Merit has introduced the Great Skin Moisturizer, a groundbreaking product made from food waste, specifically arctic microalgae from Iceland. This eco-friendly moisturizer provides immediate and long-term hydration while promoting sustainability. It highlights a growing trend in the beauty industry where brands are creating high-performance skincare products using environmentally conscious ingredients.
A recent EcoOnline survey reveals a growing commitment to sustainability among large U.S. companies, with 68% establishing dedicated budgets for environmental reporting and 76% planning to adopt technology for better impact tracking. Companies are increasingly engaging their supply chains in ecological efforts and demonstrating leadership in sustainability initiatives. This commitment goes beyond regulatory compliance, with firms recognizing the long-term benefits of environmental responsibility on revenue and brand value.
An Indian startup is leading the fight against plastic pollution by replacing six million plastic bags with biodegradable alternatives made from corn waste, showcasing the potential for sustainable innovation.
From June 2023 to June 2024, Earth’s air and ocean surface temperatures surged, consistently breaking records set in recent years. Although July 2024 saw a slight dip, marking the end of a 13-month streak of record heat, the overall trend of rising temperatures continues, largely driven by climate change. Factors like the El Niño phenomenon, increased solar activity, and rising methane levels have all contributed to these extreme temperatures. As we approach critical global warming thresholds, the need for accelerated climate action has never been more urgent.
Recent environmental reports indicate record ocean temperatures and accelerating biodiversity loss, underscoring the urgent need for action. By focusing on renewable energy, conservation, and addressing plastic pollution, we can mitigate these issues and work towards a sustainable future.
The development of Computational Random Access Memory (CRAM) by researchers at the University of Minnesota represents a significant breakthrough in AI technology. By integrating memory and processing functions, CRAM drastically reduces energy consumption, addressing critical concerns about the sustainability of AI. This innovation not only promises more efficient AI computation but also has far-reaching environmental benefits, potentially reducing the carbon footprint of AI systems and decreasing electronic waste.