Smart grids can help reduce electricity waste and fight theft by using advanced technology. The Intelligent Microgrid project aims to create a more efficient grid that can adapt to changing energy demands and reduce the risk of theft, resulting in cost savings for consumers.
A lack of proof-of-concept funding and inadequate market intelligence hinder the development of game-changing food innovations. Researchers at the University of Guelph highlight regulatory environments that can stall potentially life-saving discoveries like enriched milk with DHA and blood-pressure-lowering pea fragments.
Research by Judith Myers introduces a beetle to North America to feast on invasive knapweed, causing a significant decline in the plant's presence. The program shows $17 in economic benefit for every dollar spent, making it a win for the economy and ecology.
McMaster University's Christine Wilson presents findings on galaxy Arp 220's dazzling rate of star formation, which is 200 times faster than our own Milky Way. The star forming core of Arp 220 is only about 3,000 light years across.
The International Polar Year created a new model for northern research, where communities define research questions and use traditional knowledge. Community members, including elders and youth, are now taking up the mantle to sustain research efforts.
Research by Douglas Woolford and Mike Flannigan suggests that peat fires in Canada are becoming increasingly frequent and intense due to climate change. The study finds that the forest fire season is lengthening, and the risk of peat fires is increasing, with potentially devastating consequences for the environment.
A study by McMaster University psychologist Daphne Maurer found that playing video games for just 40 hours can reverse visual processing deficiencies in adults. The researchers also discovered that babies and toddlers initially exhibit a form of synaesthesia, which gradually disappears as they develop.
Changes in ocean conditions and species shifts over the past 50 years suggest that static MPAs may not work as intended. New technological advances and collaboration will be necessary to design effective MPAs in a changing climate. Researchers are calling for greater foresight and flexibility in MPA management.
Canada Research Chair Barbara Sherwood Lollar's research examines the effectiveness of bioremediation technologies in cleaning up groundwater contamination. Her techniques use isotopic signatures to track clean-up progress, providing a critical framework for regulators and practitioners.
Watersheds are living systems essential for healthy communities, according to Canada Research Chair Margot Parkes. She advocates for an integrated approach to water management that involves communities, governments, and researchers working together.
A new study by Kate Mulligan examines the connection between cities, water, and health, finding that even in wealthy cities with excellent public services, dengue fever still spreads due to environmental factors. The research suggests that traditional links between poverty and water-related diseases may be overstated.
Deep saline groundwaters in the Witwatersrand Basin show unique chemical signatures that differ from ocean and surface waters, suggesting isolation for a long time. The discovery adds to our understanding of a unique environment with microbial ecosystems that thrive on chemical energy from rock.
Researchers studied how children master speech by observing finger movements and neural processes. The study suggests that the beat could reveal underlying motor skills, shedding light on stuttering in children.
Three Canadian researchers present innovative findings on the cognitive benefits of bilingualism, the early stages of language acquisition, and the neurological basis of stuttering. Their work has significant implications for our understanding of human brain function and development.
Outstanding Canadian researchers were awarded top science prizes for their groundbreaking work in AI, astronomy, and engineering. The awards recognize the research excellence and influence of prominent scientists such as Geoffrey Hinton and Victoria Kaspi.
Coral reefs face a dire outlook due to rising ocean temperatures, with mass bleaching events predicted under different climate scenarios. Despite this, some habitats like shaded areas may support reef survival, and researchers are studying unique ecosystems in the central equatorial Pacific to better understand reef resilience.
Dr. Andrew Fraser's research focuses on using worms to identify how genetic background affects disease risk, with implications for human health. By studying natural isolates of the worms, researchers can look at how genetic mutations affect phenotypes within a species, providing insights into predictability and variability.
Dr. Karen Kohfeld's research focuses on paleo-climate and the dust cycle, highlighting its importance in understanding land-atmosphere-climate connections. The symposium will explore how changes in the dust cycle affect the oceans, carbon cycle, and human health.
Ron O'Dor will talk about the international Ocean Tracking Network's ambitious plans and how new tracking technologies can help manage sustainable fisheries. The Canadian initiative has committed $45 million to this global project.
Fossils of land plants provide key insights into past climates, revealing that summer temperatures on land remained relatively warm during the Eocene/Oligocene transition, but with increasing seasonality. The researchers found that temperate climate trees such as spruces and hemlock replaced subtropical trees like palms and swamp cypress
A new study found that parasites evolve to be less aggressive when scattered among isolated clusters of hosts, favoring the survival of the group. This discovery suggests that as human activity makes the world more connected, natural selection will favor more virulent and dangerous parasites.
A Canadian research team has developed a lithium-sulphur battery that can store and deliver over three times the power of conventional lithium-ion batteries. The breakthrough involves using mesoporous carbon to improve the contact between sulphur and the conductor, resulting in exceptional electrochemical performance.
Seven Canadians are inducted as AAAS Fellows for their meritorious contributions to science and engineering. The Natural Sciences and Engineering Research Council of Canada highlights the 'Canadian way' of pursuing scientific research through partnerships and networks.
Researchers have found that snowy owls spend most of winter on Arctic sea ice, where they may prey on seabirds and face potential climate change implications. The birds' long-distance migrations, tracked by satellite technology, suggest they are vulnerable to climate change.
Dr. John Polanyi is awarded the Gerhard Herzberg Gold Medal for his outstanding contributions to science and society over 50 years. The $1 million prize will fund his research for the next five years, supporting breakthroughs in manipulating molecules.
