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How can sustainability science avoid paralysis in the face of complexity and ensure it catalyses meaningful action? The key lies in practising the science and art of simplexity, argues Bassel Daher.
Transforming wastewater treatment into a system that closes the nutrient cycle is paramount to achieve a fairer, healthier and cleaner future, argues Cees Buisman.
Advanced remote sensing shows illegal deforestation as it happens, allowing for prompt action when there is the political will to stop it, argues Stuart Pimm.
Scaling up adoption of green technologies in energy, mobility, construction, manufacturing and agriculture is imperative to set countries on a sustainable development path, but that hinges on having the right workforce, argues Jonatan Pinkse.
Apprehensions about job losses in incumbent industries can hold up sustainability transformations unless policymakers bolster efforts towards job reskilling programmes, argues Marko Hekkert.
The rapid increase in plastics waste is worrying, but approaching sufficiency in a broader sense can tackle much more than plastic waste streams only, argues Sylvia Lorek.
When strategizing the design of sustainable polymers, the timescale must be an essential dimension, that is, even for bio-based and/or biodegradable plastics their resource utilization should not outpace resource regeneration, argues Eugene Chen.
Orchestrating a global transition to a sustainable world economy seems both urgent and surpassingly daunting. J.R. McNeill asks whether there is a workaround.