📢 We're hiring a motivated postdoc or junior researcher to join our international, dynamic, and growing team to work on some exciting projects related to emerging climate solutions💡. Apply here 👉 https://t.co/1yC9TLMPno

📢New Review! Heat stress and the labour force. By @shourodasgupta, @soheilsh, @rjisungpark, @simon_gosling et al. https://t.co/MywmwpMMN3

Our paper "Solar Geoengineering, Learning, and Experimentation" will be published in the November 2024 issue of @JaereAere, co-authored with David Kelly, Juan Moreno-Cruz, and @soheilsh We look at how SGE deployment could accelerate or impede learning

We're happy to bring together some of the best researchers in the field of #climate and #Migration

We are looking for a #postdoc to join our team to incorporate #ClimateEngineering Technologies in the #IntegratedAssessmentModels of climate and economy. #geoengineering @IAMConsortium

Join our team to work on #ClimateEngineering Carbon Dioxide Removal (#CDR) Solar Radiation Management (#SRM) 12591- Climate Engineering Researcher (CDR/SRM) - CMCC Foundation ( https://t.co/gk5kfZLnL6) @geoengineering1 @EIEEorg

Delighted to host Dr. Emilson Silva from @AucklandUni to talk about the role of #critical minerals in energy #transition 👇Register for the online webinar

If you are running or working at a #SME in the EU, please take a moment and help us assess the EU #vulnerability to #decarbonization by taking part in this #survey. @LOCALISED_EU @CmccClimate @Assolombarda

👨‍🏫We're looking for a research assistant (masters degree) to join our team in Milan, Italy 🇮🇹 and work on variety of exciting data-driven #climatechange policy evaluation projects. Apply here👇 https://t.co/2CBwt3b6gI via @JazzDotCo

🌤️ Just accepted 🌤️ in @JaereAere: "Solar Geoengineering, Learning, and Experimentation" by David Kelly, Garth Heutel (@GarthHeutel), Juan B. Moreno-Cruz, and Soheil Shayegh (@soheilsh) Read it here: https://t.co/zKv1FoIy1H

Balancing the Risk of Tipping: Early Warning Systems from Detection to Management | Florian Diekert, @DanielHeyen, @FrikkNesje, @soheilsh #EconTwitter https://t.co/ibr0u9p7e1

There is also a short piece overviewing the paper if you don't have time to read the whole paper: https://t.co/jkAtWsTbAo

However, labor reallocation is comparatively more limited and homogeneous across scenarios. 🧵/6

Across scenarios, transitions are achieved through different combinations of transfers from brown to green, investments in green capital, and R&D. In particular, the fast transition pathway relies very heavily on transfers of capital from the “brown” to the “green” sector. 🧵/5

While emissions fall in all pathways to achieve the greening of the economy, the fast pathway requires substantial emission abatement efforts in the “brown” sector, which results in a sharp decline in emissions. 🧵/4

Our work uses the baseline #DICE model as its point of departure and makes a number of key modifications and extensions which allow us to model the green transition in a stylized but meaningful way. 🧵/3

We consider three transition pathways, each defined by the speed of the shift from a fossil-fuel dominated economy 🤎 to one dominated by renewable energy sources 💚: constant (linear), fast, and delayed. 🧵/2

🚨New paper alert 🚨 What does it take for the global economy to go green? In our new paper we try to answer this question by developing a new modeling framework for the green transition ⛽️➡️🔋 https://t.co/bNuMuXVA5k @EIEEorg @CmccClimate @NatRevEarthEnv @LOCALISED_EU 🧵/1

Interestingly, once malaria was eradicated in 1900s the positive impact of potato could be observed in previously-endemic areas! row (a) shows how potato helped non-endemic areas after 1700 row (b) shows malaria suppressed this trend but after 1900 similar trend emerged! 🧵/6

So it turned out that malaria actually suppressed the otherwise positive impact of potato on population/urbanization growth. Only non-endemic or very low endemic areas actually benefited from potato cultivation while higher endemic areas saw no significant changes! 🧵/5