Summary
This review examines the broad sustainability potential of microalgae, likely synthesising evidence on their roles in bioremediation, renewable energy, food and feed production, and soil amendment within the framework of the UN Sustainable Development Goals. The authors, with affiliations in environmental and applied phycology, appear to map microalgae capabilities against multiple SDG targets, making a case for their integration into sustainable production systems. Published in Environmental Science and Pollution Research, the paper is positioned as a forward-looking synthesis rather than a primary empirical study.
UK applicability
Whilst the review is global in scope, findings are broadly applicable to UK interests in sustainable agriculture, circular bioeconomy strategies, and the UK government's commitment to net zero and SDG delivery; UK algal biotechnology and precision fermentation sectors may find particular relevance.
Key measures
SDG alignment indicators; biomass productivity; nutrient removal efficiency; carbon sequestration potential; bioenergy yield; applications across food, feed, and agriculture sectors
Outcomes reported
The paper likely reviews the multifunctional potential of microalgae across sectors including food, feed, bioenergy, bioremediation, and agriculture, assessing their contribution to achieving multiple Sustainable Development Goals. It probably evaluates current knowledge on microalgae production systems, their environmental benefits, and barriers to scaling.
Topic tags
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