Dr. David Keith proposes a potential solution for reducing CO2 emissions by storing it in giant inflatable bags on the seabed. The concept is technically feasible with current-day technology and may offer a viable complement to other storage methods.
A recent global assessment by the World Conservation Union has found that many large shark species have declined by more than half due to increased demand for shark fins and meat, as well as recreational and commercial fisheries. The scalloped hammerhead shark is among those listed as globally endangered on the IUCN Red List.
Researchers found that miniscule amounts of synthetic estrogen in municipal wastewater can decimate wild fish populations living downstream, causing feminization and reproductive issues. Removing estrogen through wastewater treatment can reverse the adverse impact on wild fish populations, offering a glimmer of hope for recovery.
The sea otter's reintroduction is expected to reduce commercially valuable shellfish populations, including sea urchins and geoducks. However, this loss could be mitigated by the creation of alternative fisheries for species such as lingcod, rockfish, and herring.
Researchers use bioengineering techniques to create functional adult-like cells from embryonic stem cells and adult blood stem cells, paving the way for new medical treatments
A new digital mapping approach is being used to visualize and analyze vulnerable marine habitats, helping authorities make management decisions that balance competing interests. The method, developed by Dr. Suzana Dragicevic, uses mathematical optimization to find common ground between commercial fisheries and conservation communities.
According to data analysis, ships launched from the port side tend to have more male passengers and crew members, whereas the starboard side is predominantly female and child-heavy. This pattern is attributed to historical social norms and order maintenance on vessels.
Researchers found that preschoolers can perform impressive perspective-taking feats by tracking a character's mental perspective in narrative. Five-year-olds successfully pointed to the cow in the thought-about location, while three-year-olds only looked at the physical location.
The Natural Sciences and Engineering Research Council (NSERC) has honored six outstanding young Canadians for their research excellence. The winners have made significant contributions to various fields, including technology, chemistry, and biology.
Canada's new government has invested $583 million in research grants to support professors and students across the country. The funding will focus on natural sciences and engineering research, with a total of $458.8 million going towards Discovery Grants for 3,300 professors.
Richard Bond, a renowned cosmologist at the University of Toronto, has won the Gerhard Herzberg Canada Gold Medal for Science and Engineering. His research has provided crucial insights into the universe's current structure, shedding light on dark matter and its role in shaping the cosmos.
The Inuit are adapting to climate change in coastal communities such as Arctic Bay, but the transfer of knowledge between old and young is becoming less relevant. The use of dogs versus snowmobiles for travel over sea ice is a significant issue due to changing ice behavior.
Robert C. von Borstel presents cancer as an invasive process similar to species evolution, with mutations and selection driving its progression. He hopes his work will help people re-examine cancer in a new light.
Peter Shizgal's team investigated the role of leptin in food reward, finding that restricting diet to one meal per day strengthened reward sensations. The study's findings have implications for understanding human motivation and behavior, with potential applications in computer programming and robot development.
Researchers at TRIUMF are developing custom radioisotopes to target cancer cells more efficiently. They aim to create tailor-made treatment programs for each patient, reducing radiation doses and treatment sessions.
James Kronstad's research focuses on smut fungi, a group of pathogens that infect crop plants. He discovered the method used by these fungi to invade plants and shut down seed production, paving the way for the development of targeted fungicides.
Robert Reisz's lifelong passion for fossils led to groundbreaking discoveries, including the oldest known dinosaur embryos and two-legged reptile. He is being recognized by AAAS for his significant contributions to the field.
Janet Werker's groundbreaking research on infant language development has earned her a fellowship in the American Association for the Advancement of Science. Her work demonstrates that infants can distinguish between sounds not present in their native language, suggesting they learn by recognizing patterns in speech.
A study by Peter Austin found that people born under specific astrological signs are at increased risk for certain medical disorders. Virgos were found to be at a higher risk of vomiting during pregnancy, while Pisces had an increased risk of heart failure and Libras were more likely to fracture their pelvises.
Researchers, led by Kristy Tiampo, are working on a new approach to earthquake forecasting that can provide 10-year forecasts for several countries. They aim to pinpoint locations with high earthquake risk and inform government spending and preparations.
Researchers studying sedimentary records of dinoflagellates in the San Francisco area and along the western coast of North America predict an increase in toxic blooms. This change is linked to rising water temperatures, which will impact marine life and fisheries.
Mathematicians play a key role in defining the possibilities and limitations for tsunami early warning systems. Mathematical modeling has shown that tsunamis behave like classical wave packets, with long wavelengths and trough-to-crest distances exceeding 200 km. This understanding can help improve warnings and save lives.
The world's first marine mining companies are assessing the economic potential of undersea deposits of polymetallic sulphides. Deep-sea robotics and technology are being developed to extract ore from watery depths, with potential benefits including reduced environmental impact compared to terrestrial mining.
According to Dr. Stephen Cunnane, early humans' diet of shore-based food provided essential nutrients for brain growth, including docosahexaenoic acid (DHA) and iodine. This diet helped launch Homo sapiens brains past their primate peers, sparking the growth of the human brain.
Dr. Pauly's research reveals that the world passed its peak fish in the late 1980s and has been gradually sinking since then. To prevent a collapse, he advocates for reducing excess fishing capacity, creating no-take zones, and enforcing sustainable fishing levels.