Can AI be Used to Predict Water Sanitary Risk in Real Time?
Featured Image Caption: Panoramic view of Ubrique Spain by Malopez 21, CC BY-SA 4.0, via Wikimedia Commons Primary article Fernández-Ortega,
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Sustainabililty
A Much-Needed Upgrade to Direct Air Capture Technology
Direct air capture (DAC) technology achieves significant improvements in CO2 capture processes through an innovative design, potentially leading to a brighter future for decarbonization efforts.
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Brains vs Bodies: Sea Turtles Navigating a Warmer Ocean
Featured Image Caption: Caretta caretta mating ‘dance’ at Amvrakikos Gulf (Image source: “Sea turtles Caretta caretta” by Eco cruising is
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Silent Sacrifice: Communities Paying the Price for Green Technology
Cobalt is an essential mineral for lithium ion batteries which are used in everyday technologies from electric vehicles to smart phones. Most of the world’s cobalt comes from the Dominican Republic of Congo which has extensive mining operations that contribute to environmental degradation. Artisanal miners are used and often exploited for their labour which exacerbate pollution by bringing it into urban environments. Local communities end up suffering from health issues because of this pollution.
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Gender Matters for Impacts of Human-Wildlife Conflict
Source article: Adler, K. A., Gore, M. L., & Wilkinson, C. E. (2025). The gendered costs of human-wildlife conflict: A
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AI’s Water Footprint: The Environmental Price of Innovation
AI models have a huge water footprint that most people do not even consider when they use generative AI. Behind every chatbot response or image generated lies the hidden cost of fresh water. Training and running large AI models like GPT-3 can consume millions of liters of freshwater, from cooling servers to producing electricity. This ‘thirst’ is often overlooked on multiple fronts, by consumers as well as industries because companies rarely report their full water use across data centers, electricity generation, and hardware manufacturing. Without greater transparency and sustainable practices, the rapid growth of generative AI challenges global water scarcity at a time access to clean water is already under threat.
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Plight of the Bumblebees: How Traffic Noise Disrupts Bumblebee-Mediated Tomato Pollination
An ever-expanding human population means more roads, more cars, and more traffic noise. But how does all this racket affect the animals living alongside us, like bees? A recent study examines whether increasing noise pollution affects the pollination behavior of bumblebees, and outline implications for the future of urban agriculture.
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Discovery of a Shortfin Mako Nursery
Featured Image Caption: Two shortfin mako sharks (Isurus oxyrinchus) by MarkConlin, public domain from U.S. National Oceanic and Atmospheric Administration
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Noise Pollution is a Buzzkill for Killer Whales Looking for Lunch
Featured Image Caption: Orcas travel great distances to hunt prey using echolocation. They are social animals that hunt in groups.
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Mowing through challenges: cutting-edge ways to improve grassland restoration efforts
A new study explores how grassland restoration can be limited by seed dispersal, plant competition, and environmental factors. Drawing from ecological theory to test the best restoration strategies, researchers recommend mowing to manage weeds and promote native plant success. In years with plenty of rain, adding seeds of small native plants to areas where grass has been removed is an effective strategy to increase native herbaceous plant cover.
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