In the vast, vibrant world of coral reefs, a tiny yet mighty organism, the mixotrophic reef-building coral, plays a crucial role in both marine ecosystems and the global energy balance. Recent research published in the journal *Nature Communications
Coral Nutrition Breakthrough: Tiny Organisms Reshape Energy and Ecosystem Understanding Read More »
In the intricate dance of soil biogeochemistry, microorganisms play a pivotal role, and their responses to temperature changes are crucial for understanding ecosystem functioning and predicting climate impacts. A recent study published in the journal
Amsterdam’s Ratkowsky DK Model Reshapes Soil Carbon Prediction for Energy Sector Read More »
In a groundbreaking development poised to reshape the energy sector, researchers have unveiled a novel class of two-dimensional high-entropy alloys, dubbed “high-entropy metallenes,” that could revolutionize the electrocatalytic reduction of nitrate
High-Entropy Metallenes Revolutionize Ammonia Production Read More »
In the quest to reduce global carbon emissions, one industry stands out as both a critical player and a significant challenge: aluminium production. Responsible for over 1.11 gigatonnes of CO2 equivalent emissions annually, the aluminium industry is
EPFL’s Roadmap to Decarbonize Aluminium Production Unveiled Read More »
In the quest to reduce global carbon emissions, a new study published in *Future Sustainability* offers a compelling roadmap that integrates renewable energy, urban planning, and green industry practices. Led by Sivajothi Ramalingam from the Departme
Holistic Approach to Carbon Cuts: Renewables, Urban Planning, and Green Industry Synergy Read More »
In the quest to make carbon capture technologies more economically viable, a team of researchers led by Ye-Sub Son from the Korea Institute of Energy Research (KIER) and Yonsei University has made a significant stride. Their study, published in the j
Korean Researchers Slash CO2 Capture Costs with Novel Solvent Blend Read More »
In the dynamic world of estuarine ecosystems, where the river meets the sea, a new study is shedding light on the intricate web of microbial life and how it responds to environmental disturbances. This research, published in the journal *Environmenta
Basque Study Reveals Microbial Resilience in Estuaries for Energy Insights Read More »
In a significant stride towards enhancing carbon capture technologies, researchers have developed a novel approach using amine-based microcapsules that promise high capacity, stability, and recyclability. This breakthrough, published in the journal *
Shaanxi Researchers Revolutionize Carbon Capture with Amine Microcapsules Read More »
In the heart of Denver, a mobile laboratory has been cruising the streets, uncovering invisible secrets that linger in the air. This isn’t a scene from a sci-fi movie, but a real-world campaign led by Priyanka deSouza, a researcher from the Universit
Denver’s Mobile Lab Unveils Urban Air Pollution Secrets Read More »
In a world grappling with waste management and energy demands, a novel approach to waste-to-energy (WtE) technologies is emerging, promising a sustainable transition that could reshape the energy sector. Dr. Olubukola Tokede, a researcher from Deakin
Deakin’s WtE Framework: Life Cycle Thinking Boosts Energy & Cuts Emissions Read More »
