Securing a safe, livable climate for humanity requires substantial investments in technologies and policies and a comprehensive, multi-time-scale and multi-path approach. Critically, many scientific and technological areas are presently underdeveloped yet are likely to be necessary parts of the long-term sustainable future. A key example is the technology that enables the direct capture of carbon dioxide (CO2) from the air.
— Previous article
The Global Competitiveness Report 2020: How Countries are Performing on the Road to Recovery. by WEF
Next article —
Formal and Informal Enterprises in Francophone Africa: Moving Toward a Vibrant Private Sector. by IDRC
You May Also Like
Villes, à vos données ! -July 2021. by Institut Montaigne
La pandémie du Covid-19 a démontré l’importance du recueil et de lapleine exploitation des données sanitaires, sociales ou…
Project Syndicate: The US Must Accept China’s Rise
BERLIN – Elections tend to bring differences to the fore. That is certainly true ofthe United States’ recent…
OCDE-Revue du système de passation des marchés publics en Algérie: Vers un Système Efficient, Ouvert et Inclusif
Sodipress vous propose un dossier élaboré par l’OCDE scrutant le système de passation des marchés publics en Algérie. Représentant plus…
Open data and data sharing: An economic analysis-Leibniz Information Centre for Economics
Data is an important business resource. It forms the basis for various digital technologies suchas artificial intelligence or…
Reimagining consumergoods innovation for the next normal-Mc Kinsey
Business leaders and consumers have adapted after the initial shock of the widespread lockdown that followed the outbreak…
Strengthening the IT security posture in corporates and industrials-Risk & Resilience Practice. by McKinsey
Organizations must decide which information-security risks theywillingly accept and where to invest to stay in balance.