C goal of the Paris Agreement is no longer viable
Scientists now say the Paris Agreement’s 1.5°C warming limit is effectively out of reach, prompting debate over what a realistic next target looks like and how much damage is already locked in. Commenters argue over priorities—nuclear vs. renewables, carbon pricing vs. greenwashing tech like large-scale CO₂ capture, personal lifestyle changes vs. structural reforms—and how to balance climate action with energy costs and development in poorer countries. Many see political short‑termism and fossil‑fuel interests, rather than technology, as the main obstacles, with growing pessimism about both climate impacts and the willingness of societies to accept meaningful sacrifices.
Paris 1.5°C Target and Overshoot
- Many say 1.5°C was never realistically achievable; talk of “overshoot and return” is seen as political face‑saving.
- Several note that every additional 0.1°C now has much larger marginal damage than earlier warming, so 2°C vs 3–4°C still matters a lot.
- Some argue framing as “the damage is already done” is harmful; they stress that it can always get much worse.
Policy, Politics, and Global Responsibility
- Repeated theme: the bottleneck is politics, not technology or economics.
- Strong frustration with US withdrawal/obstruction, EU mis‑prioritization (hydrogen, biofuels, CCS over EVs/heat pumps), and fossil‑fuel lobbying.
- Debate over sanctions or border measures for high‑emitting countries; concern that unilateral cuts just outsource industry.
Energy Mix: Nuclear, Renewables, Fossil Fuels
- One camp: large‑scale nuclear build‑out decades ago could have largely solved the problem; anti‑nuclear activism and policy are blamed.
- Counter‑camp: new nuclear is too slow, expensive, fuel‑limited, and politically constrained; system studies cited that wind/solar + storage are cheaper.
- Agreement that renewables and electrification (EVs, heat pumps) are scaling fast, especially in China, but global fossil use is still rising.
Carbon Capture, Geoengineering, and “Tech Will Save Us”
- Broad skepticism of direct air capture: energetically enormous, expensive, currently tiny scale; seen as fossil greenwashing and “magic future tech”.
- Some see targeted CCS for cement and other hard‑to‑abate sectors as potentially useful.
- Geoengineering ideas (sun‑blocking, lunar dust, DAC megaprojects) are floated; others warn this is speculative and risky.
Transport, EVs, and Night Trains
- Night trains: structurally uncompetitive vs flights due to low capacity (beds), asset utilization, storage, and infrastructure cost.
- Some still see potential with better design and policy (tax jet fuel, support rail).
- Strong pro‑EV sentiment: lifecycle emissions much lower than ICE; others note cost, charging access, and industry resistance.
Individual Behavior vs System Change
- Persistent tension: lifestyle changes (less meat, fewer flights, fewer kids) vs focusing on structural levers (carbon pricing, regulation, banning new ICE/gas boilers).
- Many dismiss “paper straw”‑style measures as symbolic distractions pushed by corporations to shift blame.
- Others argue individual demand ultimately drives corporate behavior, and voting, activism, and career choices in climate tech matter.
Equity, Development, and Population
- Developing countries point out historic emissions and per‑capita gaps; resentment at being told to “stay poor”.
- Some advocate fewer children in rich countries; others warn of demographic collapse, justice issues, and “outsourcing” population via migration.
Emotional Responses and Outlook
- Thread oscillates between deep climate doom, anger at elites, and a minority insisting on pragmatic optimism and long‑term work in clean energy.
- Several climate‑tech workers describe staying in the field despite funding swings and AI hype, seeing it as the only meaningful long‑term path.